Knowra Biomedical research Biomedical research Biomedical research investigates biological processes and disease to build knowledge that can improve the prevention, diagnosis, and treatment of illness.
Basic research : Research that investigates fundamental processes without requiring an immediate practical application. It supplies discoveries about cells, genes, and physiology that biomedical studies can build on.
Molecular biology : The study of biological processes at the level of molecules, especially DNA, RNA, and proteins. It explains molecular mechanisms underlying health and disease.
Drug discovery : The process of identifying and developing compounds that may prevent or treat disease. Biomedical research reveals targets and candidate compounds for new medicines.
Research ethics : Principles and rules governing the responsible conduct of research involving people, animals, and data. Biomedical studies raise questions about consent, risk, privacy, and responsible conduct.
Translational research : Research that moves findings from laboratory studies toward clinical practice and public health. It addresses the steps between biological discovery and useful medical interventions.
Genetics : The study of genes, heredity, and variation in living organisms. Genetic variation can influence disease risk, progression, and treatment response.
Medical imaging : Techniques that create images of the body's internal structures or functions for diagnosis and research. Research uses imaging to study disease and develop diagnostic methods.
Informed consent : A process in which a person receives relevant information and voluntarily agrees to participate in research or treatment. Human studies require participants to understand risks and choices before enrolling.
Clinical trial : A prospective study in which human participants receive one or more interventions under a defined protocol. It tests whether candidate interventions are safe and effective in people.
Immunology : The study of the immune system and its functions in health and disease. Immune mechanisms are central to infection, autoimmunity, cancer, and many therapies.
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