What is the translation of " COMPLEX MOLECULES " in Chinese?

• 复杂的分子

Examples of using Complex molecules in English and their translations into Chinese

Biologics are usually very large and complex molecules.
生物制剂通常是非常大且复杂的分子。

For complex molecules, milder conditions are required for synthesis.
对于复杂分子则需要更温和的条件来合成。

It's always amazing to see which complex molecules are formed in nature.
观察自然界中形成哪些复杂分子总是令人惊奇的。

The complex molecules known as enzymes are responsible for many processes inside our bodies.
被称为酶的复杂分子负责我们体内的许多过程。

He also discovered some of the other most complex molecules in space to date.
他还在太空中发现了一些迄今为止最复杂的分子。

Proteins are complex molecules that play many important roles in our health.
蛋白质是复杂的分子，在我们的健康中扮演着许多重要的角色。

During the 1930s, this method was used to map increasingly large and complex molecules.
在20世纪30年代，这种方法用于绘制越来越大和复杂的分子。

Proteins are large, complex molecules that play many critical roles in the body.
蛋白质是大而复杂的分子，在体内起着许多关键作用。

During the 1930s, this method was used to map increasingly large and complex molecules.
在20世纪30年代，这种方法被用于绘制越来越大、越来越复杂的分子。

They can be very complex molecules and be comprised of a number of different types of sugars.
它们可以是非常复杂的分子并且由多种类型的糖组成。

When the icy comet heats up further, ROSINA will be able to detect more complex molecules.
随着冰冻的彗星温度继续上升，ROSINA将能够探测到更多复杂的分子。

Complex molecules should be expected to emerge from evolution and not be considered a miracle.
复杂的分子应该是从进化中演化来而不应该被视为一种奇迹。

The techniques they used could be applied to understanding other large, complex molecules, she adds.
他们使用的技术可以应用于研究其他大的、复杂的分子，她补充道。

This finding suggests that complex molecules necessary for life may have originated in interstellar space.
这一发现显示，生命所需的复杂分子有可能起源于星际空间。

Nature is unrivaled in its ability to produce structurally complex molecules with high biological potency.
自然在其产生具有高生物效力的结构复杂分子的能力方面是无与伦比的。

Hot, complex molecules composed of nearly two thousand atoms were brought into a quantum superposition and made to interfere.
由近两千个原子组成的热的复杂分子进入量子叠加，并产生干涉。

Synthetic methods are constantly improving so that complex molecules can be synthesized on industrially useful scales.
合成方法在不断改善，因此可以按工业规模合成复杂的分子。

Twenty amino acids, 10 of which can only be obtained from dietary sources, make up the complex molecules of protein.
二十种氨基酸，其中10种只能从膳食来源获得，构成了蛋白质的复杂分子。

The discovery suggests that the complex molecules needed for life may have their origins in interstellar space.
这一发现表明，生命所需的复杂分子可能起源于星际空间。

Traditionally, many style guides define components as atomic components, which are then used to build more complex molecules.
传统上，许多设计风格指导，会把设计组件看作是原子组件，之后用它来构建更复杂的分子。

In general, the complex molecules that make up cellular structures are constructed step-by-step from small and simple precursors.
一般而言，用于组成细胞结构的复杂分子都是从小且简单的前体一步一步地构建而来。

Heterotrophs, on the other hand, require a source of more complex substances, such as monosaccharides and amino acids, to produce these complex molecules.
异养生物则需要更复杂的物质来源，如单糖和氨基酸，来生产对应的复杂分子。

These increasingly complex molecules then acted as ligands in increasingly efficient transition metal-ligand complex catalysts.
之后，这些日益复杂的分子在效率越来越高的过渡金属配体复合物催化剂中扮演着配体的角色。

Over the years, Kishi Lab has developed methods of convergent synthesis that allow to assemble complex molecules from subunits rather than constructed linearly.
多年来，KishiLab采用先进的会聚合成方法，使复杂的分子能够从亚基组装而不是线性构建。

Anti-TNF drugs are large, complex molecules and repeated administration causes the immune system to recognise the drug as a potential threat rather than a medicine.
抗TNF药物是大而复杂的分子，并且重复给药导致免疫系统将药物识别为潜在的威胁而不是药物。

Something needed to happen for these small molecules to interact and form longer, more complex molecules and that happened completely by chance," says Durand.
这些小分子需要相互作用才能形成更长，更复杂的分子，这完全是偶然发生的，”杜兰德说。

These complex molecules made up of combinations of individual amino acids in some cases comprise thousands of individual atoms and have sophisticated three dimensional shapes.
在一些情况下，由单个氨基酸的组合构成的这些复杂分子包含数千个单个原子并具有复杂的三维形状。

Over the years, the Kishi Lab advanced methods of convergent synthesis, which enables complex molecules to be assembled from subunits, rather than constructed linearly.
多年来，KishiLab采用先进的会聚合成方法，使复杂的分子能够从亚基组装而不是线性构建。

This radiation has the potential to break apart complex molecules that are important to life, effectively sterilizing these planets before life can even get started.
这种辐射有可能分解对生命至关重要的复杂分子，在生命甚至开始之前有效地对这些行星进行“消毒”。