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Found 2 translations.
| Name | Current message text |
|---|---|
| h English (en) | '''Proteins''' are large [[biomolecule]]s and [[macromolecule]]s that comprise one or more long chains of [[amino acid]] [[residue (biochemistry)|residues]]. Proteins perform a vast array of functions within organisms, including [[Enzyme catalysis|catalysing metabolic reactions]], [[DNA replication]], [[Cell signaling|responding to stimuli]], providing [[Cytoskeleton|structure to cells]] and [[Fibrous protein|organisms]], and [[Intracellular transport|transporting molecules]] from one location to another. Proteins differ from one another primarily in their sequence of amino acids, which is dictated by the [[Nucleic acid sequence|nucleotide sequence]] of their [[gene]]s, and which usually results in [[protein folding]] into a specific [[Protein structure|3D structure]] that determines its activity. |
| h Japanese (ja) | '''タンパク質'''は、[[amino acid/ja|アミノ酸]][[residue (biochemistry)/ja|残基]]の1本以上の長い鎖からなる大きな大きな[[biomolecule/ja|生体分子]]であり、[[macromolecule/ja|高分子]]である。タンパク質は、[[Enzyme catalysis/ja|代謝反応の触媒]]、[[DNA replication/ja|DNA複製]]、[[Cell signaling/ja|刺激への応答]]、[[Cytoskeleton/ja|細胞への構造]]および[[Fibrous protein/ja|生物]]の提供、および[[Intracellular transport/ja|ある場所から別の場所への分子の輸送]]など、生物内で膨大な機能を果たす。タンパク質は主にアミノ酸の配列において互いに異なっており、それは[[gene/ja|遺伝子]]の[[nucleic acid sequence/ja|ヌクレオチド配列]]によって決定され、その結果、通常、[[protein folding/ja|タンパク質]]はその活性を決定する特定の[[Protein structure/ja|3次元構造]]に折り畳まれる。 |