Oscillatory Dynamics: Cell-Type Contributions to Temporal Coordination

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^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference} The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward ^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...
^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. ^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...
^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. ^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...
^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. ^{2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 showed that the coupled oscillator model implemented with Wang-Buzsák...
^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. ^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 showed that the coupled oscillator model implemented with Wang-Buzsák...
^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. ^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 showed that the coupled oscillator model implemented with Wang-Buzsák...
^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. ^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 showed that the coupled oscillator model implemented with Wang-Buzsák...
^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. ^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 showed that the coupled oscillator model implemented with Wang-Buzsák...
^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. ^{3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...
^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 ^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ( $460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV $\to$ gamma, SST $\to$ beta mapping and suggests that different oscillatory phenomena engage different combinations of...
^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 ^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ( $460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV $\to$ gamma, SST $\to$ beta mapping and suggests that different oscillatory phenomena engage different combinations of...
^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 ^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ( $460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV $\to$ gamma, SST $\to$ beta mapping and suggests that different oscillatory phenomena engage different combinations of...
^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 ^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ( $460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV $\to$ gamma, SST $\to$ beta mapping and suggests that different oscillatory phenomena engage different combinations of...
^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 ^{4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ( $460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV $\to$ gamma, SST $\to$ beta mapping and suggests that different oscillatory phenomena engage different combinations of...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ( $460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV $\to$ gamma, SST $\to$ beta mapping and suggests that different oscillatory phenomena engage different combinations of...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ( $530 \pm 90$ $\mu$ V $^2$ peak power). This scaling operates through the disinhibitory VIP $\to$ SST pathway discussed in Sectio...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ( $530 \pm 90$ $\mu$ V $^2$ peak power). This scaling operates through the disinhibitory VIP $\to$ SST pathway discussed in Sectio...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ( $530 \pm 90$ $\mu$ V $^2$ peak power). This scaling operates through the disinhibitory VIP $\to$ SST pathway discussed in Sectio...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ( $530 \pm 90$ $\mu$ V $^2$ peak power). This scaling operates through the disinhibitory VIP $\to$ SST pathway discussed in Sectio...
^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. ^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ( $530 \pm 90$ $\mu$ V $^2$ peak power). This scaling operates through the disinhibitory VIP $\to$ SST pathway discussed in Sectio...
^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. ^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ( $530 \pm 90$ $\mu$ V $^2$ peak power). This scaling operates through the disinhibitory VIP $\to$ SST pathway discussed in Sectio...
^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. ^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 showed that optically induced fluctuating currents have a low cutoff of $\sim$ 70 Hz, limiting the dynamic range of frequency response and po...
^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. ^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 showed that optically induced fluctuating currents have a low cutoff of $\sim$ 70 Hz, limiting the dynamic range of frequency response and po...
^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. ^{5Citationpaper:paper-8492e5a5a3dcDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 showed that optically induced fluctuating currents have a low cutoff of $\sim$ 70 Hz, limiting the dynamic range of frequency response and po...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}0 A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}1 showed that optically induced fluctuating currents have a low cutoff of $\sim$ 70 Hz, limiting the dynamic range of frequency response and po...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}2 A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}3 showed that optically induced fluctuating currents have a low cutoff of $\sim$ 70 Hz, limiting the dynamic range of frequency response and po...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}4 ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}5 directly addressed this concern by comparing different optogenetic tools expressed in the same cell types in the same brain region, finding that although all tools were effective at eliciting action potentials, they evoked distinct patterns of activity and had different effects on network oscillations (peak effect at $74.3 \pm 3.5$ Hz). This result demonstrates that the oscillatory consequences of optogene...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}6 ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}7 directly addressed this concern by comparing different optogenetic tools expressed in the same cell types in the same brain region, finding that although all tools were effective at eliciting action potentials, they evoked distinct patterns of activity and had different effects on network oscillations (peak effect at $74.3 \pm 3.5$ Hz). This result demonstrates that the oscillatory consequences of optogene...
