1. How did watching the interview with Selma Blair make you feel? Did it open your eyes to MS a little more?

Part one I am doing a presentation on drug induce hemolytic anemia. ( NO PowerPoint needed I just need an answer to the questions below please)
Each group is assigned one Allergy/Hypersensitivity. Include the following information in your presentation (paying special attention to the ones in bold):
Each person is assigned one Allergy/Hypersensitivity. Include the following information!!!!

Is it a Type I, II, III or IV hypersensitivity? Explain
How do you get it? Who is at risk?
Focus on the immunological cause (include names of cells, antibodies and antigens involved.
Symptoms
Is it local or systemic?
How is it diagnosed?
How common is it?
Treatment

Part 2
1. Compare/contrast a hemorrhagic vs. ischemic stroke.
2. Provide one possible cause of an ischemic stroke and explain.
3. Select a cerebral artery (ACA, MCA, PCA) and discuss how a patient may present with occlusion to one of those arteries.

Part 3
Selma Blair describes the moment she received her multiple sclerosis diagnosis ( THIS IS THE VIDEO NAME ON YOUTUBE)
1. How did watching the interview with Selma Blair make you feel? Did it open your eyes to MS a little more?
2. Discuss the auto-immune theory of MS. Use additional sources as needed. 2 paragraph minimum.

Part 4
This week you will write your first EXSUM. Here are the rules of engagement:
A. Find a forward or reverse genetic study but now in humans!!
B. Write an EXSUM that states the studys intent, hypothesis, methods, results, interpretation of results, and why the study matters.
C. No more than six sentences. No more than fifteen words per sentence. Use active voice only.

An example:
The study by Ehlen et al. aims to challenge the central dogma that only the brain regulates sleep states. The study uses a unique genetic driver in order to manipulate gene expression in either the brain or periphery (muscle). The target gene is Bmal1. The study finds that manipulating brain-derived Bmal1 minimally impacts sleep states. But, manipulating muscle-derived Bmal1 catalyzes a multitude of changes in sleep states. Thus, the study argues against that sleep is solely of the brain, by the brain, and for the brain.

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