Biochemistry Definition




Biochemistry DefinitionA beginning point to learn what the scientific word biochemistry means.

Each part of every living being is biochemically related. Biochemistry is at the center of life science. It is a diverse, fascinating and sprawling discipline; which makes it near impossible to define concisely or pigeon-hole. Numerous look upon biochemistry like a science that underpins and describes the essential processes of life, impacting on:

Cell biology and signalling

Biotechnology and bioinformatics

Energy and metabolism

Development and disease

Molecular biology

Genetics

Plant biology

Lubert Stryer, the creator of Biochemistry and popular biochemist, says that biochemistry is quickly progressing through a science carried out almost entirely at the laboratory bench to one that might be explored via computers. Its practical method applies the molecular facets of chemistry to the vast number of biological systems.

Comparative Biochemistry and Physiology

Comparative Biochemistry and Physiology addresses molecular and biochemical biology areas of enzymology, metabolism, nutrition, regulation, promoters, signal transduction, regulation and gene structure, metabolite and macromolecular structures, cell constituents, evolutionary principles and adaptational mechanisms.

Also Comparative Biochemistry and Physiology handles cellular, molecular, ecological physiology and integrative. Subjects contain circulation, bioenergetics, excretion, development, endocrinology, ion regulation, nutrition, neurobiology, thermal biology and respiration. Research on regulatory mechanisms at any level of organization including cellular interaction and signal transduction and control of behavior.

Biochemistry and Molecular Biology

Biochemistry and molecular biology are strongly related disciplines which research the chemical elements of living cells, such as the genetic material, in order to know biological processes and the way these are changed in disease.

Research and teaching in the division encompasses six wide themes: signal transduction, cell biology, structural biology, host/pathogen interaction, developmental biology and immunology. The research is highly relevant to main pathological processes and human diseases, which includes inflammation, infection, obesity and diabetes, developmental and degenerative disorders, cancer and cardiovascular disease. 

At its most essential level, the analysis of life is the research of chemical processes. A major in biochemistry and molecular biology teaches you in the experimental methods used to probe the functions and structures of biologically essential molecules. The powerful laboratory and research emphasis of this major prepares you for graduate study or to enter professions in high-growth areas for example health care research and biotechnology. 





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