蛋白质

• Etioplasts have the capacity to synthesize plastome-coded proteins .
  黄化质体也有能力合成质体基因组所编码的蛋白质。
• Proteins behave either as acids or bases and are said to be amphoteric .
  蛋白质习性又像酸又像碱，因此说它是两性的。
• The amino acids are lined up in proper sequence to form the desired protein .
  氨基酸按特定顺序排列而形成欲需的蛋白质。
• Quantitative information on these aspects of protein metabolism is scarce .
  有关这方面的蛋白质代谢的定量知识是贫乏的。
• Acid production of lactic acid bacteria is sufficient to coagulate milk proteins .
  乳酸细菌产生的酸足以使乳蛋白质凝固。
• The first protein to have its sequence of amino acids determined was insulin .
  已被确定氨基酸顺序的第一蛋白质是胰岛素。
• A third class of rna is also required for protein synthesis, the ribosomal rna .
  蛋白质合成还需要第三类RNA，即核糖体RNA。
• They may be solubilized by detergents or some protein denaturants .
  在去垢剂和蛋白质变性剂的作用下，它们可以变为可溶性的。
• Rather, a broad variety of proteins seem to exist in different cell membranes .
  当然，不同的细胞膜中存在着多种多样蛋白质。
• When an aqueous solution of the protein gelation is cooled, a polyer gel is formed .
  蛋白质明胶水溶液冷却时形成聚合体凝胶。