目前常见的微球编码方法有化学编码和物理编码两大类，但在应用中仍存在诸如编码稳定性、反应兼容性和成本等方面的问题而受到限制。
The present microbead encoding methods include chemical and physical encoding, but both of them are limited in application because of such problems as code stability, reaction compatibility and cost.
在某种意义上，替换矩阵是对化学属性的编码。
In a sense, substitution matrices code up chemical properties.
用特异化学标记的短链DNA取代了混有稀土的复合物，每一个链有不同顺序的基因编码。
In place of combinations of rare-earth compounds, its unique chemical markers are short stretches of DNA, each with different sequence of genetic code.
因此，原理上蛋白质能记录下组成DNA分子的碱基序列（一种带着基因编码的化学“字符”）。
So, in principle, the protein can record the order of the bases (the chemical “letters” that carry the genetic code) which make up the molecule.
他们在《美国化学学会会刊》中撰文描述了这一设备。文章叫做“化学制备三维光子晶体的可编码复杂浸润性模式”。
They describe the device, called an inverse opal, in the Journal of the American Chemical Society. Ian Burgess et al.
形成DNA、RNA单体以及编码遗传信息的化学结构，也就是组成碱基对的碱基包括A、G、T、C、U。
The chemical structures that form the units of DNA and RNA and that encode genetic information i.e. the bases that make up the base-pairs are A, G, T, C and U (see DNA).
借助一些化学药品，林顿(Linton)博士已能对1916年以来的陈旧干燥的博物馆标本进行编码。
Using some chemical wizardry, Dr Linton has been able to get barcodes from old, dried museum specimens collected as long ago as 1916.
这一功能强大的编码器采用了双重密封的房屋，允许编码器将在监管冲洗高压蒸汽或环境腐蚀性化学品的经营。
This robust encoder features a double sealed housing that allows the encoder to be operated in regulatory washdown and high pressure steam or caustic chemicals environments.
在相当大的程度上，DNA、RNA和蛋白质分子的化学性质编码在这些基本单元的线性序列中。
To a considerable extent, the chemical properties of DNA, RNA and protein molecules are encoded in linear sequences of these basic units.
本文从嗅觉感受器、嗅球、嗅球以上脑区三个水平综述了这两种嗅觉系统对化学信息识别的编码模式。
In this review, we unraveled coding patterns of two olfactory systems for information recognition at three levels: olfactory receptor, olfactory bulb and higher brain region beyond the olfactory bulb.
首先，我们提出关于化学制品在猪肠里施塔赫描述的形态学上的神经元类型的编码的概述。
Firstly, we present an overview on the chemical coding of the morphological neuron types described by Stach in the pig intestine.
澳大利亚塔斯马尼亚地调局为了对地质图信息和地球化学数据进行编码而研制了数据结构。
Data structures developed by the Tasmanian geological Survey to encode geological map information and geochemical data are described.
利用生物信息学技术分析HBVDNAPTP1BP基因的染色体定位与组织表达，以及编码蛋白的化学物理性质与结构特征。
Bioinformatics technique was used to analyze the chromosome mapping and tissue expression of HBVDNAPTP1BP gene, and the chemical-physical property and structural feature of HBVDNAPTP1BP.
自从计算机在化学领域中应用以来，化学结构的正规编码已广泛用来作为一种化学文献的信息索引，它还在开发化学智能系统中发挥着重要作用。
The canonical enumeration of chemical structures has been broadly used as a kind of information index for chemical bibliography since computer entered into use in the field of chemistry.
这一功能强大的编码器具有双密封的房屋，允许应用程序，其中监管冲洗或腐蚀性化学品的存在。
This robust encoder features a double-sealed housing that allows application where regulatory washdown or caustic chemicals are present.
这一功能强大的编码器具有双密封的房屋，允许应用程序，其中监管冲洗或腐蚀性化学品的存在。
This robust encoder features a double-sealed housing that allows application where regulatory washdown or caustic chemicals are present.
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