Making a Career in Genetics: How to Get Started

In summary: I'm glad to hear that there are many programs now that do offer some introductory genetics classes at the undergrad level. Thanks for the input! Genetics is a really broad field, so it's important to find a program that will interest him. He should consider a major in either biology or biochemistry. If he attends a larger university, those biology departments will have the greater variety of classes to choose from. He should also look for programs with course offerings in molecular biology, cell biology, and biochemistry.
  • #1
Moneer81
159
2
Hey guys,

My little brother who is in high school is obsessed with genetics, and he wants to go into this field after graduating from high school this year. Does anyone know what's the best way to make a career out of genetics in the US? I am a physics major and I don't know much about those fields, but most schools don't have an undergraduate degree in genetics. Should he major in biology or biotechnology or biochem or something like that? or is the field of genetics a graduate level program only ? Your advice is appreciated. Thanks.
 
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  • #2
It depends what type of genetic of brother wants to study. Also, he has to be ready to go to graduate studies which will help him focused on a certain field.

For bacterial/microbial genetics, microbiology might be a more suited major to teach the proper background.

For vertebrate/human genetics, cellular biology or biology (with a program focused on genetics and also some program offer human genetics concentration) is more of the desired.

For example, this is my old university major in biology & microbiology program
http://www.biology.mcgill.ca/undergrad/majorconc.html#HumGen
http://www.mcgill.ca/microimm/undergraduate/programs/faculty/

As far as biochem and biotechnology is concern, it will depend on what your brother wants and his interest. Biotechnology is the applied side of biology. Genetics will be view; however, the focus will be on the use of genetics tools in the industrie and it is usually focused on plants and microbes. Biotech also tend to be a minor, a concentration or given at the graduate level.

For biochem, genetics is cover but the overall program as a focus on the chemistry side of biology. If you brother is more interrested on the "biology" side of genetics, then he should avoid biochem.

If your brother does not know what he wants to focus on, then major in biology is the best start. It will lay the proper foundation for genetics. He can choose a focus after 1 or 2 years.
 
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  • #3
I'd suggest he major in either biology or biochemistry. Biotech is really specific, and I think there's a lot of advantage in getting a broader biology training before specializing in genetics so you don't become too narrow-minded. If he attends a larger university, those biology departments will have the greater variety of classes to choose from. Look for programs with course offerings in molecular biology, cell biology, and biochemistry. Any decent university should offer the basics of general biology, genetics, physiology, microbiology, along with required classes in chemistry, calculus, and physics. There's really no need for him to major in biochemistry if he's interested primarily in genetics. He can take biochemistry courses as part of a biology major. As iansmith mentioned, biochemistry is more of a chemistry major with biology applications (when I was in college, I actually attempted a double major in biology and chemistry, though dropped chemistry to a minor, because the biochemistry major just seemed a bit too narrow in focus to suit my interests).
 
  • #4
I would stay away from biochem, it's totally chemistry with just enough biology tossed into attach the bio at the front. If I remember correctly, my biochem classes required 1 year of general chem and 1 year of organic chem, but only the most basic biology class offered at my university. This was mainly to insure that the student had at least heard the words, DNA, chromosome, and protein once in their life. Genetics is truly a fascinating field, I remember being very disappointed when I discovered that my college didn't offer any kind of advanced genetics course until grad level.
 
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Related to Making a Career in Genetics: How to Get Started

1. What education is required to become a geneticist?

To become a geneticist, you typically need a bachelor's degree in biology, genetics, or a related field. However, most positions in genetics require a graduate degree, such as a master's or Ph.D. in genetics or a related field.

2. What skills are important for a career in genetics?

Some important skills for a career in genetics include critical thinking, problem-solving, attention to detail, and strong analytical skills. Additionally, excellent communication and teamwork skills are important for collaborating with other scientists and presenting research findings.

3. What types of jobs are available in the field of genetics?

There are various career paths available in genetics, such as research scientists, genetic counselors, laboratory technicians, and biotech sales representatives. Other options may include working in pharmaceutical or biotech companies, government agencies, or academic institutions.

4. How can I gain experience in the field of genetics?

There are several ways to gain experience in genetics, such as internships, research assistant positions, or volunteer opportunities at universities, hospitals, or biotech companies. Additionally, attending conferences and workshops and participating in scientific publications or presentations can also help build experience and networks in the field.

5. What are the current trends and advancements in genetics?

Some current trends and advancements in genetics include the use of gene editing technologies, such as CRISPR, to study and modify genetic material, the development of personalized medicine based on an individual's genetic makeup, and the use of genetic testing for disease diagnosis and treatment. Additionally, there is ongoing research in areas such as genetic engineering, gene therapy, and epigenetics.

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