Laboratory scientist, living expert, the biochemist tries to understand the functioning of cells to derive industrial, pharmaceutical or commercial uses.
His conclusions are thus fundamental and largely contribute to innovation in many sectors of activity (environment, food, medicine, etc.). A profession reserved for profiles as curious as they are meticulous.
The biochemist is a laboratory technician specializing in life. His mission: to understand the functioning of human, animal, or plant cells.
The biochemist works in conjunction with other specialists, with whom he compares his discoveries and exchanges information. Indeed, he must address many areas (molecular biology, biophysics, etc.) to carry out his research.
It is therefore essential for him to interact with professionals in these sectors.
His work makes it possible to find practical applications for research in the fields of medicine, The biochemist carries out research and analysis in the laboratory to better understand the structure and properties of living matter.
Record findings in observation reports
Studies the interactions between molecules and their effects on the organism
Seeks practical applications for his research.
He observes cells and molecules and scrutinizes chemical reactions.
Intervenes in the prevention or repair of pollution
The biochemist is also interested in the effects that food, vitamins, drugs, and hormones can have on the body.
He can develop new drugs, serums, vaccines, or food preservation methods
He is required to design equipment, processes, or research and also analysis techniques
Studying food preservation conditions, researching compositions that will reduce the epidermal effects of aging (wrinkles)
Analyze, experiment, test the results and then validate them
Also, design different research and analysis techniques
The biochemist must write reports to communicate the results of his experiments and make recommendations if necessary.
To become a biochemist, you must obtain a bachelor’s degree in biochemistry. That is the minimum requirement for an entry-level job.
However, for research and development positions, a Ph.D. is the minimum requirement. The coursework for the bachelor’s degree includes biological sciences, maths, chemical sciences, and physics.
The salary of a biochemist in the United States is dependent on the experience level, qualifications, and facility. However, the average annual salary is $94,270.
Know how to research, identify and also understand the functioning of living beings
Ability to interpret and analyze experimental results
Master professional tools such as the evaporator or centrifugal decanter
Master scientific and technical English
Carry out a scientific watch
Write scientific articles to share knowledge
Be rigorous, patient, and also know-how to question yourself
Be a perfectionist and also have an eye for detail
The biochemist is a professional who is distinguished by his meticulousness and rigor, which ensure the reliability of his conclusions.
Although autonomous, the biochemist enjoys a strong team spirit. He respects hierarchical scales and protocols.
He is vigilant in the handling of certain products. Having respect for instructions ensures his safety and also of his colleagues. His written expression (reports, reports, conclusions) is clear, and his spelling is irreplaceable.
The professional development of the biochemist is essentially hierarchical.
After several years of experience, he can indeed negotiate the status of biochemical engineer (additional training will sometimes be required). He then gains in responsibilities and salary claims.
Finally, the biochemist can evolve “horizontally” thanks to a change of employer and sector of activity.
Biochemists practice mainly within:
Laboratories, public or private
Companies in the chemical or pharmaceutical industry
Civil engineering agencies.
Opportunities are mainly in the private sector, in the industry (cosmetics, pharmaceuticals, water, waste treatment, etc.). There are also positions, in limited numbers, in public research.
This job requires:
Good knowledge of chemistry and biology
Sense of observation and detail
Scientific curiosity: the biochemist must be interested in many scientific subfields and also follow discoveries closely.
Pragmatism: the biochemist carries out in-depth research jobs but must always think about possible applications of his work
The biochemist is interested in the microscopic world of living organisms. His objective is essentially to understand the functioning of cells to find practical applications in various fields (medicine, agriculture, ecology, biotechnology, etc.)
With his eye riveted on the eyepiece of the microscope, the biochemist spends a large part of his time in the laboratory.
What does he observe? All kinds of cells understand the functioning of living beings. His research notably led to the discovery of the structure of DNA.
However, there is no question of playing solitary! The biochemist works in close collaboration with other specialists such as biologists or chemists.