Biochemistry is considered as one of the broadest scientific disciplines since it represents a junction of Chemistry and Biology along with several other areas. The term “Biochemistry” stands for “the Chemistry of life,” which means that Biochemistry is a study of substances, processes, and chemical reactions involved in all living organisms.
Biochemistry plays a vital role in the development of pharmacy, medicine, agriculture, technology, and other essential areas. For that reason, it is of huge importance for a person interested in Biochemistry to not only complete the undergraduate studies in Biochemistry but also pursue a Master’s degree to equip with the skills and expertise necessary for successful career development and contribution to the enhancement of the quality of life.
Considering this, pursuing a degree in Biochemistry can lead to career development in a wide variety of paths depending on the individual’s preferences and interests. Obtaining a higher degree in Biochemistry is directly related to a broader range of career path choices.
Here are the 5 exciting career paths you can pursue after pursuing a M.Sc. degree in Biochemistry.
Getting high-quality education is very important for not only personal development but also for the development of the resources necessary for the whole world. Proper training gives us an understanding of various aspects of life and even transforms these aspects into something more advanced. To gain knowledge in any field of study, it is crucial to possess well-equipped educational facilities as well as professional personnel.
Obtaining a Master’s degree in Biochemistry makes individuals able to become a lecturer, teaching assistant, laboratory assistant, or to work on another position which contributes to the education of a wide variety of generations. Working as a lecturer or a teacher assistant is essential not only because a teacher plays a crucial role in becoming successful in career but also because the best way to strengthen your knowledge (especially in case of scientific areas) is to explain the concepts to someone else.
The process of teaching involves the preparation of the lecture material as well as the delivering of various presentations and seminars. Moreover, the most exciting part of the teaching process is the interactions between students. Through these interactions, daily questions, and shared ideas, one can gain much more knowledge in Biochemistry than he/she would have learned through reading various books or research papers.
Working as a laboratory instructor or lab assistant is also very compelling process since Biochemistry is a laboratory-based science, and the more time you spend in a lab, the more experienced and skillful you are. Again, when you explain concepts or techniques implemented in the laboratory to the students, you become more familiar with the experimental procedures. Because students usually make various mistakes regarding either theoretical or empirical part of the laboratory work, a teacher who continuously observes these mistakes can develop and utilize new techniques which might be helpful for other generations throughout the world.
Contemplating all the information provided above, it is evident that working in an educational program at schools or universities is a very pleasing process since you play a crucial role in the further career development of your students. Being a teacher is also very useful for one’s own development and growth in the field of his/her expertise.
Research is a principal component of the development process of every scientific field. Biochemistry is not an exception. It would not have been possible to develop so many medications, drugs, methods, or even theoretical concepts without conducting research.
The process of research comprises two main components, which is literature review and laboratory research. A literature review is a scholarly paper, which includes contemporary findings, theoretical knowledge, and methodological data related to a specific topic. After completing the literature review, scientists conduct laboratory research at properly equipped facilities involving different experimental procedures, measurements, or tests.
Pursuing a career in Biochemical research makes you responsible for carrying out various experiments or investigations, analyzing information and collected data, and finally concluding the study with corresponding research paper/report which includes literature review, implemented methods, results, and discussion.
Becoming a Research Scientist in Biochemistry requires having a good degree (M.Sc. or higher) along with a strong educational background in Biochemistry or a related discipline. Individuals who have sufficient research-based experience and are willing to work as a Research Scientists can apply for job postings of various laboratories, including government laboratories, environmental agencies, universities, food companies, pharmaceutical or chemical companies, etc.
If you have proficient communication skills and abilities to efficiently work in a cooperative environment, working as a Research Scientist is a very engaging career path for you.
There are various identified agricultural sciences which are used for the understanding of agrarian aspects and ideas. Agricultural Biochemistry is one of such sciences which promotes the knowledge of the cause-effect relations between various plants or animals.
Since Agriculture deals with the cultivation of organisms to encourage and amplify human life and Biochemistry is a science examining the chemistry of living organisms, the conjunction of these to disciplines gives rise to a new subject Agricultural Biochemistry.
On the one hand, the discipline examines the chemistry of plants or animal metabolism and biological molecules involved in the metabolic pathways. On the other hand, Agricultural Biochemistry implements these concepts to develop strategies and engineering techniques for better environmental adaptation of various organisms.
There are various applications of Biochemistry in agriculture including the following: understanding and control of soil composition, uptake of nutrients by plants, the effect of fertilizers and pesticides, analysis of crops, production of alternative fuel sources (biofuels), genetically modified organisms, and many more.
After obtaining a Master’s degree in Biochemistry, individuals can work as Biochemists in the agricultural industry. They can enhance the production of various plants along with a better adaptation of animals to the environment. As it was mentioned above, Agricultural Biochemistry deals with the production of biofuels, which is of enormous importance considering current pollution problems. For that reason, it is evident that working as an Agricultural Biochemists is not only an exciting opportunity but also grants individuals the power to make a change to a better future and even more developed world.
Biochemical Engineering is one of the branches of Chemical Engineering which utilizes technological developments to work on various biological materials. For becoming a Biochemical Engineer, one needs to have strong educational knowledge of Biology, Chemistry, and Engineering. Biochemical Engineers work on raw materials and develop technologies through which the production of various chemicals, food, agricultural substances, or other materials becomes a more straightforward process.
Biochemical Engineers mainly focus on designing either pharmaceuticals, artificial organs, biomedical devices, and drug delivery systems, or develop and improve the production, processing, packaging, storage, distribution, and control of food. Biochemical Engineering makes it possible to implement chemical and biological knowledge in the development of products that can improve people’s health. Moreover, they also play a key role in the proper preparation of food that is sold on the market (dehydration, pasteurization, milling, etc.).
Biochemical Engineers also play a role in the production and development of biofuels that are produced from biomass (plant or animal material that can be used for energy or heat production). Production of biofuels from various wastes with the biological origin is of huge importance for enhancement of water, land, and air pollution as well as the quality of life.
Working as a Biochemical Engineer makes one responsible for the development of new biochemical products that can be used for various applications. Since a lot of research is necessary for collecting the crucial data, a Biochemical Engineer needs to be patient and enjoy working in a laboratory within a team of professional scientists.
Medical and Pharmaceutical Biochemistry
Medical Biochemistry is a branch of medicine that involves understanding of Biochemistry, more specifically metabolic pathways, of human’s body for enhancement of human health and finding a cure for various diseases. On the other hand, Pharmaceutical Biochemistry is specifically concerned with the development of effective drugs.
Working as a Medical Biochemist requires knowledge of Intermediary Metabolism, which is a branch of Biochemistry involved with a detailed examination of biochemical processes and organic chemicals connected to metabolism. Medical Biochemists are required to apply Biochemical concepts for diagnoses and treatment of patients with metabolic disorders or biochemical abnormalities.
For the proper treatment of such diseases, it is vital to discover and develop effective drugs, which is the duty of Pharmaceutical Biochemists. They are responsible for conducting extensive laboratory research along with a literature review to formulate and deliver high-quality medicines. Biochemists must be equipped with skills and knowledge in various scientific fields such as Organic/Inorganic/Analytical Chemistry, Structural Biology, and Biochemistry.
Considering all the information provided above, it can be concluded that Medical and Pharmaceutical Biochemists play a crucial role in the diagnoses and treatment of metabolic diseases as well as other biochemical disorders. Getting a Master’s degree in Biochemistry might lead to further career development in these two scientific fields which have always been of worldwide importance.