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Biomedical science and biotechnology

By Asomi College of Sciences

Biotechnology and biomedical sciences are two subjects that are gaining more and more popularity among postsecondary study courses. But what are they about, and in which areas are they exactly deployed? Let us find it out with this article.

The subjects at hand

Biotechnology is all about developing products and technology from biological processes. Living organisms, natural systems, and living organisms can be deployed to obtain the required results to produce biofuels or antibiotics. Biotechnology can be found in different sectors such as chemistry, biology, and medicine. Moreover, it is adaptable in computer science or nutrition and even law

On the other hand, biomedical engineering and biomedical sciences are typically connected to STEM disciplines. In its turn, the latter usually encompasses engineering, biology and medicine. Therefore, it is a mixture of STEM disciplines and biology, engineering and medicine. Biomedical engineering, for instance, deals with technology and materials for their improvement in treatment. 

Artificial limbs or organs are an example of biomedical engineering. Biomedical engineering has many fields of specialization, among which the most famous are biomechanics, tissue and molecular engineering, computational biology and medical devices. 

Biomedical science concentrates on the structure and function of diseases and the health of the human body. Its primary function is studying diseases mechanisms by adopting specific techniques. Besides, biomedical science also is employed for understanding and treating those diseases. One of the aims of biomedical science is the description of clinical, biological phenomena and their theories, facts, models. 

Career prospects

The career prospects in biotechnology include different industrial branches. The branch depends on the choice of each individual and is usually decided after obtaining the bachelor’s degree. It is standard for jobs in the biotechnological field to conduct laboratory experiments or work on product development or research projects. Agriculture, healthcare, pharmaceutical science, and biofuels and virology are just a few areas of expertise with available jobs in biotechnology. 

Careers in biomedical engineering can be of various kinds and be employed in different fields such as research organizations, health services, biomaterial companies, and orthopaedic manufacturers. The tasks may vary from diagnostics to designing medical equipment. 

Biomedical sciences have two main career tracks, one is that of working in the industry, and the other one includes research. Research is usually done in hospitals or clinics or specific diagnostic or forensic laboratories. Working in the industry usually is about developing or improving the process of innovative devices. These devices may be deployed in medical microbiology, histopathology, medical devices or immunologyResearch industriesuniversities and pharmaceutical companies are the main places in which people with a degree in biomedical science usually work. 

Summarizing 

In other words, biotechnology uses biology to create new technologies. It is used for environmental issues such as reducing greenhouse gas emissions or health such as developing illnesses. Biotechnology is present in different careers such as health-related, biopharmaceutical and ecological fields.

While as, biomedical sciences such as biomedical engineering implement the basis of engineering to the medical field. It covers several different sub-disciplines that vary from stem cells to artificial medical devices and artificial organs

ACS – ASOMI College of Sciences offers a wide range of science-related. Specializations and degree courses. Therefore, ACS is engaged in biomedical sciences as well as for biotechnology

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