Genomics: A New Field with Amazing Potential
When it comes to careers, there is no field that changes so much, teaches so many, and helps us define the world and the creatures that live in it as science. One of the most interesting fields is genomics, or the study of the genome (a set of DNA completely sequenced in an organism).
In the past, scientists studied specific genes to establish the cause of Advanced Global Research mutations and inherited traits. Today, the main focus is on the genome. Genomics studies require scientists to systematically analyze the hereditary material of various living organisms, thus obtaining a new vision of the function, evolution, and organization of all genetic material. Comparing complete gene sequences can help scientists acquire new information about the survival abilities of seemingly similar creatures in vastly different environments.
Genomics work is relatively new to the field of biology, but the information gained so far has already been so critical to solving certain mysteries of living organisms. As such, genomics scientists are in excellent shape for career stability and professional growth. Anyone interested in unearthing the secrets of genetic defects, traits, or trends with an aptitude for science and the ability to focus on statistical analysis would do well to consider a career in genomics.
As with all careers, a mere interest and aptitude for a certain subject are not always sufficient to successfully establish yourself in a field. A genomics scientist must be able to work equally well independently and as a member of a team. This is because much of the work will have to do with data identification and analysis.
Furthermore, because genomics scientists are establishing a whole new biology subcategory, you must be prepared to design your own experiments and then identify and accept the limitations of those experiments. You must be able to appreciate the fact that new challenges will lead to new data, and that looking at an old problem in a whole new way might be the only way to find a solution. Finally, excellent oral and written communication skills are mandatory for a genomics scientist, as there is no purpose in conducting research and collecting data if the information obtained from that research cannot be communicated to the rest of the scientific community and to the public at large.
Once you’ve determined that you’re a good candidate for a career in genomics, you’ll need to obtain the proper education. A bachelor's degree with major undergraduate courses in molecular biology or biochemistry is essential. You should also consider honing your advanced math and physics skills. A program that offers a multitude of research opportunities would be absolutely ideal for preparing for future genomics jobs.
After earning a bachelor's degree, prospective genomics scientists must enroll in a graduate program in biochemistry, chemistry, or molecular biology, taking care to choose the one that offers courses such as medical genomics, bioinformatics, molecular diagnostics, and functional genomics. Such an education at this level is the only way a candidate can prepare to pursue future careers in genomics.