许多低聚物蛋白是变构的并且是能自我压缩的，在对于新陈代谢中起着重要的作用。
Many oligomer IC proteins are allosteric and known to be self-condensing and play an important role in metabolic control.
当产物积累超出最佳数量时，它将与酶的一个氨酰基位点(变构位点)结合改变其形状，使其不能长时间与底物发生作用。
When the product accumulates beyond an optimal amount it binds to a site (ALLOSTERIC site) on the enzyme, changing the shape so that it can no longer react with its substrate.
许多低聚物蛋白是变构的并且是能自我压缩的，在对于新陈代谢中起着重要的作用。
Many oligomeric proteins are allosteric and known to be self-condensing and play an important role in metabolic control.
目的研究蛋白激酶C（PKC）、粘附分子CD44变构体CD44V3-10在非小细胞性肺癌（NSCLC）中定量表达及在肺癌发生及转移中的作用。
To investigate the quantitative expression and roles of protein kinase C (PKC), Variant CD44 (CD44V3-10) adhesion molecules in Non-small cellular lung cancer (NSCLC).
这种具有两个不同而又相互作用位置的蛋白质叫做变构蛋白质。
Proteins which have two separate but interacting sites are called allosteric proteins.
这种具有两个不同而又相互作用位置的蛋白质叫做变构蛋白质。
Proteins which have two separate but interacting sites are called allosteric proteins.
应用推荐