组蛋白是碱性蛋白。
Chromatin consists of coiled DNA bound to basic proteins called histones and non-histone proteins.
染色质由卷曲的DNA、组蛋白和非组蛋白组成。
The approach developed in this article is practical and can be used to separate acidic and basic proteins simultaneously.
本文建立的方法，可有效地用于同时分析酸性和碱性蛋白质混合物。
The hope is that understanding the ribosome's structure will lead to a deeper understanding of the basic biology by which the ribosome makes proteins.
希望在于对核糖结构的了解能使人们更深入了解核糖制造蛋白质的基本生物学原理。
For reasons that are not totally understood, this methylation prevents the gene's information from being expressed, or transcribed into RNA and proteins, the basic building blocks of the body.
由于不完全明了的原因，这种甲基化阻止这些基因的信息被表达，或者是转录至RNA和蛋白质——身体的基本组成要素。
Estimating of substitution number of amino acids is basic statistic methods of measuring evolution distance between proteins, which is the base of researching molecular evolution of protein.
氨基酸替代数的估计是测定蛋白质分子间进化距离的基本统计方法，是研究蛋白质分子进化的基础。
The body uses two basic types of fuel: fat and carbohydrates (proteins serve primarily to maintain and repair tissue, not to power muscles).
身体使用两种燃料：脂肪和糖（蛋白质则主要是为了修补组织，并不是给肌肉提供动力）。
Copper is an essential element for living organism, and transporting copper to copper -dependent proteins is a basic requirement for normal cellular metabolism.
铜是生物体不可缺少的一种元素，在细胞内把铜转运到含铜的蛋白质是细胞正常代谢的基本要求。
The pancreatic juice also contains three main enzymes which tear proteins, fats and carbohydrates apart into basic building blocks.
胰液内还含有三种主要的酶，这些酶能把蛋白质、脂肪和碳水化合物分解成基础建筑材料。
Protein are the foundation of lives for neither the basic structures of the prokaryotic microorganisms nor those of the eukaryotic microorganisms need proteins.
蛋白质是生命的基础，无论原核生物，不是真核生物，它们的基本结构都离不开蛋白质。
Histidine a basic amino acid formed only rarely in proteins.
是蛋白质中少有的一种碱性氨基酸。
The proteins are the basic elementary component of life, while they are responsible for carrying through the functions of body cell.
蛋白质是生命体的基本组成成分，同时它们负责我们体细胞多种功能的执行。
Plant basic leucine zipper proteins play an important role in the expression and regulation of higher plant genes.
植物碱性亮氨酸拉链蛋白在高等植物基因表达与调控中起重要作用。
Plant basic leucine zipper proteins play an important role in the expression and regulation of higher plant genes.
植物碱性亮氨酸拉链蛋白在高等植物基因表达与调控中起重要作用。
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