Taking biochemistry at university

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Discussion Overview

The discussion revolves around the decision to take biochemistry at university, specifically addressing the necessity and benefits of including physics and mathematics courses in the curriculum. Participants explore the relevance of these subjects to biochemistry and the potential impact on future academic and career opportunities.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • One participant questions whether physics is necessary for a biochemistry degree, noting that the program does not require it but only biology and chemistry.
  • Another participant suggests that knowledge of physics is beneficial, particularly for research in physical biochemistry and biophysics, and recommends taking at least introductory physics courses.
  • A participant shares their positive experience with biochemistry, emphasizing its focus on the molecules of life and the chemical reactions in cells.
  • There is a discussion about the role of mathematics in biochemistry, with one participant advocating for a strong foundation in calculus and other advanced math topics to support understanding in the field.
  • Another participant agrees that while additional math and physics courses may not be strictly necessary, they can broaden one's background and prepare for unforeseen future academic requirements.

Areas of Agreement / Disagreement

Participants express varying opinions on the necessity of physics and advanced mathematics for a biochemistry degree. While some advocate for their inclusion to enhance understanding and future opportunities, others suggest that they may not be essential for all students. The discussion remains unresolved regarding the absolute necessity of these subjects.

Contextual Notes

Participants mention different educational paths and personal experiences, indicating that the relevance of physics and mathematics may depend on individual interests and career goals within biochemistry.

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Im thinking about possibly taking biochemistry at university but I am not sure if I need to take physics as well. The program doesn't require u to take it, just biology and chemistry but is it best to take physics as well? It is a bachelors degree in biochemistry.
 
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It depends what you want to do. A lot of exciting research is going on in the areas of physical biochemistry/biophysics and many cool tools in biochemistry rely on basic principles of physics (e.g. light microscopy, optical tweezers, x-ray crystallography, NMR, electron microscopy, atomic force microscopy, etc.).

That said, I went through an undergrad biochemistry degree taking only the 1st year freshman physics courses. I did, however, learn most of my physics-related info from physical chemistry courses.

I would recommend definitely taking at least the freshman introductory physics courses, as knowing the fundamentals of physics will be important. Anything afterward depends on your own interest in physics (although I would also recommend taking thermodynamics and other physical chemistry courses through the chemistry department).
 


cool, and overall are u happy with ur choice of taking a biochemistry degree? and its all about chemical composition and reactions and all that, that make life possible right?
 


Yes, I enjoy studying biochemistry. It is very much about understanding the molecules of life and the chemical reactions that occur in cells. At a more fundamental level, I like biochemistry because it seeks to dissect the complex processes in biology, identify the molecules involved, and understand them in terms of basic chemical and physical concepts.
 


very interesting, when it comes to math, do you advise taking calculus or is an advanced algebra course good enough to do well in biochemistry at uni?
 


because I'm interested in the more biophysical side of biochemistry, I actually minored in math as many new areas of biochemistry involve a bit of math. I would suggest taking 1.5-2 years of math covering calculus, multi-variable calculus, linear algebra and differential equations. Certainly, no one should be allowed to receive a degree in any science without at least one year of calculus.
 


You may not need the additional math and physics courses, but as ygggdrasil hinted, it really broadens your background to include that. Also, you never know what you might want to do with the degree once you have it, and if you have calc I and II under your belt along with an intro physics course, you'll be covered in case a graduate or professional program you apply to later requires it. If you have not taken calculus yet, and if these are not required courses for your program, take calculus I and II first, THEN take physics since you don't have to complete them in any time limit to take other courses. Physics will make a TON more sense if you take calculus first.

Likewise, I'd recommend anyone getting a physics degree to take at least one intro bio course, just to have a well-rounded education in the sciences.
 

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