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index.md

@@ -0,0 +1,64 @@
+## Lectures
+
+* [neuroanatomy1.html][neuroanatomy1.html]
+* [neuroanatomy2.html][neuroanatomy2.html]
+* [neurophysiology1.html][neurophysiology1.html]
+* [neurophysiology2.html][neurophysiology2.html]
+* [neurophysiology3.html][neurophysiology3.html]
+* [neurophysiology4.html][neurophysiology4.html]
+* [neurotransmitters1.html][neurotransmitters1.html]
+* [neurotransmitters2.html][neurotransmitters2.html]
+* [neurotransmitters3.html][neurotransmitters3.html]
+* [somatosensory.html][somatosensory.html]
+* [pain.html][pain.html]
+* [synaptic-plasticity.html][synaptic-plasticity.html]
+* [vision1.html][vision1.html]
+* [vision2.html][vision2.html]
+* [olfaction-gustation.html][olfaction-gustation.html]
+* [motor1.html][motor1.html]
+* [motor2.html][motor2.html]
+* [basal-ganglia.html][basal-ganglia.html]
+* [limbic.html][limbic.html]
+
+
+
+
+[neuroanatomy1.html]: https://local.ackmanlab.com/biol125/neuroanatomy1.html
+[neuroanatomy2.html]: https://local.ackmanlab.com/biol125/neuroanatomy2.html
+[neurophysiology1.html]: https://local.ackmanlab.com/biol125/neurophysiology1.html
+[neurophysiology2.html]: https://local.ackmanlab.com/biol125/neurophysiology2.html
+[neurophysiology3.html]: https://local.ackmanlab.com/biol125/neurophysiology3.html
+[neurophysiology4.html]: https://local.ackmanlab.com/biol125/neurophysiology4.html
+[neurotransmitters1.html]: https://local.ackmanlab.com/biol125/neurotransmitters1.html
+[neurotransmitters2.html]: https://local.ackmanlab.com/biol125/neurotransmitters2.html
+[neurotransmitters3.html]: https://local.ackmanlab.com/biol125/neurotransmitters3.html
+[somatosensory.html]: https://local.ackmanlab.com/biol125/somatosensory.html
+[pain.html]: https://local.ackmanlab.com/biol125/pain.html
+[synaptic-plasticity.html]: https://local.ackmanlab.com/biol125/synaptic-plasticity.html
+[vision1.html]: https://local.ackmanlab.com/biol125/vision1.html
+[vision2.html]: https://local.ackmanlab.com/biol125/vision2.html
+[olfaction-gustation.html]: https://local.ackmanlab.com/biol125/olfaction-gustation.html
+[motor1.html]: https://local.ackmanlab.com/biol125/motor1.html
+[motor2.html]: https://local.ackmanlab.com/biol125/motor2.html
+[basal-ganglia.html]: https://local.ackmanlab.com/biol125/basal-ganglia.html
+[limbic.html]: https://local.ackmanlab.com/biol125/limbic.html
+
+[neuroanatomy1.pdf]: https://local.ackmanlab.com/biol125/neuroanatomy1.pdf
+[neuroanatomy2.pdf]: https://local.ackmanlab.com/biol125/neuroanatomy2.pdf
+[neurophysiology1.pdf]: https://local.ackmanlab.com/biol125/neurophysiology1.pdf
+[neurophysiology2.pdf]: https://local.ackmanlab.com/biol125/neurophysiology2.pdf
+[neurophysiology3.pdf]: https://local.ackmanlab.com/biol125/neurophysiology3.pdf
+[neurophysiology4.pdf]: https://local.ackmanlab.com/biol125/neurophysiology4.pdf
+[neurotransmitters1.pdf]: https://local.ackmanlab.com/biol125/neurotransmitters1.pdf
+[neurotransmitters2.pdf]: https://local.ackmanlab.com/biol125/neurotransmitters2.pdf
+[neurotransmitters3.pdf]: https://local.ackmanlab.com/biol125/neurotransmitters3.pdf
+[somatosensory.pdf]: https://local.ackmanlab.com/biol125/somatosensory.pdf
+[pain.pdf]: https://local.ackmanlab.com/biol125/pain.pdf
+[synaptic-plasticity.pdf]: https://local.ackmanlab.com/biol125/synaptic-plasticity.pdf
+[vision1.pdf]: https://local.ackmanlab.com/biol125/vision1.pdf
+[vision2.pdf]: https://local.ackmanlab.com/biol125/vision2.pdf
+[olfaction-gustation.pdf]: https://local.ackmanlab.com/biol125/olfaction-gustation.pdf
+[motor1.pdf]: https://local.ackmanlab.com/biol125/motor1.pdf
+[motor2.pdf]: https://local.ackmanlab.com/biol125/motor2.pdf
+[basal-ganglia.pdf]: https://local.ackmanlab.com/biol125/basal-ganglia.pdf
+[limbic.pdf]: https://local.ackmanlab.com/biol125/limbic.pdf

neuroanatomy1.md

@@ -4,8 +4,7 @@ Neuroscience is a field of scientific study that seeks to understand how the ner
 
 <img src="figs/human-brain.svg" height="300px">
 
-https://canvas.ucsc.edu/courses/16047/assignments/syllabus
+https://canvas.ucsc.edu/courses/25273
-
 Note:
 
 Welcome. This class will be an Introduction to Neuroscience–
@@ -65,17 +64,17 @@ Therefore the brain’s functions are dynamic, vast and wide ranging, and extend
 
 --
 
-## Neuroscience and the future of humankind
+## Neuroscience and the future of humankind?
+
 
 <div><img src="figs/From_the_Earth_to_the_Moon_Jules_Verne_695f816.jpg" height="200px"><figcaption>J. Verne, 1865</figcaption></div>
+<div><img src="figs/2015-06-22_15.39.40_7af33ea.png" height="200px"><figcaption>E.R. Burroughs, 1912</figcaption></div>
 
-<!--
+<div><img src="figs/Do_androids_dream_of_electric_sheep_1968_2a4fe82.jpg" height="200px"><figcaption>P.K. Dick, 1968</figcaption></div>
-<div><img src="figs/2015-06-22_15.39.40_7af33ea.png" height="200px"><figcaption>Edgar Rice Burroughs, 1912</figcaption></div>
+<div><img src="figs/The_forever_war_1974_1be2645.png" height="200px"><figcaption>J. Haldeman, 1974</figcaption></div>
-<div><img src="figs/Do_androids_dream_of_electric_sheep_1968_2a4fe82.jpg" height="200px"><figcaption>Philip K. Dick, 1968</figcaption></div>
-<div><img src="figs/The_forever_war_1974_1be2645.png" height="200px"><figcaption>Joe Haldeman, 1974</figcaption></div>
- -->
 
-<div><img src="figs/ScreenShot2016-01-04at12.58.17PM_e1dcf52.png" height="200px"><figcaption>['Star Trek' Wars, 2008](http://on.cc.com/1r4rOE1)</figcaption></div>
+
+<!-- <div><img src="figs/ScreenShot2016-01-04at12.58.17PM_e1dcf52.png" height="200px"><figcaption>['Star Trek' Wars, 2008](http://on.cc.com/1r4rOE1)</figcaption></div> -->
 
 Note: