Abstract: The Effects of Lofexidine on Thermally Classified Neurons of the...
Thermoregulation is the ability of an organism to maintain its internal body temperature even if the temperature of the environment is drastically different. It is one of several homeostatic functions...
View ArticleMonroe Blog Post 1: The Effects of Lofexidine on Thermally Classified Neurons...
Awkwardly enough, this is my first Monroe blog post of the summer. Research has been going a bit slowly, but data collection for the firing rates of neurons has been steady, and data analysis of the...
View ArticlePost 2: Week 1-4
Hello again, Here’s my second post on this blog. I’m going to discuss the data I managed to collect in the first 4 weeks. Just a recap: First, I’m looking to isolate hypothalamic neurons with glass...
View ArticlePost 3: Week 5-7
Hello again, I’m going to talk about the data from the last 3 weeks of the project. 4 sets of usable data were collected. Potentially, 8 or 9 sets of data could have been obtained, but perhaps due to...
View ArticleLast Post: Final thoughts on Lofexidine Project
Hello everyone, Continuing the discussion from the last post, the data on temperature insensitive cells is adequate, but the warm-sensitive cell data is lacking because they are relatively uncommon....
View ArticleLast post pt. 2 on Lofexidine
Apparently, the 5 posts on the blog were not supposed to include the abstract. But I’m glad the people at the Charles Center were able to clarify, and luckily, there is a bit more to say about the...
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