Oscillatory Dynamics and Temporal Coordination
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1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference The hippocampal SST interneuron subtypes examined in{ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand “PV drives gamma, SST drives theta” captures a re... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference The hippocampal SST interneuron subtypes examined in{ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand “PV drives gamma, SST drives theta” captures a re... -
3CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference The hippocampal SST interneuron subtypes examined in{ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand “PV drives gamma, SST drives theta” captures a re... -
4CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference The hippocampal SST interneuron subtypes examined in{ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand “PV drives gamma, SST drives theta” captures a re... -
5CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference The hippocampal SST interneuron subtypes examined in{ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand “PV drives gamma, SST drives theta” captures a re... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0 provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1 Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2 provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3 Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4 provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5 Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7 The robustness of the PV–gamma relationship, however, should not be mistaken for exclusivity. 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8 demonstrated that causal disruption of either PV or SST interneuron activity impaired slow gamma oscillation generation in ventral hippocampus ex vivo, suggesting that gamma is not a PV monopoly 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9. This finding introduces the central tension of this section: whether SST neurons are excluded... -
3CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0 The robustness of the PV–gamma relationship, however, should not be mistaken for exclusivity. 3CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1 demonstrated that causal disruption of either PV or SST interneuron activity impaired slow gamma oscillation generation in ventral hippocampus ex vivo, suggesting that gamma is not a PV monopoly 3CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2. This finding introduces the central tension of this section: whether SST neurons are excluded... -
3CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3 The earliest and most informative data on SST–oscillation coupling came from in vivo recordings of identified hippocampal interneurons. 3CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4 recorded from immunohistochemically identified interneuron types in the CA1 region of anesthetized rats and found a striking dissociation: bistratified SST cells targeting CA3-input-aligned dendrites in strata radiatum and oriens showed the strongest gamma phase-locking... -
3CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5 The earliest and most informative data on SST–oscillation coupling came from in vivo recordings of identified hippocampal interneurons. 3CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 recorded from immunohistochemically identified interneuron types in the CA1 region of anesthetized rats and found a striking dissociation: bistratified SST cells targeting CA3-input-aligned dendrites in strata radiatum and oriens showed the strongest gamma phase-locking... -
3CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7 This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. 3CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8 confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases 3CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9. 4CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0 demonstrated that CA1 stratum oriens/alveus SST interneurons — a population... -
4CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1 This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. 4CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2 confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases 4CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3. 4CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4 demonstrated that CA1 stratum oriens/alveus SST interneurons — a population... -
4CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5 This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. 4CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases 4CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7. 4CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8 demonstrated that CA1 stratum oriens/alveus SST interneurons — a population... -
4CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9 This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0 confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1. 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2 demonstrated that CA1 stratum oriens/alveus SST interneurons — a population... -
5CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3 This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4 confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5. 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 demonstrated that CA1 stratum oriens/alveus SST interneurons — a population... -
5CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7 This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8 confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases 5CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0 demonstrated that CA1 stratum oriens/alveus SST interneurons — a population... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1 This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2 confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4 demonstrated that CA1 stratum oriens/alveus SST interneurons — a population... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5 Frequency-band coupling strength for SST subtypes and PV interneurons across studies. The heatmap summarizes qualitative assessments of oscillatory coupling reported in each study. Note that SST subtypes show divergent frequency preferences: O-LM cells couple preferentially to theta while bistratified cells show strong gamma phase-locking, challenging the simple SST-theta/PV-gamma dichotomy. Studies span different b... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 Frequency-band coupling strength for SST subtypes and PV interneurons across studies. The heatmap summarizes qualitative assessments of oscillatory coupling reported in each study. Note that SST subtypes show divergent frequency preferences: O-LM cells couple preferentially to theta while bistratified cells show strong gamma phase-locking, challenging the simple SST-theta/PV-gamma dichotomy. Studies span different b... