- 更多网络例句与双股的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Together they model the structure of DNA as a 2 chain helical, with antiparallel properties and the bases facing inward paired to hold the molecule together.....
他们一起制出反向平行特性，和维繫住＜双股＞分子的朝内配对硷基，＜这种＞DNA双股螺丝的模型。。。。。
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Chapter 2 and 3 has analysed some finacial difficulties that Assestment Management Corporation and Debt-to-Equity Enterprise will have come up against, while reforming. Then, we put forward if they want to win , they should do reform their finace.
第二、三章以新制度经济学的企业理论为基础，运用定性分析与定量分析相结合的实证研究方法，分析了金融资产管理公司、债转股企业在债转股改革中将会遇到的财务问题，提出了它们如何进行财务改革，才能达到"双赢"的目的。
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Objective To discuss the application value of semitendinosus and gracilis reconstruction of anterior and posterior cruciate ligament with arthroscope.
目的探讨关节镜下采用双股半腱肌、股薄肌、微孔钢板同时重建损伤的前、后十字韧带的应用价值。
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Objective: To describe a new technique for arthroscopic double tibial tunnel anterior cruciate ligament anatomical reconstruction using double-looped semitendinosis and gracilis tendon autograft.
目的：介绍在关节镜下应用自体双股半腔和股薄肌腱经双胫骨隧道解剖重建膝前交叉韧带的手术方法及术后随访结果。
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Upon binding ATP or a nonhydrolyzable analog such as AMPPNP, RecA undergoes an allosteric transition into a high-affinity DNA-binding form. When RecA combines with dsDNA to form RecA-dsDNA nucleofiliment, it can unwind dsDNA and change the dsDNA structure.
在ATP或其类似物的辅助下，RecA可以直接与双股DNA结合而形成核丝，并将双股DNA加以解螺旋，并改变双股DNA的结构。
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The results indicate that [(L 1) 2SnEt 2] can selectively bind to the N 1 atom of the base and the phosphate oxygen atom of AMP and may further destroy the helical structure of DNA, while the dimethyltin compound of 1,3 dimethyl 4 acetyl 5 pyrazolone [(L 1) 2SnMe 2] merely binds to the the phosphate oxygen atom of AMP and causes the contraction of DNA helical structure.
结论3 二甲基 4 乙酰基 5 吡唑酮的二乙基锡配合物(L1 ) 2 SnEt2 可与AMP 的碱基N1 和磷酸根氧原子螯合并可能会破坏DNA 的双股螺旋结构；而二甲基锡配合物(L1 ) 2 SnMe2 易与单核苷酸的磷酸氧结合，难以与单核苷酸的碱基氮原子稳定结合且只引起DNA 双股螺旋的收缩
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By utilizing three benezenemulticarboxylate derivatives (H2chdc, H2aip, NaH2sip), we obtain 12 coordination polymers. Especially, compelexes 1 and 2 are based on one-dimensional ···OHInOHIn···chains as building units, while complex 3 is based on double four-ring [In8(μ2-O)4(μ2-H2O)8]16+, complex 4 is based on trinuclear In3(μ3-O)(CO2)6, complexes 11 and 12 are both based on nested bistranded helices.
选择了三类取代苯羧酸配体： 2，5-二羟基-1，4-对苯二甲酸(2，5-H2chdc)； 5-氨基间苯二甲酸(5-H2aip)； 5-磺酸基间苯二甲酸钠盐(5-NaH2sip)和InCl3反应合成了十二个配位化合物：其中1、2以···OHInOHIn···链为构筑单元， 3以双四元环[In8(μ2-O)4(μ2-H2O)8]16+为构筑单元，4以棱柱状三核铟In3(μ3-O)(CO2)6为构筑单元，而11、12以嵌套的双股螺旋链为构筑单元。
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Outer boxes Genes of interest are shown around the ring as operons for sulfate reduction, carbon fixation via acetyl-CoA synthesis pathway, and nitrogen fixation.
