- 更多网络例句与单碱的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Furthermore, two kinds of oligonucleotides with same size and difference sequence were successfully separated.
建立了分析2个丫SNP的单碱基引物延伸反应，掌握了单碱基引物延伸反应的规律。
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81 Was prepared by the reaction of tris2-(salicylideneiminoethyl amine with zinc picrate [Zn2] in ethanol.
在不加任何碱的条件下，三[2-乙基]胺与苦味酸锌[Zn26H2O]在乙醇中反应，得到了较为少见的多胺单缩合西夫碱配体的配合物[ZnN(CH2CH2NH2)2(CH2CH2N=CH-C6H4O)]Pic。
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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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The capsaicin in the sample was alkalized with NaOH solution and mixed with phosphotungstic acid and phospho-molybdic acid , the blue heteropoly acid salt has characteristic absorption at 660 nm.
对以辣椒碱为单剂和复配剂制成生物农药中辣椒碱总量的测定条件研究结果表明，含有辣椒碱的生物农药试料，辣椒碱在碱性溶液中与磷钨酸-磷钼酸作用，生成蓝色的磷钨酸–磷钼酸杂多酸盐，在660nm有最大吸收，其吸光度与溶液中辣椒碱的含量成正比。
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Catalytic synthesis of ethyl chloroacetate with phospho-molybdic acid ;2. The capsaicin in the sample was alkalized with NaOH solution and mixed with phosphotungstic acid and phospho-molybdic acid , the blue heteropoly acid salt has characteristic absorption at 660 nm.
对以辣椒碱为单剂和复配剂制成生物农药中辣椒碱总量的测定条件研究结果表明，含有辣椒碱的生物农药试料，辣椒碱在碱性溶液中与磷钨酸-磷钼酸作用，生成蓝色的磷钨酸–磷钼酸杂多酸盐，在660nm有最大吸收，其吸光度与溶液中辣椒碱的含量成正比。
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So we selected thevinblastine optimum parameters were 0.1μg/ml and 8 hour cultured duration.The fourth, there were significantly differences percent between 10 hourgroups and other three groups in 0.1μg/ml groups; and there were no significantlydifferences between 8 hour groups and 10 hour groups, but they had significantlydifferences among other two groups in 0.3μg/ml groups; and there weresignificantly differences between 10 hour groups and other three hour groups in0.5μg/ml groups; and there were significantly differences between 10 hour groupsand other three groups in 0.7μg/ml groups on the metaphases (P＜0.05), in theexperiment of the effect on the mouse 8- cell embryo stage single blastomere ofvinblastine with different concentrations and duration, by x~2 statistical analysis.
根据实验的实际情况，适宜制备小鼠4-细胞期胚胎单卵裂球染色体标本的长春花碱的处理浓度和时间是0.1μg／ml和8小时。4、在确定长春花碱不同处理浓度和时间对小鼠8-细胞期胚胎单卵裂球中期分裂相数影响的实验中，经统计分析，阻断培养0.1μg／ml浓度组中10小时组与其他三组差异显著；阻断培养0.3μg／ml浓度组中8小时组和10小时组间差异不显著，但与其他两组差异显著；阻断培养0.5μg／ml浓度组中10小时组与其他三组差异显著；阻断培养0.7μg／ml浓度组中10小时组与其他三组差异显著(P＜0.05)。
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Sowe selected the vinblastine optimum parameters were 0.1μg/ml and 8 hourcultured duration.The fifth, there were significantly differences between 0.45% sodium chloride groups and other two groups (0.5% sodium citrate groups and 0.35%potassium chloride groups) on the metaphases (P＜0.05), in the experiment of theeffect on the mouse 4-and 8-cell embryo stage single blastomere of differenthypotonic fluids, by x~2 statistical analysis.
根据实验的实际情况，适宜制备小鼠8-细胞期胚胎单卵裂球染色体标本的长春花碱的处理浓度和时间是0.1μg／ml和10小时。5、在确定不同种类低渗液处理对小鼠4、8-细胞期胚胎单卵裂球中期分裂相数影响的实验中，经统计分析，0.45％氯化钠低渗液组与其他两组(0.5％柠檬酸钠和0.35％氯化钾)差异显著(P＜0.05)。
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The sixth, there were no significantly differences between colchicine groupsand vinblastine groups on the metaphases, in the experiment of prepare mouse4-cell embryo stage single blastomere chromosome specimen by using optimumparameters; and there were significantly differences between colchicine groupsand vinblastine groups on the metaphases (P＜0.05), in the experiment of preparemouse 8-cell embryo stage single blastomere chromosome specimen by usingoptimum parameters.The end, the preparation quality of mouse 4-and 8-cell embryo stage singleblastomere specimen were 2.5, 2.7, 2.4, 1.9, respectively.
