1.5 A Career Path Into Research
Now that we’ve discussed the clinical pathway, let’s delve into research. Upon completion of an undergraduate degree in the biosciences, many graduates become completely immersed in a particular specialism within this world.
They may go on to pursue a Master’s degree (abbreviated as an MSc, meaning Masters of Science). On the other hand, many pursue a Masters degree because they are uncertain about what career path to choose after they have completed their undergraduate degree, and since it's only one academic year in length, most students find that it goes by very quickly.
A Master’s degree within the biosciences allows you to pursue your chosen specialism of passion, but at a more detailed level, whilst giving you the attributes to become competent and confident within laboratory settings. Here is a table of some of the potential Master’s degree streams offered by UK institutions:
| Course | Description |
| MSc Biomechanics | Studies the mechanical principles of living organisms, focusing on how muscles, bones, tendons, and ligaments interact, with applications in sport, injury recovery, and prosthetics. |
| MSc Clinical Biochemistry | Explores the chemical and molecular mechanisms underlying disease, focusing on diagnostic techniques, biomarkers, and clinical assays used in hospitals and labs. |
| MSc Endocrinology | Studies the hormonal systems in humans and animals, focusing on hormone-related diseases such as diabetes, thyroid disorders, and hormonal regulation of metabolismChemical reactions within a cell allowing microorganisms to maintain themselves and multiply.. |
| MSc Environmental Toxicology | Investigates the effects of toxic substances on the environment and living organisms, focusing on pollutants, chemicals, and their impacts on ecosystems and public health. |
| MSc Global Health & Infectious Diseases | Addresses the biological, environmental, and social factors influencing global disease outbreaks, focusing on prevention, treatment, and epidemiological research. |
| MSc Human Evolution & Behaviour | Explores the biological and cultural evolution of humans, integrating genetics, anthropologyThe study of humans, their societies, and cultures, often closely linked with archaeology in university degree programs., and archaeologyThe study of the human past through material remains such as artefacts, buildings, and landscapes. to understand human development and societal impacts. |
| MSc Molecular and Cellular Biology | Investigates the molecular processes of cells, including gene expression, signal transduction, and cell-to-cell communication, with applications in biotechnology and medicine. |
| MSc Plant PathologySigns of disease or injury in skeletal remains, often recorded during osteoprofiling. | Focuses on diseases in plants caused by pathogens such as fungi, bacteriaA single-celled prokaryotic microorganism., viruses, and nematodes, emphasising crop protection, food security, and sustainable agriculture. |
| MSc Precision Medicine | Studies how genetic, environmental, and lifestyle factors influence disease, focusing on developing targeted treatments that are personalised to individual patients. |
| MSc Stem Cell & Regenerative Medicine | Focuses on the biology of stem cells and their potential for regenerative therapies, including treatments for degenerative diseases, injury recovery, and personalised medicine. |
Note: We have only listed ten of the most intriguing MSc postgraduate courses. The reason being; the list of these courses is extensive. It would take many pages to list them all, due to there being so many research niches, so be prepared to research which Master’s degree piques your interest and that you would be committed to undertaking.
The ultimate goal of pursuing a research career is to become an expert in your chosen niche, and completing a PhD (Doctor of PhilosophyThe study of fundamental questions about existence, knowledge, and ethics.) is the key to achieving this. Typically lasting three to four years, a PhD allows you to immerse yourself in groundbreaking research, working independently and contributing new knowledge to your field.
It’s the highest academic qualification, and with it, you solidify your reputation as a specialist, opening doors to advanced career opportunities in academia (as a lecturer within the university of your choice), literature (as a senior medical or science writer for a prestigious scientific journal such as Nature) and beyond. A PhD not only enhances your expertise but also positions you as a leader in innovationThe process of creating new ideas, products, or methods., driving progress in your area of interest.