How do I Become a Clinical Biochemist?

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  • Written By: Carol Francois
  • Edited By: Heather Bailey
  • Last Modified Date: 22 April 2020
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There are three items required to become a clinical biochemist: post-secondary training, related work experience, and laboratory skills. A clinical biochemist is responsible for completing complicated analyses. Work is typically focused around analysis of patient samples. This information is used to assist with the diagnosis, treatment, and investigation of a wide range of diseases. It is the responsibility of the clinical biochemist to liaison with health services professionals to obtain both data and context for the results.

People who want to become a clinical biochemist are typically detail-oriented, enjoy working independently, have a high degree of mental focus, and are very precise. The volume of knowledge required to be successful in this career is quite significant, and requires a high level of dedication and study. The most appealing part of clinical biochemistry is the focus on creating compounds that provide health benefits. These types of projects have a huge impact on both the cost of consumer products and the growing industry of combined medical and commercial specialties.

The first requirement to become a clinical biochemist is to complete a post-secondary education program. This is typically a university degree in biochemistry, which is available through the faculty of arts and sciences at a wide range of universities. Career advancement in this field can be achieved through either further education or a solid work experience history.

Related work experience includes experience gained through a job placement program or internship during your studies. It is extremely rare for anyone without a formal post-secondary level training in biochemistry to obtain a position in this industry. Related jobs include research assistant, biochemical laboratory assistant, or chemical analyst.

Laboratory skills are critical for anyone who wants to become a clinical biochemist. The vast majority of the day is spent in a laboratory, testing different compounds, documenting the properties, looking at the types of bonds, and conducting experiments to determine the different options with the new chemical. These skills are taught during the post-secondary training. Accuracy, precision, and focus are all essential to achieving a high-quality work product.

Career advancement opportunities for a clinical biochemist are based on the skill set and level of knowledge. Promotions typically require additional education, which may be within a specific field of study in biochemistry or in management. Most management positions for a clinical biochemist require a doctoral degree in biochemistry. Research and teaching positions are also tied to academic credentials, and candidates interested in this type of career should be actively pursuing this level of education.


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