^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}8 ^{1Citationpaper:paper-085397716544Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 2Citationpaper:3767f6c5-663b-42ad-bf68-d37f6f00b49dDifferent interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 3Citationpaper:paper-d895aafe5d83Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference, 4Citationpaper:paper-676bfe401c07Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...content/09_oscillatory_dynamics.md:line 4Open reference}9 directly addressed this concern by comparing different optogenetic tools expressed in the same cell types in the same brain region, finding that although all tools were effective at eliciting action potentials, they evoked distinct patterns of activity and had different effects on network oscillations (peak effect at $74.3 \pm 3.5$ Hz). This result demonstrates that the oscillatory consequences of optogene...
... 40 additional anchors in refs_json

References

[Chen2017] paper:paper-085397716544 “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Cardin2009] paper:3767f6c5-663b-42ad-bf68-d37f6f00b49d “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Veit2023] paper:paper-d895aafe5d83 “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Veit2017] paper:paper-676bfe401c07 “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Sohal2012] paper:paper-8492e5a5a3dc “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Ichim2024] paper:paper-4c7255d4433c “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Malyshev2015] paper:paper-fc0d6f24eb20 “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Gonzalez-Burgos2015] paper:paper-fd04a507b4b6 “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Dienel2019] paper:paper-9d05b8b1560a “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Senzai2019] paper:paper-2542771c593d “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Tikidji-Hamburyan2015] paper:paper-cde5b8227f4d “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Via2022] paper:paper-8627dcdaacbc “Different interneuron types associate with different oscillatory bands—PV with gamma (20--80 Hz), SST with beta and low-gamma (5--30 Hz), VIP with modulation of gamma power—but these associations are neither exclusive nor straightforward [Chen2017, Cardin2009, Veit2023, Veit2017] The PV-gamma link, established by landmark optogenetic experiments, has been complicated by findings that SST interneurons are critical fo...”
[Dilgen2013] paper:paper-201fbfd67d4a “The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. [Cardin2009] showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...”
[Williams2025a] paper:paper-6fd23422eed5 “The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. [Cardin2009] showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...”
[Tiesinga2009] paper:paper-217930c1dc9c “The association between PV interneurons and cortical gamma oscillations is one of the most replicated findings in the cell-type-specific literature. [Cardin2009] showed that light-driven activation of fast-spiking interneurons at varied frequencies (8--200 Hz) selectively amplified gamma oscillations in the 20--80 Hz range in barrel cortex, while activation of excitatory neurons amplified only lower-frequency rhythm...”
[Milicevic2024] paper:paper-dabe4bf98656 “The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. [Tikidji-Hamburyan2015] showed that the coupled oscillator model implemented with Wang-Buzsák...”
[Powanwe2019] paper:paper-d9f1db418fae “The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. [Tikidji-Hamburyan2015] showed that the coupled oscillator model implemented with Wang-Buzsák...”
[Hahn2022] paper:paper-bbc707d63f15 “The mechanistic basis of PV-gamma coupling involves two competing models. In interneuron network gamma (ING), mutual inhibition among PV cells generates oscillations autonomously. In pyramidal-interneuron network gamma (PING), excitatory drive to PV cells is essential and the oscillation emerges from the E--I feedback loop. [Tikidji-Hamburyan2015] showed that the coupled oscillator model implemented with Wang-Buzsák...”
[Antonoudiou2020] paper:paper-4d3be038bd01 “The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. [Chen2017] recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...”
[Onorato2025] paper:paper-19f771cb3f48 “The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. [Chen2017] recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...”
[Tong2026] paper:paper-1b617e8c32c7 “The dominant PV-gamma narrative has been challenged by findings that SST interneurons are critical for specific gamma rhythms. [Chen2017] recorded optogenetically tagged interneurons in behaving mice and showed that somatostatin and parvalbumin interneurons preferentially correlate with distinct oscillatory bands: SST spiking showed peak correlation at beta frequencies (5--30 Hz), while PV spiking correlated with br...”
