What is the translation of " 的生物分子 " in English?

• biomolecules
• biological molecules
• biomolecular

Examples of using 的生物分子 in Chinese and their translations into English

检测技术可用于制造这种孤立的生物分子可见。
Assay technologies are used to make such isolated biomolecules visible.

大多数离子源删除大、脆弱的生物分子的结构信息。
Most ion sources remove structural information from large, fragile biomolecules.

这些动物的生物分子存活了超过5亿年并由科学家揭示出它们的秘密，这真是太棒了。
It's really wonderful that biomolecules from these animals have survived for more than half a billion years to reveal their secrets.”.

这为研究酶和其他重要的生物分子‘'的新功能强大的工具。
This gives a new powerful tool for studying enzymes and other important biological molecules''.

灰尘、不需要的生物分子或其他微粒可以很容易地污染微尺度结构减少或完全地毁坏设备功能。
Dust, unwanted biomolecules or other particulates can easily contaminate the micro-scale structures diminishing or completely destroying device functionality.

细胞中这些所谓的生物分子凝聚体的存在与该学科的每一本教科书相矛盾。
The existence of these so called biomolecular condensates in the cell contradicts every textbook on the subject.

血液中循环的生物分子和细胞带有诊断信息，对其进行分析，能非常有效的制定个体化治疗方案。
Biomolecules and cells circulating in the blood carry diagnostic information, the analysis of which makes highly effective, individualized therapies possible.

在公共部分（S1-S2），学生将获得先进的生物分子和细胞生物学学科的最新知识。
In the common part(S1-S2), students will acquire a state-of-the-art knowledge of advanced Biomolecular and Cellular Biology disciplines.

FDA唯一批准的用于CTC分析的血液样本稳定方法是化学固定法，该方法会杀死细胞并会降解敏感的生物分子，特别是RNA。
The only FDA-approved blood stabilisation method for CTC assays is chemical fixation, which kills the cells and heavily degrades sensitive biomolecules, especially RNA.

研究肠道菌和脑部microRNAs(miRNAs)的生物分子之间的联系；.
Investigating the link between gut bacteria and biological molecules called microRNAs(miRNAs) in the brain;

其他分析从系统中除去流体以测量分泌到细胞培养基中的生物分子。
Other analyses remove fluid from the system to measure biomolecules secreted into the cell culture medium.

AATI的109名员工将加入安捷伦，并成为其诊断和基因组学集团下属新的生物分子分析事业部的一员。
AATI's 109 employees will join Agilent as part of the new Biomolecular Analysis Division within its Diagnostics and Genomics Group.

然而，当自由基松散时，它可能对DNA和其他重要的生物分子造成极大的破坏。
However, when a free radical gets loose, it can be extremely damaging to DNA and other important biomolecules.

瓦西里耶夫（Vassylyev）在五个臭名昭著的具有挑战性的生物分子上测试了该方法，结果卓著。
Vassylyev tested the method on five notoriously challenging biological molecules with remarkable results.

它也可以阻止治疗药物，当缺陷时，健康的大脑发育所需的生物分子。
It also can keep out therapeutic drugs and, when defective, biomolecules that are needed for healthy brain development.

例如，科学家可以设计光热控制纳米级精度化学反应的材料，或温度触发的微流体通道，用于过滤微小的生物分子。
For example, scientists could design materials that photo-thermally control chemical reactions with nanoscale precision, or temperature-triggered microfluidic channels for filtering tiny biological molecules.

该技术的发展有望从细胞中发现更多可以作为药物靶标的生物分子。
The development of this technology is expected to find more biomolecules that can be used as drug targets from the cells.

它包含76个氨基酸的序列，使其成为相对较小的生物分子。
It comprises a sequence of 76 amino acids, making it a relatively small biomolecule.

在每种情况下，新发现的星际分子是多步化学过程的中间阶段，导致最终的生物分子。
In each case, the newly-discovered interstellar molecules are intermediate stages in multi-step chemical processes leading to the final biological molecule.

Almquist发现并合成了维生素K，这是血液凝固所必需的生物分子。
Almquist of Berkeley's Division of Poultry Husbandry, discovers and synthesizes vitamin K, a biomolecule necessary for blood to clot properly.

蛋白质结晶，获得一个坚实的格子的生物分子，阐明了蛋白质的结构，并使蛋白功能的研究。
Protein crystallization, obtaining a solid lattice of biomolecules, elucidates protein structure and enables the study of protein function.

尽管脂质是一个庞大的生物分子类型，但是人们很难研究它们，这是因为它们的合成受到复杂代谢的调节。
Although lipids are a major group of biomolecules, they are difficult to study because their synthesis is regulated by a complicated metabolism.

因此，越来越多的生物分子和细胞生物学的调查正在使用的技术进行。
Consequently, an increasing number of biomolecular and cell biology investigations are being conducted using the technique.

几个RNA物种代表了一个广泛的、未被开发的生物分子类别，在疾病发展过程中发挥着至关重要的作用。
Several RNA species represent a wide, untapped class of biomolecules that play a vital role during disease progression.

这项技术提供了前所未有的灵敏度，可用于所有已知种类的生物分子。
The technique offers unprecedented sensitivity and can be used for all known classes of biomolecules.

Schaffer渴望运用这种工具，以“加速用于人类治疗应用（从新药到新药递送技术）的生物分子开发。
Schaffer is eager to implement the tool to“accelerate the development of biomolecules for human therapeutic applications, from new drugs to new drug delivery technologies.”.

由于Allan-Herndon-Dudley患者的基因突变，在这个工作的障碍中没有足够的生物分子。
Due to a gene mutation in Allan-Herndon-Dudley patients, there was not enough of the biomolecule in the barrier to do the job.