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7 Frequency-band coupling strength for SST subtypes and PV interneurons across studies. The heatmap summarizes qualitative assessments of oscillatory coupling reported in each study. Note that SST subtypes show divergent frequency preferences: O-LM cells couple preferentially to theta while bistratified cells show strong gamma phase-locking, challenging the simple SST-theta/PV-gamma dichotomy. Studies span different b... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8 Frequency-band coupling strength for SST subtypes and PV interneurons across studies. The heatmap summarizes qualitative assessments of oscillatory coupling reported in each study. Note that SST subtypes show divergent frequency preferences: O-LM cells couple preferentially to theta while bistratified cells show strong gamma phase-locking, challenging the simple SST-theta/PV-gamma dichotomy. Studies span different b... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9 Frequency-band coupling strength for SST subtypes and PV interneurons across studies. The heatmap summarizes qualitative assessments of oscillatory coupling reported in each study. Note that SST subtypes show divergent frequency preferences: O-LM cells couple preferentially to theta while bistratified cells show strong gamma phase-locking, challenging the simple SST-theta/PV-gamma dichotomy. Studies span different b... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0 Frequency-band coupling strength for SST subtypes and PV interneurons across studies. The heatmap summarizes qualitative assessments of oscillatory coupling reported in each study. Note that SST subtypes show divergent frequency preferences: O-LM cells couple preferentially to theta while bistratified cells show strong gamma phase-locking, challenging the simple SST-theta/PV-gamma dichotomy. Studies span different b... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1 In neocortex, the picture is more nuanced because most studies use pan-SST manipulations that cannot distinguish Martinotti from non-Martinotti subtypes. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2 examined PV and SST interneuron contributions to oscillatory dynamics across cortical layers in mouse visual cortex and found that both cell types contribute to slow oscillations and the associated nested gamma activity, but with distinct laminar profile... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3 In neocortex, the picture is more nuanced because most studies use pan-SST manipulations that cannot distinguish Martinotti from non-Martinotti subtypes. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4 examined PV and SST interneuron contributions to oscillatory dynamics across cortical layers in mouse visual cortex and found that both cell types contribute to slow oscillations and the associated nested gamma activity, but with distinct laminar profile... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5 In neocortex, the picture is more nuanced because most studies use pan-SST manipulations that cannot distinguish Martinotti from non-Martinotti subtypes. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 examined PV and SST interneuron contributions to oscillatory dynamics across cortical layers in mouse visual cortex and found that both cell types contribute to slow oscillations and the associated nested gamma activity, but with distinct laminar profile... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7 In neocortex, the picture is more nuanced because most studies use pan-SST manipulations that cannot distinguish Martinotti from non-Martinotti subtypes. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8 examined PV and SST interneuron contributions to oscillatory dynamics across cortical layers in mouse visual cortex and found that both cell types contribute to slow oscillations and the associated nested gamma activity, but with distinct laminar profile... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9 SST contribution to gamma: excluded or subtype-dependent? The classical view, derived from O-LM cell recordings 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0, holds that SST neurons are theta-coupled and gamma-excluded. However, bistratified SST cells in the same study showed the strongest gamma coupling of any type recorded. In neocortex, pan-SST manipulations consistently reveal gamma modulation [Kuki2015, Hoseini2021, Onorato2025, Antonoudio... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1 SST contribution to gamma: excluded or subtype-dependent? The classical view, derived from O-LM cell recordings 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2, holds that SST neurons are theta-coupled and gamma-excluded. However, bistratified SST cells in the same study showed the strongest gamma coupling of any type recorded. In neocortex, pan-SST manipulations consistently reveal gamma modulation [Kuki2015, Hoseini2021, Onorato2025, Antonoudio... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3 SST contribution to gamma: excluded or subtype-dependent? The classical view, derived from O-LM cell recordings 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4, holds that SST neurons are theta-coupled and gamma-excluded. However, bistratified SST cells in the same study showed the strongest gamma coupling of any type recorded. In neocortex, pan-SST manipulations consistently reveal gamma modulation [Kuki2015, Hoseini2021, Onorato2025, Antonoudio... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5 SST contribution to gamma: excluded or subtype-dependent? The classical view, derived from O-LM cell recordings 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6, holds that SST neurons are theta-coupled and gamma-excluded. However, bistratified SST cells in the same study showed the strongest gamma coupling of any type recorded. In neocortex, pan-SST manipulations consistently reveal gamma modulation [Kuki2015, Hoseini2021, Onorato2025, Antonoudio... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7 SST contribution to gamma: excluded or subtype-dependent? The classical view, derived from O-LM cell recordings 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8, holds that SST neurons are theta-coupled and gamma-excluded. However, bistratified SST cells in the same study showed the strongest gamma coupling of any type recorded. In neocortex, pan-SST manipulations consistently reveal gamma modulation [Kuki2015, Hoseini2021, Onorato2025, Antonoudio... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0 provided complementary evidence from behaving animals, demonstrating through cell-type-specific optogenetic manipulations that SST and PV interneurons exert distinct influences on cortical network dynamics during active behavior 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1. This work established that SST contributions to oscillatory dynamics are not artifacts of anesthesia — a concern given that many early recordings were performed in ane... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3 provided complementary evidence from behaving animals, demonstrating through cell-type-specific optogenetic manipulations that SST and PV interneurons exert distinct influences on cortical network dynamics during active behavior 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4. This work established that SST contributions to oscillatory dynamics are not artifacts of anesthesia — a concern given that many early recordings were performed in ane... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 provided complementary evidence from behaving animals, demonstrating through cell-type-specific optogenetic manipulations that SST and PV interneurons exert distinct influences on cortical network dynamics during active behavior 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7. This work established that SST contributions to oscillatory dynamics are not artifacts of anesthesia — a concern given that many early recordings were performed in ane... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9 provided complementary evidence from behaving animals, demonstrating through cell-type-specific optogenetic manipulations that SST and PV interneurons exert distinct influences on cortical network dynamics during active behavior 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference0. This work established that SST contributions to oscillatory dynamics are not artifacts of anesthesia — a concern given that many early recordings were performed in ane... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference1 The pharmacological groundwork was laid by prior studies that demonstrated that somatostatin and its analogue octreotide reduce hippocampal theta power through sst2A receptors on septal GABAergic neurons in rats. This established a peptidergic mechanism by which SST-expressing neurons could modulate theta indirectly — through actions on the medial septum, a key node in the septo-hippocampal theta-generating circuit.... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference2 The pharmacological groundwork was laid by prior studies that demonstrated that somatostatin and its analogue octreotide reduce hippocampal theta power through sst2A receptors on septal GABAergic neurons in rats. This established a peptidergic mechanism by which SST-expressing neurons could modulate theta indirectly — through actions on the medial septum, a key node in the septo-hippocampal theta-generating circuit.... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference3 The optogenetic era brought more direct evidence. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference4 demonstrated that O-LM cell activation in mouse hippocampus facilitates CA3 intrahippocampal inputs while reducing entorhinal cortex inputs 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference5. This input-gating function is theta-dependent: O-LM cells fire preferentially during theta oscillations, and their activation pattern determines which afferent pathways dominate CA1 processing at different... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference6 The optogenetic era brought more direct evidence. 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference7 demonstrated that O-LM cell activation in mouse hippocampus facilitates CA3 intrahippocampal inputs while reducing entorhinal cortex inputs 1CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference8. This input-gating function is theta-dependent: O-LM cells fire preferentially during theta oscillations, and their activation pattern determines which afferent pathways dominate CA1 processing at different... -
1CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference9 The optogenetic era brought more direct evidence. 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference00 demonstrated that O-LM cell activation in mouse hippocampus facilitates CA3 intrahippocampal inputs while reducing entorhinal cortex inputs 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference01. This input-gating function is theta-dependent: O-LM cells fire preferentially during theta oscillations, and their activation pattern determines which afferent pathways dominate CA1 processing at different... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference02 The optogenetic era brought more direct evidence. 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference03 demonstrated that O-LM cell activation in mouse hippocampus facilitates CA3 intrahippocampal inputs while reducing entorhinal cortex inputs 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference04. This input-gating function is theta-dependent: O-LM cells fire preferentially during theta oscillations, and their activation pattern determines which afferent pathways dominate CA1 processing at different... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference05 The in vivo electrophysiological evidence strengthened with 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference06, who demonstrated that CA1 stratum oriens/alveus SST interneurons show strong phase-locking to theta oscillations 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference07, and 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference08, who characterized the temporal organization of GABAergic interneurons during theta 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference09. Together, these studies establish that O-LM cells reliably fire in phase with theta across species (mouse and r... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference10 The in vivo electrophysiological evidence strengthened with 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference11, who demonstrated that CA1 stratum oriens/alveus SST interneurons show strong phase-locking to theta oscillations 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference12, and 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference13, who characterized the temporal organization of GABAergic interneurons during theta 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference14. Together, these studies establish that O-LM cells reliably fire in phase with theta across species (mouse and r... -
2CitationThe hippocampal SST interneuron subtypes examined in {ref}
sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference15 The in vivo electrophysiological evidence strengthened with 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference16, who demonstrated that CA1 stratum oriens/alveus SST interneurons show strong phase-locking to theta oscillations 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference17, and 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference18, who characterized the temporal organization of GABAergic interneurons during theta 2CitationThe hippocampal SST interneuron subtypes examined in {ref}sec-hippocampal-sst— O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...content/10_oscillatory_dynamics.md:line 3Open reference19. Together, these studies establish that O-LM cells reliably fire in phase with theta across species (mouse and r... -
... 115 additional anchors in refs_json
References
- [Cardin2009] “The hippocampal SST interneuron subtypes examined in {ref}`sec-hippocampal-sst` — O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...”
