biosynthesis

As a noun biosynthesis

is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones.

As an adjective biogenetic is

of or pertaining to biogenesis.

In biochemistry|lang=en terms the difference between biosynthesis and carotenogenesis

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while carotenogenesis is (biochemistry) the biosynthesis of carotenoids.

As nouns the difference between biosynthesis and carotenogenesis

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while carotenogenesis is (biochemistry) the biosynthesis of carotenoids.

As nouns the difference between biosynthesis and monolignol

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while monolignol is (organic chemistry) any of a class of phenolic alcohols, found in plants, that take part in the biosynthesis of lignans and lignin.

As nouns the difference between biosynthesis and xerulin

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while xerulin is (organic compound) a polyunsaturated, acetylenic lactone, produced by basidiomycetes bacteria, that inhibits cholesterol biosynthesis.

As nouns the difference between biosynthesis and semialdehyde

is that biosynthesis is the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while semialdehyde is the monoaldehyde of a dicarboxylic acid; those of some amino acids are intermediates in biosynthesis.

As nouns the difference between biosynthesis and undecaprenol

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while undecaprenol is (organic compound) an isoprenoid alcohol (having 11 isoprene units) that has a role in peptidoglycan biosynthesis.

In biochemistry terms the difference between biosynthesis and cystathionine

is that biosynthesis is the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while cystathionine is an intermediate, 2-amino-4-(2-amino-2-carboxy-ethyl) thio-butanoic acid, in the biosynthesis of cysteine.

In biochemistry|lang=en terms the difference between biosynthesis and adenosylhomocysteine

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while adenosylhomocysteine is (biochemistry) an adenosyl derivative of homocysteine that is an intermediate in the biosynthesis of cysteine.

As nouns the difference between biosynthesis and adenosylhomocysteine

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while adenosylhomocysteine is (biochemistry) an adenosyl derivative of homocysteine that is an intermediate in the biosynthesis of cysteine.

In biochemistry terms the difference between biosynthesis and phenylpyruvate

is that biosynthesis is the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while phenylpyruvate is an intermediate in the biosynthesis of phenylalanine, formed by the decarboxylation of prephenate with loss of hydroxyl.

In biochemistry|lang=en terms the difference between biosynthesis and ferrochelatase

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while ferrochelatase is (biochemistry) an enzyme, localized to the mitochondrion, that catalyses the terminal (eighth) step in the biosynthesis of heme, converting protoporphyrin ix into heme.

As nouns the difference between biosynthesis and ferrochelatase

is that biosynthesis is (biochemistry) the synthesis of organic compounds within a living organism, especially the synthesis of large compounds from small ones while ferrochelatase is (biochemistry) an enzyme, localized to the mitochondrion, that catalyses the terminal (eighth) step in the biosynthesis of heme, converting protoporphyrin ix into heme.