bioinorganic

Living systems, metals

Bioinorganic describes chemistry at the intersection of biology and inorganic chemistry—the study of metal ions and other inorganic elements in living systems.

Hemoglobin's iron, chlorophyll's magnesium, and zinc in enzymes all fall under bioinorganic chemistry.

The field examines how these elements function in biological processes and inspires synthetic compounds that mimic them.

elements

iron

Element twenty-six

cobalt · nickel · molybdenum · vanadium · selenium · magnesium · calcium · tungsten · chromium · cadmium

metalloproteins

hemoglobin

Erythrocyte's oxygen-binding protein

catalase · heme

catalysis

redox

Electron transfer chemistry

cofactor · coenzyme

coordination

chelation

Chemical metal-ion capture

techniques

spectroscopy

Study of light-matter interaction

kinetics

biomineralization

silica

Silicon dioxide compound

calcification · nucleation · crystallization · nanoparticles · scaffolds · diatom

Opposites
chemical composition focus

bioinorganicbioorganic

Of life's chemical makeup

organic chemistry · organometallic

biological relevance

bioinorganicmineralogy

Science of inorganic solids

Family

biology, biological, inorganic, bionic, biochemistry, biomolecule, biophysics, biosynthesis, biomaterials

Familiarity
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Profile
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