- [Tukker2007] “The hippocampal SST interneuron subtypes examined in {ref}`sec-hippocampal-sst` — O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...”
- [Kuki2015] “The hippocampal SST interneuron subtypes examined in {ref}`sec-hippocampal-sst` — O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...”
- [Hoseini2021] “The hippocampal SST interneuron subtypes examined in {ref}`sec-hippocampal-sst` — O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...”
- [Ferguson2015] “The hippocampal SST interneuron subtypes examined in {ref}`sec-hippocampal-sst` — O-LM cells phase-locked to theta, bistratified cells entrained to gamma — introduced a principle that extends well beyond hippocampal circuits: SST interneurons participate in oscillatory dynamics in a subtype-specific manner that defies simple categorization. The widely cited shorthand "PV drives gamma, SST drives theta" captures a re...”
- [Onorato2025] “Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. [Cardin2009] provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only...”
- [Offermanns2026] “Any assessment of SST contributions to oscillatory dynamics requires first establishing the PV–gamma relationship as a reference point. [Cardin2009] provided the foundational optogenetic demonstration that light-driven activation of fast-spiking PV interneurons at frequencies spanning 8–200 Hz selectively amplified gamma oscillations (20–80 Hz) in mouse barrel cortex, while pyramidal neuron activation amplified only...”
- [Antonoudiou2020] “The robustness of the PV–gamma relationship, however, should not be mistaken for exclusivity. [Antonoudiou2020] demonstrated that causal disruption of either PV or SST interneuron activity impaired slow gamma oscillation generation in ventral hippocampus ex vivo, suggesting that gamma is not a PV monopoly [Antonoudiou2020]. This finding introduces the central tension of this section: whether SST neurons are excluded...”
- [Forro2015] “This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. [Forro2015] confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases [Forro2015]. [Huh2016] demonstrated that CA1 stratum oriens/alveus SST interneurons — a population...”
- [Huh2016] “This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. [Forro2015] confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases [Forro2015]. [Huh2016] demonstrated that CA1 stratum oriens/alveus SST interneurons — a population...”
- [Hahn2006] “This subtype-dependent pattern has received partial confirmation from subsequent work, though direct replication using the same methodology remains limited. [Forro2015] confirmed that GABAergic interneurons in CA1 show temporal organization during theta oscillations, with different cell types firing at distinct phases [Forro2015]. [Huh2016] demonstrated that CA1 stratum oriens/alveus SST interneurons — a population...”
- [Veit2017] “[Veit2017] provided complementary evidence from behaving animals, demonstrating through cell-type-specific optogenetic manipulations that SST and PV interneurons exert distinct influences on cortical network dynamics during active behavior [Veit2017]. This work established that SST contributions to oscillatory dynamics are not artifacts of anesthesia — a concern given that many early recordings were performed in ane...”
- [Wick2025] “[Veit2017] provided complementary evidence from behaving animals, demonstrating through cell-type-specific optogenetic manipulations that SST and PV interneurons exert distinct influences on cortical network dynamics during active behavior [Veit2017]. This work established that SST contributions to oscillatory dynamics are not artifacts of anesthesia — a concern given that many early recordings were performed in ane...”
- [Orban2006] “The pharmacological groundwork was laid by prior studies that demonstrated that somatostatin and its analogue octreotide reduce hippocampal theta power through sst2A receptors on septal GABAergic neurons in rats. This established a peptidergic mechanism by which SST-expressing neurons could modulate theta indirectly — through actions on the medial septum, a key node in the septo-hippocampal theta-generating circuit....”
- [Leao2012] “The optogenetic era brought more direct evidence. [Leao2012] demonstrated that O-LM cell activation in mouse hippocampus facilitates CA3 intrahippocampal inputs while reducing entorhinal cortex inputs [Leao2012]. This input-gating function is theta-dependent: O-LM cells fire preferentially during theta oscillations, and their activation pattern determines which afferent pathways dominate CA1 processing at different...”
- [Goldin2007] “The optogenetic era brought more direct evidence. [Leao2012] demonstrated that O-LM cell activation in mouse hippocampus facilitates CA3 intrahippocampal inputs while reducing entorhinal cortex inputs [Leao2012]. This input-gating function is theta-dependent: O-LM cells fire preferentially during theta oscillations, and their activation pattern determines which afferent pathways dominate CA1 processing at different...”
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