Structure 1
A key node for cellular learning in Eric Kandel, studied with imaging and lesion methods.
Anatomy for Eric Kandel is a network story, not a single “spot”.
Structures below are teaching landmarks; individual brains vary.
Structures
Structure 2
A key node for cellular learning in Eric Kandel, studied with imaging and lesion methods.
Structure 3
A key node for cellular learning in Eric Kandel, studied with imaging and lesion methods.
Structure 4
A key node for cellular learning in Eric Kandel, studied with imaging and lesion methods.
Structure 5
A key node for cellular learning in Eric Kandel, studied with imaging and lesion methods.
Structure 6
A key node for cellular learning in Eric Kandel, studied with imaging and lesion methods.
Pathways
Pathway 1
White-matter and synaptic routes that carry cellular learning signals.
Pathway 2
White-matter and synaptic routes that carry cellular learning signals.
Pathway 3
White-matter and synaptic routes that carry cellular learning signals.
Pathway 4
White-matter and synaptic routes that carry cellular learning signals.
Landmarks
Landmark 1
A classic anatomical landmark used when teaching Eric Kandel.
Landmark 2
A classic anatomical landmark used when teaching Eric Kandel.
Landmark 3
A classic anatomical landmark used when teaching Eric Kandel.
Landmark 4
A classic anatomical landmark used when teaching Eric Kandel.
Trace related regions on the interactive atlas after reading this page.
Keep exploring
More in Pioneers
🖋️
Santiago Ramón y Cajal
The neuron doctrine — drawing the brain cell by cell.
Research 58 🗣️Paul Broca
Speech production and the birth of modern localization.
Research 69 👂Carl Wernicke
Comprehension aphasia and the language network idea.
Research 58 🗺️Wilder Penfield
Cortical maps from the operating room — the sensory homunculus.
Research 85 👁️Hubel & Wiesel
How visual cortex builds edges, columns and critical periods.
Research 58 ❤️Antonio Damasio
Feeling, self and somatic markers in decision circuits.
Research 78 🎨Margaret Livingstone
Vision, art and how cortex separates colour, form and motion.
Research 74