Thalamus, Cortex, Neurochemical Systems Lab 14 Thalamus, Cortex, Neurochemical Systems

Haines 2-30

Review Haines 3-83-10

Haines 5-26 Pulvinar MGN Hearing LGN Vision Rostral Midbrain Level

Centromendian Nucleus Haines 5-30 VPL Centromendian Nucleus VPM Thalmus

Haines 5-33 Internal Medullary Lamina Posterior Limb of Internal Capsule Anterior Nucleus External Medullary Lamina with Reticular Nucleus Dorsomedial Nucleus

Apendix B

Haines 2-30

Haines 3-2

Haines 3-3

Haines 3-5

Sublenticular – auditory from MGN to transverse temporal gyri Retrolenticular – vision from LGN to Calcarine Cortex

Haines 4-12

Haines 4-13

Haines 4-1

Haines 4-6

Haines 4-7

Blackboard 6 Pia Mater Layer 1 Layer 5,6 Blood Vessels Glial Cells Pyramidal Cells

Blackboard 4 Cerebellar cortex Cerebellar white matter Molecular Layer Granular layer White Matter Cerebellar white matter

Blackboard 7 Apical Dendrite (branched) Pyramidal Cells Basal dendrite (branched)

Astrocytitc processes Blackboard 8 Astrocyte Cell body Astrocytitc processes Blood vessel Astrocytic end feet

Neurochem Systems ACh Dopamine Serotonin Norepinephrine

Haines 5-36a Caudate Putamen Nucleus Accumbens

Basal nucleus of Meynert Haines 5-35a Septal nuclei Caudate Putamen Basal nucleus of Meynert

Haines 5-34 amygdala MFB hypothalamus

Haines 5-25 VTA SNpc Rostral Midbrain Level

Haines 5-20 Rostral Raphe Nuclei Locus Ceruleus Pontine tegmentum PAG Rostral Pons Level

Blackboard 10

Haines 5-12 Caudal Raphe Nuclei Rostral Medulla Level

Haines 5-13 Nucleus Raphe magnus - remember this is the thing that gets input from PAG and inhibits pain sensation from the spinal cord Pontomedullary Junction

Haines 5-17 Nucleus Raphe magnus - Rostral Medulla Level

Haines 5-11 Nucleus of Solitary Tract Dorsal Motor Nucleus of Vagus Midrostral Medulla Level