Biochemists are essential to the biotechnology field. Biochemists study and improve the biology of people, animals, and plants. They also develop new products using biological cells and molecules. Reading this guide will help you understand how you can become biochemist by helping you learn about the special education and training biochemists receive as well as give you an idea about the type of work they do–and their role in helping humanity move to a new level of scientific understanding.
Biochemistry is one of the fastest growing fields in the world, and it is expected to continue to grow over the next decade. Biochemists are admired and in demand by many colleges and employers. For this reason, it is very important to understand where biochemistry got its start and who was behind it all. Learn about the people and events that shaped biochemistry as a discipline.
A biochemist studies the chemistry of living organisms. Biochemists may study the chemical makeup of foods, drugs, and blood to identify healthy components, or they may work in toxicology to test the impact of certain substances on living creatures. Becoming a biochemist takes a lot of hard work, but those who succeed in their careers can look forward to abundant job opportunities and salaries that average more than $82,000 a year.
How To Become Biochemist
Pathways to this career
- Complete an undergraduate degree in applied science with a major in biochemistry, environmental chemistry, molecular biology or a related field.
- Do you want to get ahead in your career? Progress your position with a masters degree in biochemistry.
- Research and join recognised institutions. Benefit from networking with like-minded individuals and staying up to date with industry breakthroughs.
What does a biochemist do?
Duties and tasks
- Plan and conduct studies to understand the forms and structures of human organs and tissues through systematic observation, dissection and microscopic examination.
- Investigate and analyse the chemical structure and function of living cells and their isolated components, organs and tissues in humans, animals, plants, and micro-organisms
- Prepare reports, research papers and implications, and share with the broader science community.
- Develop and improve existing products, materials and processes based on research of micro-organisms, such as bacteria, fungi, yeast and their enzymes
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