解聚

细胞松驰素B促微丝解聚对DNA合成的作用

Effects of Microfilament Depolymerization by Cytochalasin B on DNA Synthesis

微管解聚对生长因子在DNA合成中的作用

The effect of depolymerization of cytoplasmic microtubules on initiation of DNA synthesis by growth factors in cells

而血小板数目和解聚率均低于对照组（P＜0.01）。

But PLT and incohesive ( PAiT ) were lower ( P < 0.01 ) .

PC的回收：使用温和解聚聚碳酸酯基盘的方法。

Recycling PC : Using the temperate method to depolymerize PC.

微波功率对PET的解聚率影响不大。

Microwave power has little effect on the degree of PET depolymerization .

纯水中PET的微波解聚是一种新的回收利用废PET聚酯材料的绿色化学方法。

It is a new technology of recycling waste PET and of green chemistry .

苦瓜能抑制HIV解聚酶的活性。

Bitter gourd depolymerization can inhibit HIV activity .

CT聚合物可被辛基-葡萄糖苷解聚，且保留80%酶活性。

Aggregated CT could be dissociated by octyl-glucoside , a mild detergent , and retained about 80 % of activity .

PET粒度增大，解聚率减小。

With the increasing of particle size of PET , the rate of depolymerization decreased .

同时，本文简要介绍了我们首次利用微波技术在纯水中进行PET解聚的研究工作。

Our research work for PET depolymerization in neutral water under microwave irradiation was also introduced .

在本文中运用了混合溶剂在温和条件下解聚PC的方法。

In this article , the method of depolymerizing PC in mixed solvent under the moderate condition was designed .

PET纯水微波解聚是指：在微波辐射作用下，PET在不加碱、不加酸、不加催化剂的纯水中进行解聚。

This process is that depolymerization of PET with microwave radiation needn 't acid , base and catalyst .

在胞质分裂末期，伴随中体解聚，CaM重新均匀分布于整个细胞质中。

At the final stage of cytokinesis , CaM redistributed evenly in the cytoplasm following the midbody dissolving .

PBT解聚率随时间的延长和温度的升高而增加。

PBT depolymerization increased with the reaction temperature and time increasing .

本文主要对PET纯水微波解聚的解聚产物、解聚方式、解聚的影响条件及PET解聚反应动力学进行了研究。

Some ways is investigated , for example : depolymerization products , chain scission mechanism , reaction conditions and PET depolymerization kinetics .

HIV-1蛋白酶解聚型抑制剂的计算机辅助分子设计

Computeraided molecular design of HIV 1 protease dissociative inhibitors

探讨了聚酯（PET）废料的解聚机理，确定其合理解聚方法为醇解。

The degrading mechanism of polyester ( PET ) was studied , and practicable process of PET degradation is found to be alcoholysis .

采用正交实验法讨论了反应温度、时间、亚硝酸浓度、溶液pH值等条件对解聚反应的影响。

In the study of optimization of the experimental conditions , factors as temperature , time , concentration of nitrous acid and pH have been investigated .

说明在面团搅拌过程中GMP发生了重聚和解聚现象。

It indicated that the depolymerization and repolymerization of GMP occurred during dough mixing .

3种菌株所产生的PHB解聚酶均是胞外酶，同时又都是诱导酶。

All the PHB depolymerases are extracellular enzyme and are induced enzyme .

化学解聚PET是实现聚酯材料循环利用、节能环保的一种方法。

However , chemistry depolymerization of PET is a good method which can realize the circular use of energy sources and is good for environment .

PHB解聚酶的生物化学与分子生物学研究等。

As well as the biochemical and molecular biological research of PHB Biodegradation .

利用HPLC从非甾体类抗炎药物（NSAIDs）中筛选Ap解聚剂。

Screening depolymerization drugs for A β from non-steroidal anti-inflammatory drugs ( NSAIDs ) was carried out by HPLC .

芜菁花叶病毒衣壳蛋白亚基分子量测定及其在低浓度SDS中的解聚现象

Molecular weight determination of capsid protein subunit in Turnip mosaic virus and its depolymerization in low concentration of SDS

taxol单独处理后，通过抑制微管解聚和稳定微管，促进了三者的气孔开放。

Taxol could inhibit depolymerization , stablize microtubules and promote stomatal opening in all of three .

本文用日本产微型电子计算机MZ&731（BASIC语言），对不伴随解聚的二元共聚反应的共聚体组成及单体单元的序列分布进行了模拟，给出了良好的模拟效果。

The computer-simulations in both the copolymer composition and the sequence distribution of the binary copolymerization without accompanying depropagation were carried out with MZ-731 computer made by Japan using BASIC language , and gave the excellent effect of simulation .

低分子肝素（lowmolecularweightheparin，LMWH）是未分级肝素经化学或酶法解聚而得，相对分子质量为4000～6500。

Low molecular weight heparin ( LMWH ) was obtained by chemical or enzymatic digestion of heparin . Its relative molecular weight was from 4000 Dalton to 6500 Dalton .

对PCL解聚酶进行分离纯化，并对其解聚酶粗酶的性质进行了探讨。

The depolymerase of PCL were purified , and the properties of its crude enzyme were discussed .

进一步比较研究了不同菌株的PHB解聚酶和3羟基丁酸脱氢酶的活性。

Intracellular PHB depolymerase and 3 hydroxybutyrate dehydrogenase catalyze the initial reactions of intracellular PHB catabolism .

结论：高温能引起HeLa细胞微管呈现渐进式的解聚变化，微管组织中心具有较强的保护作用。

Conclusion : Hyperthermia can lead to depolymerization of microtubules of HeLa cells gradually . MTOC may have strong protection .