在单股DNA链中，碱基之间的相互作用是一个堆叠在另一个之上，而且在双螺旋中，两个互补单股的碱基对之间的氢键发挥了关键作用。
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The central 5, 5'-disubstituted bipyridine units of each ligand coordinate theNi or Fe ion, while all the terminal 6-monosubstituted bipyridine units of the ligands keep free of coordination, as the result trinuclear triple-stranded helicate 〓 can not form. This is considered to be caused by the steric hindrance of the methylene substituents α to the chelating nitrogens of the terminal bipyridine units and the strain caused by linkage mode.
配体L〓与Ag作用得到〓，两个配体链相互缠绕着两个Ag离子周围形成双股螺旋结构并以头尾式排列(见图3)，由于配体中位于配位N原子α或β位的末端甲基或次甲基取代基的空间位阻阻碍了头对头式异构体的形成，也正是由于配体头尾式排列而使Ag双股螺旋得以形成，这一结果表明该螺旋体的组装过程中自发地采取了空间阻碍尽可能小的那个构型。
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For maintain the genome integrity and fidelity. DNA repair processes are classified into pathways responsible for repairing specific classes of DNA damage, although recent data indicated that some proteins function in multiple pathways. Base excision repair occurs through excision of a damaged region, followed by fill-in repair synthesis using the opposite strand as a template. Mismatch repair operates on base mismatched and small loop-outs that arising during replication by misincorporation or slippage on the template strand. Nucleotide excision repair removes photoproducts from u.v. radiaton and bulky adducts from a multiple of chemicals. DNA double-strand breaks may be rectified by either homologous recombination repair and nonhomologous end joining pathways where both strands of the DNA duplex are damaged.
DNA修补基因可藉由不同的机制对不同程度的DNA损害进行修复，虽然近来已有文献指出，一些DNA修复蛋白可能参与多种DNA修复机制，不过一般可分为下列四种DNA修复机制：碱基删除修复(Base Excision Repair； BER)，即对较小的DNA损伤，进行修复；核苷酸错误配对删除修复，即对复制时所产生的核苷酸配对错误或模板滑动造成的DNA损害进行修复；核苷酸删除修复(Nucleotide Excision Repair； NER)，即对因紫外线或有机化合物所造成的较大损伤进行修复；以及双股DNA断裂修复(Double-Strand Breaks； DSBs)，即对双股DNA断裂进行修复，此机制又可分为同源染色体的重组与末端接合两种主要路径，对受损的DNA进行修复。
- 更多网络解释与双股的相关的网络解释 [注：此内容来源于网络，仅供参考]
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bifilar：双股的
bifilar winding 双线无感线圈 | bifilar 双股的 | bifilar 双丝的
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bifilar：双丝的
bifilar 双股的 | bifilar 双丝的 | bifuel system 双燃料系统
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bifilar winding：双线无感线圈
bifilar suspension 双线悬挂 | bifilar winding 双线无感线圈 | bifilar 双股的
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crapshooter：赌双股的人
parashooter 防伞兵的射手 | crapshooter 赌双股的人 | quoter 引用者
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cruciform loop：十字形环[双股反向重复序列的每一股分别自我配对而形成]
cruciform 十字形,十字形结构 | cruciform loop 十字形环[双股反向重复序列的每一股分别自我配对而形成] | cruciform structure 十字形结构
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hybridize：杂交
将跑完电泳后凝胶上DNA片段转移到另一个薄膜(membrane)上,使这段片段DNA变质(denature). 因为双股DNA已经固定在薄膜上,所以变质后无法再形成双股螺旋. 将上述薄膜暴露在杂交探针(probe)里,让探针和DNA杂交(hybridize). 探针是被会产生放射线、或可以放出颜色或萤光的物质标记的单股DNA或RNA片段.
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two-ply：两层的双重的双股的
two-pitchsystem 双螺距系统 | two-ply 两层的双重的双股的 | two-plyriveting 双层铆接
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two-ply riveting：双层铆接
two-pitch system 双螺距系统 | two-ply riveting 双层铆接 | two-ply 两层的双重的双股的
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biflagellate：双鞭毛的
bifilar | 双线的, 双丝的, 双股的 | biflagellate | 双鞭毛的 | biflaker | 高速开卷机
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bifluoride：二氟化合物
双股的 bifilar | 二氟化合物 bifluoride | 双焦点透镜 bifocal