低渗液选用0.45％氯化钠时，低渗效果优于选用0.5％柠檬酸钠和0.35％氯化钾的。6、在利用最佳参数制备小鼠4-细胞期胚胎单卵裂球染色体标本时，经统计分析，两种阻断剂的作用效果差异不显著；而在制备小鼠8-细胞期胚胎单卵裂球染色体时阻断剂选用长春花碱的效果优于秋水仙素的(P＜0.05)。7、秋水仙素组和长春花碱组小鼠4、8-细胞胚胎单卵裂球染色体标本制备质量分别为：2.5、2.7、2.4、1.9。
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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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It was also found base transversion had a extremely high ocurrence frequency in the single base substitution mutants when the plasmid was replicated in FL-FEN-1〓 cell or MNNG pretreated FL-FEN-1〓 cell, while in all mutants with multiple base substitution there were at least one transversion mutation taken place.
分析还发现，在FL-FEN-1〓细胞自发突变和非定标突变含有单碱基替换突变的突变子中，碱基颠换的发生率极高，而在FL-FEN-1〓细胞自发突变和非定标突变的多碱基替换突变子中，每个突变子均至少含有一个碱基颠换突变。
- 更多网络解释与单碱的相关的网络解释 [注：此内容来源于网络，仅供参考]
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glycoside：(糖)苷
4.形成糖苷(glycoside) 单糖的半缩醛羟基很容易与醇或酚的羟基反应,失水而形成缩醛式衍生物,称糖苷. 非糖部分叫配糖体,如配糖体也是单糖,就形成二糖,也叫双糖. 糖苷有α、β两种形式. 核糖和脱氧核糖与嘌呤或嘧啶碱形成的糖苷称核苷或脱氧核苷,
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glycoside：苷
异构现象分类如下:4.形成糖苷(glycoside) 单糖的半缩醛羟基很容易与醇或酚的羟基反应,失水而形成缩醛式衍生物,称糖苷. 非糖部分叫配糖体,如配糖体也是单糖,就形成二糖,也叫双糖. 糖苷有α、β两种形式. 核糖和脱氧核糖与嘌呤或嘧啶碱形成的糖苷称核苷或脱氧核苷,
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monkshood：附子之类
monkish 修道院士的 | monkshood 附子之类 | monobasic 单碱的
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papaverine：罂粟碱
2.2.2 罂粟碱(papaverine) 是血管扩张药,能解除动脉平滑肌痉挛,增加阴茎动脉血流量,促进和维持阴茎勃起. 根据患者的年龄、体质、病程不同,单次用量30,60或90 mg,直接注入阴茎海绵体内,15~30 min产生勃起效应. 不良反应有注射部位疼痛,
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phthisis bulbi：眼球痨
最终可分别导致眼球萎缩(atrophy bulbi)或眼球痨(phthisis bulbi)而失明. 3.胶原酶抑制剂的应用 近年研究证明,在碱烧伤的兔角膜和单疱病毒性角膜炎中,胶原酶的水平升高. 胶原酶可破坏胶原纤维,影响溃疡的愈合. 因此,对久治不愈的角膜溃疡,
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unimolecular：单分子
包括步骤: (1)、固相化学合成两种单链寡核苷酸片段,一种为靶寡核苷酸,其5′端为两段反向碱基互补序列,3′端为通用寡核苷酸互补本发明提出一种新的在固相支持物表面制备单分子(unimolecular)双链脱氧核糖核酸(double-stranded DNA,
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corynebacterium：棒杆菌
如产肉碱腈酶的微生物菌株有棒杆菌(Corynebacterium)拆分DL-肉碱腈,产酰胺酶的微生物菌株有荧光假单孢菌(Pseudomonas fluorescens),棒杆菌(Corynebacterium lilium)等拆分DL-肉碱酰胺,产酯酶的微生物有假单孢菌(Pseudomonas)拆分DL-肉碱DL-肉碱酯,
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monobasic：一元的
monoatomicmolecule 单原子分子 | monobasic 一元的 | monobasicacid 一元酸;一碱价酸
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monobasic：单碱的
monkshood 附子之类 | monobasic 单碱的 | monobus 单总线
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single-nucleotide polymorphisms：单核苷酸多态性
大部分的多态性都是DNA中孤立的位点的简单变异--单核苷酸多态性(Single Nucleotide Polymorphisms),即单个碱基的变化,在每个人身上有上千万个. 通常,这些单核苷酸多态位点与促成药物在机体内发生转化的基因有关. 对抗凝血剂有效性起主要作用的细胞色素分子P4502C9,