[[Hochmolekular/en|Highmolecular]] [[Polymer/en|polymer]] from different [[Aminosäure/en|amino acids]] (polypeptide chain) formed in the [[Ribosomen/en|ribosomes]] of the [[Zelle/en|cell]]n. Proteins show an extraordinary variety of amino acid sequencesand of the resulting structure, they can contain [[Lipide/en|lipids], [[Glukose/en|sugar]] and other groups of substances as well as metals and accordingly possess numerous properties and functions, which can also be modified by chemical modifications, such as [[Phosphorylierung/en|phosphorylation]], [[Reversibel/en|reversible]], in the course of metabolic processes.
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[[Hochmolekular/en|Highmolecular]] [[Polymer/en|polymer]] from different [[Aminosäure/en|amino acids]] (polypeptide chain) formed in the [[Ribosomen/en|ribosomes]] of the [[Zelle/en|cell]]n. Proteins show an extraordinary variety of amino acid sequencesand of the resulting structure, they can contain [[Lipide/en|lipids]], [[Glukose/en|sugar]] and other groups of substances as well as metals and accordingly possess numerous properties and functions, which can also be modified by chemical modifications, such as [[Phosphorylierung/en|phosphorylation]], [[Reversibel/en|reversible]], in the course of metabolic processes.
Aktuelle Version vom 12. Januar 2020, 15:36 Uhr
Highmolecularpolymer from different amino acids (polypeptide chain) formed in the ribosomes of the celln. Proteins show an extraordinary variety of amino acid sequencesand of the resulting structure, they can contain lipids, sugar and other groups of substances as well as metals and accordingly possess numerous properties and functions, which can also be modified by chemical modifications, such as phosphorylation, reversible, in the course of metabolic processes.