BMB 398A: Majors Colloquium: Molecular Mechanisms and Human Consequences
Course Description: An introduction to the majors in Biochemistry and Molecular Biology, Microbiology, and Biotechnology. The course will include guest lectures from department faculty, student presentations, electronic readings and discussion outside of class, and extensive participation in classroom discussions.
The grade of the course was determined through attendance and a group presentation based on a controversial or theoretical microbiological device or disease.
For this presentation, my group chose past, current, and future stem cell research. We split the work up between multiple aspects of the vast information on stem cells. I researched the molecular mechanisms that work behind the theory of stem cell research in the first place. This information is vital because understanding the processes behind such an innovative technology allows it to be regulated.
Below is the presentation video and the YouTube URL is also below if it doesn't work.
https://www.youtube.com/watch?v=M8k47r07Cho
The grade of the course was determined through attendance and a group presentation based on a controversial or theoretical microbiological device or disease.
For this presentation, my group chose past, current, and future stem cell research. We split the work up between multiple aspects of the vast information on stem cells. I researched the molecular mechanisms that work behind the theory of stem cell research in the first place. This information is vital because understanding the processes behind such an innovative technology allows it to be regulated.
Below is the presentation video and the YouTube URL is also below if it doesn't work.
https://www.youtube.com/watch?v=M8k47r07Cho
Photo from :
http://www.montana.edu/wwwmb/uploads/images/misc/algl_movie.gif
http://www.montana.edu/wwwmb/uploads/images/misc/algl_movie.gif