Biomedical science focuses on understanding human biology, health, and diseases. It involves studying the biological and physiological processes in humans and applying this knowledge to medical research, diagnostics, and treatment development.

Key Features of Biomedical Science

Applications: Diagnostics, therapeutics, and clinical research.
Core Techniques: Clinical pathology, medical microbiology, and pharmacology.
Focus: Enhancing healthcare through diagnostics and therapeutic solutions.

Biotechnology

Biotechnology is the use of biological systems, organisms, or derivatives to develop products and technologies for a wide range of applications, including healthcare, agriculture, and industry. It focuses on harnessing cellular and molecular processes to create innovations that improve human life and the environment.

Key Features of Biotechnology

Applications: Healthcare, agriculture, industrial processes, and environmental solutions.
Core Techniques: Genetic engineering, fermentation, and bioprocessing.
Focus: Creating products or processes based on biological research, often for commercialization.

Differences Between Biomedical Science and Biotechnology

Aspect	Biomedical Science	Biotechnology
Primary Focus	Understanding human biology and diseases for healthcare.	Developing biological products for multiple sectors (health, agriculture, industry).
Scope	Primarily focused on medical and clinical applications.	Broad: Includes healthcare, agriculture, industry, and environment.
Techniques	Clinical tests, pathology, pharmacology.	Genetic engineering, fermentation, bioinformatics.
Applications	Diagnostic tests, medical research, treatments.	Genetically modified organisms, biologics, biofuels.
End Goal	Improving healthcare through research and diagnostics.	Product development for commercial use.

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