cysteine |
hydrophobin |
As nouns the difference between cysteine and hydrophobin
is that
cysteine is while
hydrophobin is any of a class of small, cysteine-rich proteins that are expressed only by filamentous fungi, known for their capability of forming a hydrophobic coating on the surface of an object.
cysteine |
nitrosocysteine |
As nouns the difference between cysteine and nitrosocysteine
is that
cysteine is while
nitrosocysteine is (biochemistry) a nitroso derivative of cysteine, derived from the endothelium that acts as a vasorelaxant.
cysteine |
isoprenylcysteine |
As nouns the difference between cysteine and isoprenylcysteine
is that
cysteine is a sulphur-containing nonessential amino acid C
3H
7NO
2S found in most animal proteins; it readily oxidizes to cystine while
isoprenylcysteine is an isoprenylated derivative of cysteine that forms a motif in some oncogenic proteins.
cysteine |
defensin |
As nouns the difference between cysteine and defensin
is that
cysteine is a sulphur-containing nonessential amino acid C
3H
7NO
2S found in most animal proteins; it readily oxidizes to cystine while
defensin is any of a family of cysteine-rich proteins that are active against bacteria, fungi and viruses.
cysteine |
glutamylcysteine |
As nouns the difference between cysteine and glutamylcysteine
is that
cysteine is while
glutamylcysteine is (biochemistry) a dipeptide derived from glutamic acid and cysteine.
cysteine |
nitrosylate |
As a noun cysteine
is .
As a verb nitrosylate is
(biochemistry) to react a nitrosyl (no) group with the sulfur-containing cysteines of a protein.
cysteine |
metallothionein |
As nouns the difference between cysteine and metallothionein
is that
cysteine is while
metallothionein is metallothionein.
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