<p>Here’s a fascinating article on meta-analysis of medical research. It’s a good example of why statistics could be an excellent major for some pre-meds to consider.</p>
<p>If you are serious about pre-med, obviously either biochemistry, biology, or chemistry will be great. Among them, biochemistry seems a better route to prepare MCAT and future medical work. However, if you are looking for nursing that’s not an issue. Just go to a nursing program.</p>
<p>nah science will lower their GPAs. the best way is to take an easy major with no math and science, take the minimum amount of hard classes needed to get into medical school, take maximum amount of easy classes, volunteer to be a janitor or something easy at a hospital, and apply.</p>
<p>I think that article is more of an example why there should be more statistics classes as a requirement to get a MD.</p>
<p>I’m a Statistics major, hoping to get a MS in Biostatistics. I don’t think my math heavy Stats undergrad would prepare me properly for med school.</p>
<p>That was a very good article showing how many medical studies are manipulated based on the wanted outcome of the company paying for the study. You have to question who is designing and running these studies, though.</p>
<p>^^Clearly, training in statistics, experimental design should be included in the training of all medical students.</p>
<p>As long as premed requirements are met, a student planning on medical school can major in any field. For some students, stats could be an appropriate area, especially for those who have an interest in evidence-based medicine. I just offered this to suggest a major that is less commonly chosen by premeds.
[The</a> Dartmouth Institute - Institute Initiatives](<a href=“http://tdi.dartmouth.edu/institute-initiatives/]The”>http://tdi.dartmouth.edu/institute-initiatives/)
[The</a> Cochrane Collaboration | Working together to provide the best evidence for health care](<a href=“http://www.cochrane.org/]The”>http://www.cochrane.org/)</p>
<p>Yes, you’d have to question who is designing and running these studies. Much of the research in question, however, was published in top, peer-reviewed journals.</p>
<p>There are many things you can do to manipulate the outcome of a study, starting well before any data is collected. It often starts with poor sample/experiment design and builds from there. There are many phases to clinical trials, and they often take years to complete. When there has been a lot of time and money committed to a particular outcome (drug approval), there is a lot of pressure to design a study to achieve that outcome. It’s the unfortunate reality of the collision between capitalism and science.</p>