'Place cells' presentation slideshows

Hippocampus & Medial Temporal Lobe Functional Neuroanatomy

Hippocampus & Medial Temporal Lobe Functional Neuroanatomy. LIMBIC SYSTEM (cingulate gyrus, PHG, hypothalamus, septal area, nucleus acumbens, orbitofrontal ctx, amygdala). Broca. Maclean. Cingulate Gyrus. Fornix. Ant. Nucleus of Thal. Mamillary Bodies. Septal Nuclei. Subcallosal Gyrus.

865 views • 57 slides

Hippocampus & Medial Temporal Lobe Functional Neuroanatomy

Hippocampus & Medial Temporal Lobe Functional Neuroanatomy. LIMBIC SYSTEM (cingulate gyrus, PHG, hypothalamus, septal area, nucleus acumbens, orbitofrontal ctx, amygdala). Broca. Maclean. Cingulate Gyrus. Fornix. Ant. Nucleus of Thal. Mamillary Bodies. Septal Nuclei. Subcallosal Gyrus.

690 views • 57 slides

spatial learning cells that code for space synaptic plasticity in the hippocampus

PART 4: BEHAVIORAL PLASTICITY #25: SPATIAL NAVIGATION IN RATS II. spatial learning cells that code for space synaptic plasticity in the hippocampus experiments that are knockouts summary. PART 4: BEHAVIORAL PLASTICITY #26: SPATIAL NAVIGATION IN RATS II. spatial learning

613 views • 40 slides

spatial learning cells that code for space synaptic plasticity in the hippocampus

PART 4: BEHAVIORAL PLASTICITY #25: SPATIAL NAVIGATION IN RATS II. spatial learning cells that code for space synaptic plasticity in the hippocampus experiments that are knockouts summary. PART 4: BEHAVIORAL PLASTICITY #26: SPATIAL NAVIGATION IN RATS II. spatial learning

473 views • 40 slides

- Lyall Watson

468 views • 31 slides

synaptic plasticity

DENT/OBHS 131 Neuroscience. synaptic plasticity. 2009. Learning objectives. Understand the properties of long-term potentiation (LTP) that define it as a model of experience-dependent synaptic plasticity

870 views • 26 slides