Gabrielle C Winters-Bostwick

The paper characterizes the structure and molecular composition of intramuscular nerve cords in octopus arms using electron microscopy and in situ labeling, revealing distinct cell types and molecular markers.

The paper uses calcium imaging to study how neurotransmitters and neuromodulators affect neuronal activity in the octopus arm nerve cord, revealing state-dependent modulation and response patterns.

This study creates a 3D molecular atlas of octopus arm neuroanatomy, revealing spatial and functional complexity in neuronal populations.

This paper characterizes the neural elements and neuromodulatory systems in the octopus brain's vertical lobe, revealing new heterogeneity and roles in learning and memory.