Whole-Brain Map of Long-Range Monosynaptic Inputs to Different Cell Types in the Amygdala of the Mouse

PAL (Pallidum) MBA:803 synapses onto CEAl PKC-delta-expressing neurons nt-g513b58b0y · Mouse

Pallidum provided rabies-labelled inputs to CeA PKC-δ+ neurons.

Fig. 6D

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

PAL (Pallidum) MBA:803 synapses onto BLA parvalbumin-expressing interneurons nt-fwck8mp6aj · Mouse

Pallidum provided rabies-labelled inputs to BLA PV+ neurons.

Fig. 6C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

AI (Agranular insular area) MBA:95 synapses onto CEAl PKC-delta-expressing neurons nt-g513b58b0y · Mouse

Agranular insular cortex densely labelled as input to CeA PKC-δ+ neurons.

Fig. 4B-C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

Isocortex MBA:315 synapses onto BLA glutamatergic principal neurons nt-wprma5fcrr · Mouse

Isocortex was the second largest source of monosynaptic input to BLA VGLUT2+ neurons.

Fig. 6C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

MB (Midbrain) MBA:313 synapses onto BLA parvalbumin-expressing interneurons nt-fwck8mp6aj · Mouse

A small fraction of inputs to BLA PV+ neurons came from the midbrain.

Fig. 6C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

AUD (Auditory areas) MBA:247 synapses onto BLA glutamatergic principal neurons nt-wprma5fcrr · Mouse

Auditory cortex contained dense monosynaptic input neurons to BLA VGLUT2+ cells.

Fig. 2B-C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

PVT (Paraventricular nucleus of the thalamus) MBA:149 synapses onto CEAl PKC-delta-expressing neurons nt-g513b58b0y · Mouse

Paraventricular thalamus gave dense monosynaptic input to CeA PKC-δ+ neurons.

Fig. 4B-C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

STR (Striatum) MBA:477 synapses onto BLA glutamatergic principal neurons nt-wprma5fcrr · Mouse

The striatum supplied the largest share of rabies-labelled inputs to BLA VGLUT2+ neurons, more than to BLA PV+ neurons.

Fig. 6C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

BST (Bed nuclei of the stria terminalis) MBA:351 synapses onto CEAl PKC-delta-expressing neurons nt-g513b58b0y · Mouse

Bed nucleus of the stria terminalis contained dense presynaptic cells to CeA PKC-δ+ neurons.

Fig. 4B-C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

CP (Caudoputamen) MBA:672 synapses onto BLA glutamatergic principal neurons nt-wprma5fcrr · Mouse

Monosynaptic rabies tracing from BLA VGLUT2-Cre starter cells densely labelled input neurons in the caudate-putamen, which gave more input to VGLUT2+ than to PV+ BLA neurons.

Fig. 2B-C; Fig. 6A

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

HY (Hypothalamus) MBA:1097 synapses onto BLA parvalbumin-expressing interneurons nt-fwck8mp6aj · Mouse

Hypothalamus gave the smallest share of inputs to BLA PV+ neurons.

Fig. 6C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

STR (Striatum) MBA:477 synapses onto BLA parvalbumin-expressing interneurons nt-fwck8mp6aj · Mouse

Striatum provided a smaller share of inputs to BLA PV+ neurons than to VGLUT2+ neurons.

Fig. 6C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

HY (Hypothalamus) MBA:1097 synapses onto BLA glutamatergic principal neurons nt-wprma5fcrr · Mouse

The hypothalamus contributed the smallest share of inputs to BLA VGLUT2+ neurons.

Fig. 6C

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

CA1 (Field CA1) MBA:382 synapses onto BLA glutamatergic principal neurons nt-wprma5fcrr · Mouse

Rabies-labelled presynaptic cells were dense in CA1 after starter infection of BLA VGLUT2+ neurons; CA1 input was larger to VGLUT2+ than PV+ cells.

Fig. 2B-C; Fig. 6A

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

TH (Thalamus) MBA:549 synapses onto CEAl PKC-delta-expressing neurons nt-g513b58b0y · Mouse

Thalamus contained input neurons to CeA PKC-δ+ cells.

Fig. 6D

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

SI (Substantia innominata) MBA:342 synapses onto BLA glutamatergic principal neurons nt-wprma5fcrr · Mouse

The substantia innominata was a dense, reportedly novel source of monosynaptic input to BLA VGLUT2+ neurons, about 2.6% of all inputs.

Fig. 2B-C; Results, Comparison of Inputs

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

HY (Hypothalamus) MBA:1097 synapses onto CEAl somatostatin-expressing neurons nt-t6ymz01hv4 · Mouse

Hypothalamus contributed inputs to CeA SST+ neurons.

Fig. 6D

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

HPF (Hippocampal formation) MBA:1089 synapses onto CEAl somatostatin-expressing neurons nt-t6ymz01hv4 · Mouse

Hippocampal formation was the second largest input area for CeA SST+ neurons, more than for PKC-δ+ cells.

Fig. 6D

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.

OLF (Olfactory areas) MBA:698 synapses onto CEAl somatostatin-expressing neurons nt-t6ymz01hv4 · Mouse

Olfactory areas contributed a small share of inputs to CeA SST+ neurons.

Fig. 6D

Made by an AI model reading the paper (claude-opus-5-5, extract@0.3.0); a second AI model (claude-opus-5-5) agrees.