[Hu2015] paper:paper-d307b5f67bfe “[Antonoudiou2020] showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ($460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV$→$gamma, SST$→$beta mapping and suggests that different oscillatory phenomena engage different combinations of...”
[ChristensonWick2019] paper:paper-83601c612acb “[Antonoudiou2020] showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ($460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV$→$gamma, SST$→$beta mapping and suggests that different oscillatory phenomena engage different combinations of...”
[VanDerveer2021] paper:paper-9327889a62f6 “[Antonoudiou2020] showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ($460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV$→$gamma, SST$→$beta mapping and suggests that different oscillatory phenomena engage different combinations of...”
[Hartwich2009] paper:paper-2c384933256d “[Antonoudiou2020] showed that causal disruption of either PV or SST interneuron activity impairs the generation of slow gamma oscillations ($460 \pm 30$ pA inhibitory current) in the ventral hippocampus, demonstrating that both cell types are necessary—not just PV alone. This finding challenges the clean PV$→$gamma, SST$→$beta mapping and suggests that different oscillatory phenomena engage different combinations of...”
[Tuna2025] paper:paper-f9e49c660782 “VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. [Veit2023] combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ($530 \pm 90$ $\mu$V$^2$ peak power). This scaling operates through the disinhibitory VIP$→$SST pathway discussed in Sectio...”
[Zhang2024b] paper:paper-5ab87d9bdbb3 “VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. [Veit2023] combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ($530 \pm 90$ $\mu$V$^2$ peak power). This scaling operates through the disinhibitory VIP$→$SST pathway discussed in Sectio...”
[Chattopadhyaya2025] paper:paper-cd1443ab02b8 “VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. [Veit2023] combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ($530 \pm 90$ $\mu$V$^2$ peak power). This scaling operates through the disinhibitory VIP$→$SST pathway discussed in Sectio...”
[Rolle2025] paper:paper-a9dfac627c9e “VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. [Veit2023] combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ($530 \pm 90$ $\mu$V$^2$ peak power). This scaling operates through the disinhibitory VIP$→$SST pathway discussed in Sectio...”
[Wagatsuma2025] paper:paper-088def893fc9 “VIP interneurons contribute to oscillatory dynamics primarily through modulation rather than direct generation. [Veit2023] combined electrophysiology, optogenetics, and computational modeling to show that VIP interneurons linearly scale gamma power locally in mouse V1 within the 25--40 Hz range ($530 \pm 90$ $\mu$V$^2$ peak power). This scaling operates through the disinhibitory VIP$→$SST pathway discussed in Sectio...”
[Williams2026] paper:paper-ba61b70940a1 “A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. [Malyshev2015] showed that optically induced fluctuating currents have a low cutoff of $\sim$70 Hz, limiting the dynamic range of frequency response and po...”
[Antinucci2020] paper:paper-21ecdb6f12c0 “A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. [Malyshev2015] showed that optically induced fluctuating currents have a low cutoff of $\sim$70 Hz, limiting the dynamic range of frequency response and po...”
[Jun2020] paper:paper-42ee6d7f4225 “A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. [Malyshev2015] showed that optically induced fluctuating currents have a low cutoff of $\sim$70 Hz, limiting the dynamic range of frequency response and po...”
[Roos2025] paper:paper-20d40de3d810 “A critical methodological caveat pervades the entire literature on cell-type-specific contributions to oscillations: the kinetics of channelrhodopsin-2 (ChR2), the most widely used optogenetic actuator, impose an intrinsic frequency preference in the gamma range. [Malyshev2015] showed that optically induced fluctuating currents have a low cutoff of $\sim$70 Hz, limiting the dynamic range of frequency response and po...”

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