Math for Biology: Which Courses to Take?

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SUMMARY

For students pursuing biology, foundational mathematics courses are essential. Statistics is crucial for analyzing experimental data, while algebra and equations are important for modeling predator/prey relationships. Advanced topics such as partial differential equations, specifically Fischer's equation, and nonlinear analysis are recommended for those interested in mathematical ecology and complex biological systems. Additionally, calculus and parametric statistics are foundational courses that should be taken early in one's studies.

PREREQUISITES
  • Statistics for analyzing biological data
  • Algebra for modeling biological relationships
  • Partial differential equations for ecological modeling
  • Nonlinear analysis for complex biological systems
NEXT STEPS
  • Research advanced topics in nonlinear analysis for biological applications
  • Explore the use of difference equations in mathematical ecology
  • Learn about parametric statistics and experimental design methodologies
  • Investigate the application of calculus in biological modeling
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Students in biology, educators advising biology majors, and anyone interested in the mathematical foundations necessary for biological research and analysis.

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hm... I've found that statistics is useful for biology - like analysing experiment results and data. Algebra and equations are useful for modelling predator/prey relationships. And I'm guessing some kind of network maths would be useful in neural network modelling?

It depends what you want to specialise in... maybe look at what areas of biology you want to study and then see what maths would be useful in those areas?
 
Well, (partial) differential equations, like Fischer's equation is used in some biology.

Furthermore, difference equations are, as far as I know, used in mathematical ecology.
 
I'm with arildno, but I'd even specify nonlinear analysis, since many population, cell cycles, chemical species models, neuron models, etc are nonlinear and have no general analytical solution.

But it also depends on what you want to do in biology. Statistics may be sufficient (though I've seen bad statistics by our local Fish and Game who didn't consider the nonlinear effects of predator/prey models)
 
Ostonzi said:
Could I get some advice for which math to take for biology?

Here's a list.

https://www.physicsforums.com/showthread.php?t=432385

Thanks!

What do your school advisors suggest? Have you asked them? Do you have a mentor? What is your interest in Bio (tho you need have no specific interest at this point)? What do you like to do? Swim? Scuba? Hit rocks with a hammer? Spend hours with testtubes or microscopes?
Remember: yo have to show up for work each day .. Miight as well make it a thing where an important activity is a thing you really enjoy, in your gut.
 
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At a minimum, take calculus and a course on parametric statistics and experimental design. Anything beyond that will depend on what field of biology you go into and can be taken later (such as nonparametric statistics, or other advanced math courses).
 

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