Tissue Engineering: Undergrad Physics Major | Graduate Bioengineering

In summary, the conversation discusses the speaker's potential interest in switching from an undergraduate physics major to biophysics for the purpose of pursuing tissue engineering, specifically in-vitro meat production. They also mention the possibility of attending graduate school for bioengineering and inquire about necessary courses and potential schools with programs in muscle tissue or in-vitro meat development. The other speaker, a biochemistry major with a math minor, suggests taking certain math courses and recommends looking at different graduate school websites for information on current projects and entrance requirements. They also suggest taking biology and physiology classes and gaining experience in cell culture through lab work.
  • #1
Senrab
7
0
I'm an undergraduate physics major right now but I may go for biophysics because I am very interested in tissue engineering, specifically in-vitro meat production. I may go to graduate school for bioengineering and I was wondering a few things:
-What do I absolutely need to learn? Including which math and physics courses. I have no problem self studying some stuff.
-What schools have graduate programs in the areas of muscle tissue or in-vitro meat development?
 
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  • #2
I'm a biochemistry major/math minor and I've been looking into bioengineering grad school as well... for non-engineering undergrads, most grad schools recommend these math courses:

Vectors & Matrices
Ordinary Differential Equations
Discrete Mathematics
Linear Algebrait's helpful to browse different grad school web pages, they usually have a lot of information on current projects and typical entrance requirements...
 
  • #3
I would really recommend taking a few biology and/or physiology classes, and working in a lab that does cell culture. A molecular biology class wouldn't hurt, either.
 

FAQ: Tissue Engineering: Undergrad Physics Major | Graduate Bioengineering

What is tissue engineering?

Tissue engineering is a field of science that involves using principles of engineering and biology to design and create functional tissues and organs for medical purposes. This involves combining cells, biomaterials, and biologically active molecules to create living tissues that can replace damaged or diseased tissues in the body.

How is physics related to tissue engineering?

Physics plays a crucial role in tissue engineering as it provides the underlying principles and laws that govern the behavior and function of tissues and cells. Physics concepts such as mechanics, thermodynamics, and fluid dynamics are used to understand the behavior of cells and how they interact with biomaterials in tissue engineering.

Can an undergraduate physics major pursue a career in tissue engineering?

Yes, an undergraduate physics major can pursue a career in tissue engineering, as long as they have a strong background in biology and bioengineering. Many universities offer interdisciplinary programs that combine physics and biology, making it possible for students to gain the necessary knowledge and skills for a career in tissue engineering.

What are some common techniques used in tissue engineering?

Some common techniques used in tissue engineering include cell culture, 3D bioprinting, and biomaterials engineering. Cell culture involves growing and maintaining cells outside of their natural environment, while 3D bioprinting uses 3D printing technology to create complex tissue structures layer by layer. Biomaterials engineering focuses on designing and developing biomaterials that are compatible with living tissues.

What are the requirements for graduate studies in bioengineering for tissue engineering?

The requirements for graduate studies in bioengineering for tissue engineering may vary depending on the university and program. Generally, a strong background in physics, biology, and chemistry is required, along with coursework in bioengineering and tissue engineering. Some programs may also require relevant research experience and letters of recommendation.

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