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prep for 2017 deploy

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ackman678
2018-03-31 17:33:21 -07:00
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limbic.md
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@@ -721,10 +721,3 @@ number of dependent users a year after first use 2008:
</div> </div>
Note: Note:
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## Exam bonus points!
5 bonus points on the final exam for every person if <span style="color:red">**≥51%** of the class submits teaching evaluations</span> (for myself and TAs) by <del>Thursday Dec 8</del> <ins> **Sun Dec 4**</ins> (apparently there is some sort of evaluation window/deadline that ends earlier than expected, sorry for the confusion!)

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motor2.md
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Today we will begin our examination of the pathways in the nervous system that modulate and give rise to volitional control of our skeletal muscles. Today we will begin our examination of the pathways in the nervous system that modulate and give rise to volitional control of our skeletal muscles.
<!--
-- --
## Midterm 2 ## Midterm 2
@@ -38,7 +39,7 @@ max 97
min 45 min 45
``` ```
**Everyone got 7 extra points on top of their written scores due to a couple unclarities in part 3,4** -->
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neuroanatomy1.md
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@@ -321,7 +321,7 @@ Non-human primates– attention, decision
making, vision, brain machine interfaces making, vision, brain machine interfaces
</figcaption></div> </figcaption></div>
<div><iframe src="https://www.youtube.com/embed/L2O58QfObus" width="420" height="315"></iframe><figcaption>Rhesus monkey mind controlled wheelchair</figcaption></div> <div><iframe src="https://www.youtube.com/embed/UJ_rFMYDbAE" width="420" height="315"></iframe><figcaption>Rhesus monkey mind controlled wheelchair</figcaption></div>
<!-- <!--
<div style="float:left;"><figure style="display:inline-table;"><img src="figs/1f412_3fc8278.svg" height="200px"><figcaption style="display:table-caption; caption-side:bottom;">Cats– visual system function, locomotion</figcaption></figure></div> <div style="float:left;"><figure style="display:inline-table;"><img src="figs/1f412_3fc8278.svg" height="200px"><figcaption style="display:table-caption; caption-side:bottom;">Cats– visual system function, locomotion</figcaption></figure></div>

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neurotransmitters2.md
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In either case, neurotransmitter binding will result in ion channels opening and ion flux across the post-synaptic membrane. Whether this results in hyperpolarization or depolarization of the membrane will be due to the types of ions flowwing through the channels and their respective electrical/chemical driving forces (Nernst) In either case, neurotransmitter binding will result in ion channels opening and ion flux across the post-synaptic membrane. Whether this results in hyperpolarization or depolarization of the membrane will be due to the types of ions flowwing through the channels and their respective electrical/chemical driving forces (Nernst)
<!--
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## Midterm 1 ## Midterm 1
@@ -28,6 +28,7 @@ std 7.8
max 98 max 98
min 58.5 min 58.5
``` ```
-->
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