Species Translation and Human Relevance

Species Translation and Human Relevance

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Source: https://github.com/AllenNeuralDynamics/ComputationalReviewSST/blob/89b7e9787cd90e942b0adb531d549af3ddad30f1/content/11_species_translation.md

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• ^{1Citationpaper:paper-9e019e94edbbThe oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference} The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...

• ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference} The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...

• ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference} The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference} The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}, target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}. Comparative single-nucleus RNA...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference} The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}, target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}. Comparative single-nucleus RNA...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference} The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}0, target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}1. Comparative single-nucleus RNA...

• ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}2 The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}3, target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}4. Comparative single-nucleus RNA...

• ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}5 The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}6, target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}7. Comparative single-nucleus RNA...

• ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}8 The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}9, target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}0. Comparative single-nucleus RNA...

• ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}1 At the developmental level, several recent studies have clarified the conserved features of SST neuron maturation. ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}2 resolved a critical gap by demonstrating heterogeneous GABAergic functional maturation within interneuron subpopulations across species. Spatial transcriptomics and differential gene expression analyses revealed that early KCC2-expressing interneurons localize predominantly to layer 5,...

• ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}3 At the developmental level, several recent studies have clarified the conserved features of SST neuron maturation. ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}4 resolved a critical gap by demonstrating heterogeneous GABAergic functional maturation within interneuron subpopulations across species. Spatial transcriptomics and differential gene expression analyses revealed that early KCC2-expressing interneurons localize predominantly to layer 5,...

• ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}5 ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}6 identified cortical gradients for SST, Pvalb, VIP, and Lamp5 neuronal families that are present across species, establishing that spatial patterning of SST neurons follows conserved principles of areal specification. Similarly, ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}7 observed a localized gradient of SST+ interneurons alongside a widespread rostro-caudal gradient in 5-HT3AR-expressing cells, adding regional specificity to the cons...

• ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}8 ^{3Citationpaper:paper-55a27a091252The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}9 identified cortical gradients for SST, Pvalb, VIP, and Lamp5 neuronal families that are present across species, establishing that spatial patterning of SST neurons follows conserved principles of areal specification. Similarly, ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}0 observed a localized gradient of SST+ interneurons alongside a widespread rostro-caudal gradient in 5-HT3AR-expressing cells, adding regional specificity to the cons...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}1 ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}2 identified cortical gradients for SST, Pvalb, VIP, and Lamp5 neuronal families that are present across species, establishing that spatial patterning of SST neurons follows conserved principles of areal specification. Similarly, ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}3 observed a localized gradient of SST+ interneurons alongside a widespread rostro-caudal gradient in 5-HT3AR-expressing cells, adding regional specificity to the cons...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}4 Against this backdrop of conservation, several lines of evidence reveal meaningful species divergence that complicates direct translation from rodent models. ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}5 noted that the primate brain shows an increase in the diversity and number of inhibitory GABAergic interneurons at the cellular level, a quantitative expansion that parallels the increased complexity of primate cortical circuits. This expansion is...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}6 The most striking example of species-specific divergence is SST-TH (tyrosine hydroxylase) co-expression switching, identified by ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}7 in a cross-species analysis of more than 600,000 nuclei from the dorsolateral prefrontal cortex of four primate species. While most SST subtypes were conserved across these species, this study detected cell populations present in only some species and substantial molecular diverge...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}8 Conservation vs. divergence at fine resolution. Broad-scale analyses consistently find that major SST neuron subtypes (Martinotti, non-Martinotti, Chodl) are conserved across mammals ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}9. However, finer-grained molecular profiling reveals primate-specific SST populations and substantial within-type molecular divergence ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}0. The resolution of the classification — sup...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}1 Conservation vs. divergence at fine resolution. Broad-scale analyses consistently find that major SST neuron subtypes (Martinotti, non-Martinotti, Chodl) are conserved across mammals ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}2. However, finer-grained molecular profiling reveals primate-specific SST populations and substantial within-type molecular divergence ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}3. The resolution of the classification — sup...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}4 Conservation vs. divergence at fine resolution. Broad-scale analyses consistently find that major SST neuron subtypes (Martinotti, non-Martinotti, Chodl) are conserved across mammals ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}5. However, finer-grained molecular profiling reveals primate-specific SST populations and substantial within-type molecular divergence ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}6. The resolution of the classification — sup...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}7 Conservation vs. divergence at fine resolution. Broad-scale analyses consistently find that major SST neuron subtypes (Martinotti, non-Martinotti, Chodl) are conserved across mammals ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}8. However, finer-grained molecular profiling reveals primate-specific SST populations and substantial within-type molecular divergence ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}9. The resolution of the classification — sup...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}0 Conservation vs. divergence at fine resolution. Broad-scale analyses consistently find that major SST neuron subtypes (Martinotti, non-Martinotti, Chodl) are conserved across mammals ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}1. However, finer-grained molecular profiling reveals primate-specific SST populations and substantial within-type molecular divergence ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}2. The resolution of the classification — sup...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}3 The implications of regulatory divergence for translational neuroscience are substantial. If the same SST neuron type — defined by transcriptomic cluster identity — operates under different cis-regulatory programs in mouse versus human, then the transcriptional responses of these neurons to perturbation (disease, pharmacological intervention, optogenetic manipulation) may differ even when the baseline molecular iden...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}4 The implications of regulatory divergence for translational neuroscience are substantial. If the same SST neuron type — defined by transcriptomic cluster identity — operates under different cis-regulatory programs in mouse versus human, then the transcriptional responses of these neurons to perturbation (disease, pharmacological intervention, optogenetic manipulation) may differ even when the baseline molecular iden...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}5 ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}6 showed that the abundance of different interneuron types varies across brain regions with distinct gene expression gradients, and critically, these gradients themselves differ between species. A gradient that positions SST neurons predominantly in deep layers across mouse cortical areas may be modified in primate frontal cortex, where expanded supragranular layers contain a denser representation of...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}7 ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}8 showed that the abundance of different interneuron types varies across brain regions with distinct gene expression gradients, and critically, these gradients themselves differ between species. A gradient that positions SST neurons predominantly in deep layers across mouse cortical areas may be modified in primate frontal cortex, where expanded supragranular layers contain a denser representation of...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}9 ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}0 showed that the abundance of different interneuron types varies across brain regions with distinct gene expression gradients, and critically, these gradients themselves differ between species. A gradient that positions SST neurons predominantly in deep layers across mouse cortical areas may be modified in primate frontal cortex, where expanded supragranular layers contain a denser representation of...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}1 ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}2 showed that the abundance of different interneuron types varies across brain regions with distinct gene expression gradients, and critically, these gradients themselves differ between species. A gradient that positions SST neurons predominantly in deep layers across mouse cortical areas may be modified in primate frontal cortex, where expanded supragranular layers contain a denser representation of...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}3 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}4 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}5 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}6 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}7 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}8 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}9 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}0 Cross-species conservation and divergence of SST neuron features across mammals. (a) Conservation matrix showing that core features (co-expression patterns, dendritic targeting, MGE origin) are conserved from mouse to human, while morphological subtypes show partial modification in primates and molecular features such as SST-TH co-expression are human/primate-specific. (b) Key species-specific features identified in...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}1 Beyond cell type conservation, recent studies have examined whether the regulatory elements controlling SST neuron gene expression are conserved across species — a question with direct relevance for whether genetic findings in rodent models can be extrapolated to human SST neurons. ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}2 performed snATAC-Seq to map chromatin accessibility in SST neurons across species, identifying both conserved and species-...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}3 Beyond cell type conservation, recent studies have examined whether the regulatory elements controlling SST neuron gene expression are conserved across species — a question with direct relevance for whether genetic findings in rodent models can be extrapolated to human SST neurons. ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}4 performed snATAC-Seq to map chromatin accessibility in SST neurons across species, identifying both conserved and species-...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}5 Beyond cell type conservation, recent studies have examined whether the regulatory elements controlling SST neuron gene expression are conserved across species — a question with direct relevance for whether genetic findings in rodent models can be extrapolated to human SST neurons. ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}6 performed snATAC-Seq to map chromatin accessibility in SST neurons across species, identifying both conserved and species-...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}7 Beyond cell type conservation, recent studies have examined whether the regulatory elements controlling SST neuron gene expression are conserved across species — a question with direct relevance for whether genetic findings in rodent models can be extrapolated to human SST neurons. ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}8 performed snATAC-Seq to map chromatin accessibility in SST neurons across species, identifying both conserved and species-...

• ^{4Citationpaper:paper-a00b1971660bThe fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 5Citationpaper:paper-59f2aacd6832The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}9 The functional consequences of regulatory divergence are potentially profound. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}0 identified Lhx6 as a key transcriptional regulator of both PV and SST interneuron development whose expression is reduced in schizophrenia — but whether Lhx6 occupies the same regulatory targets in human and mouse SST neurons is unknown. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}1 investigated how disruptions in inhibitory circuits manifest across neurologi...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}2 The functional consequences of regulatory divergence are potentially profound. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}3 identified Lhx6 as a key transcriptional regulator of both PV and SST interneuron development whose expression is reduced in schizophrenia — but whether Lhx6 occupies the same regulatory targets in human and mouse SST neurons is unknown. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}4 investigated how disruptions in inhibitory circuits manifest across neurologi...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}5 The functional consequences of regulatory divergence are potentially profound. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}6 identified Lhx6 as a key transcriptional regulator of both PV and SST interneuron development whose expression is reduced in schizophrenia — but whether Lhx6 occupies the same regulatory targets in human and mouse SST neurons is unknown. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}7 investigated how disruptions in inhibitory circuits manifest across neurologi...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}8 The functional consequences of regulatory divergence are potentially profound. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference, 7Citationpaper:paper-8ca0085288d3The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}9 identified Lhx6 as a key transcriptional regulator of both PV and SST interneuron development whose expression is reduced in schizophrenia — but whether Lhx6 occupies the same regulatory targets in human and mouse SST neurons is unknown. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}0 investigated how disruptions in inhibitory circuits manifest across neurologi...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}1 A critical gap in the translational pipeline concerns age-related changes in SST neurons, which are relevant to both AD and schizophrenia given that disease onset or progression is age-dependent. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}2 reported age-accelerated increases in reactive oxygen species in PV-deficient interneurons linked to mitochondrial dysfunction — findings that likely extend to SST neurons but have not been directly tested. [Mo...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}3 A critical gap in the translational pipeline concerns age-related changes in SST neurons, which are relevant to both AD and schizophrenia given that disease onset or progression is age-dependent. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}4 reported age-accelerated increases in reactive oxygen species in PV-deficient interneurons linked to mitochondrial dysfunction — findings that likely extend to SST neurons but have not been directly tested. [Mo...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}5 A critical gap in the translational pipeline concerns age-related changes in SST neurons, which are relevant to both AD and schizophrenia given that disease onset or progression is age-dependent. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}6 reported age-accelerated increases in reactive oxygen species in PV-deficient interneurons linked to mitochondrial dysfunction — findings that likely extend to SST neurons but have not been directly tested. [Mo...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}7 A critical gap in the translational pipeline concerns age-related changes in SST neurons, which are relevant to both AD and schizophrenia given that disease onset or progression is age-dependent. ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}8 reported age-accelerated increases in reactive oxygen species in PV-deficient interneurons linked to mitochondrial dysfunction — findings that likely extend to SST neurons but have not been directly tested. [Mo...

• ^{6Citationpaper:paper-1f9e2fd192d2The fundamental organizational principles of SST interneuron biology appear conserved across mammals. SST neurons arise from the medial ganglionic eminence (MGE) in all species examined [Bechelli2023, Lim2026], target dendritic compartments of pyramidal neurons, and co-express characteristic neuropeptide combinations including calretinin and neuropeptide Y [Rademacher2025, Kallo2025]. Comparative single-nucleus RNA...content/11_species_translation.md:line 9Open reference}9 A critical gap in the translational pipeline concerns age-related changes in SST neurons, which are relevant to both AD and schizophrenia given that disease onset or progression is age-dependent. ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}00 reported age-accelerated increases in reactive oxygen species in PV-deficient interneurons linked to mitochondrial dysfunction — findings that likely extend to SST neurons but have not been directly tested. [Mo...

• ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}01 A critical gap in the translational pipeline concerns age-related changes in SST neurons, which are relevant to both AD and schizophrenia given that disease onset or progression is age-dependent. ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}02 reported age-accelerated increases in reactive oxygen species in PV-deficient interneurons linked to mitochondrial dysfunction — findings that likely extend to SST neurons but have not been directly tested. [Mo...

• ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}03 A critical gap in the translational pipeline concerns age-related changes in SST neurons, which are relevant to both AD and schizophrenia given that disease onset or progression is age-dependent. ^{2Citationpaper:paper-73b8238d3e24The oscillatory dynamics examined in {ref}sec-oscillatory-dynamics — particularly gamma-band deficits in schizophrenia and theta disruptions in temporal lobe epilepsy — represent circuit-level phenomena with direct clinical correlates. Yet the strength of these translational inferences depends on a prior question: how faithfully do rodent SST interneuron findings map onto the human brain? This section evaluates th...content/11_species_translation.md:line 3Open reference}04 reported age-accelerated increases in reactive oxygen species in PV-deficient interneurons linked to mitochondrial dysfunction — findings that likely extend to SST neurons but have not been directly tested. [Mo...

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