Fungi's DNA was extracted by using improved CTAB method, the ITS regions of Fusarium solani, Fusarium spp.
利用改良的CTAB法提取了茄枯萎病菌ITS 区的真菌DNA。
Genomic DNA was extracted from rice mainly using SDS and CTAB method.
水稻基因组dna的提取方法主要有SDS法和CTAB法。
Therefore, CTAB method was a best and optimum way for sugarbeet DNA extracted.
所以，CTAB法是适合于甜菜基因组DNA提取的最佳方法。
Conclusion CTAB Method and RAPD reaction system can be used to RAPD analysis in Rhizoma Coptidus.
结论CTAB法及黄连药材的RAPD反应体系可以用于黄连药材的RAPD分析。
Conclusion: The improved CTAB method could be used for isolating total DNA with high quality from guava leaves.
结论：传统CTAB法经过改良，可用于快速提取番石榴高质量dna。
In this experiment, both the modified CTAB method and the boiling method were used to extract the maize total genome DNA.
本试验用改良的CTAB法和煮沸法两种方法提取玉米基因组dna。
Method:Two different methods, conventional CTAB method and modified CTAB method, were applied to extract genomic DNA from leaves of Lonicera japonica Thunb.
方法：采用改良CTAB法从忍冬叶片中提取DNA，通过琼脂糖凝胶电泳、紫外分光光度法、酶切检测其质量，并与常规CTAB法比较。
It explained that reformed CTAB method could extract the genomic DNA of Pyrus successfully, and the optimum RAPD reaction system could amplificate RAPD in Pyrus L…
说明改良的CTAB法能成功用于梨属植物DNA提取，建立的最佳反应体系可用于梨属植物RAPD扩增。
The results showed that the DNA purified by the modified CTAB method was suitable for PCR and other molecular analysis, and the qualitative PCR was an effective way to screen the GMO.
实验结果表明，用改良的CTAB法提纯得到的大豆加工产品中的DNA完全可以满足PCR等分子生物学分析，而且定性PCR法能有效检测大豆及其加工产品中转基因成分。
Conclusion: The modified technique based on CTAB method may be efficient and reliable in isolating high quality DNA for AFLP analysis from medicine plants rich in polyphenols and amylose.
结论该技术可有效地从富含多酚和多糖的药用植物组织中分离出高质量dna。
CTAB method, low pH medium with high salt method (LPHS), and urea method were used and improved to extract high-quality DNA from Lauraceae plant Cinnamomum cassia Presl. , C. zeylanicum and C.
为了从富含次生代谢物的樟科植物肉桂、锡兰肉桂、阴香中获得高质量DNA ，研究和改进了CTAB法、高盐低pH法和尿素法。
A method that impedance compensation by CTAB ensured signal integrality in the high-speed digital design was introduced.
主要介绍高速数字设计中利用CTAB进行阻抗补偿保证系统信号完整性的方法。
Methods: to design several extraction plans on the basis of traditional method of CTAB.
方法：在传统CTAB提取法基础上，设计了几种山茱萸叶总d NA提取方案。
Benzyl chloride method, CTAB, SDS, and ROSE methods were used to extract DNA from color sweet pepper leaves of different fruit color.
以不同颜色的甜椒为试验材料。采用CTAB法、SDS法、ROSE法和氯化苄法提取彩色甜椒基因组dna。
Method: The genomic DNA was extracted by combined method of CTAB and DNA gel purification kit from sporophore of three cultivated edible fungus.
方法：以三种栽培的食用菌为材料，采用CTAB结合DNA凝胶回收试剂盒进行基因组DNA的分离和纯化。
Soybean sucrose polyester was synthesized with soybean oil and sucrose catalyzed by phase-transfer catalyst of cetyltrimethylammonium bromide (CTAB) in two-step method.
以大豆油和蔗糖为原料，十六烷基三甲基溴化铵为相转移催化剂，采用两步法合成大豆油蔗糖多酯。
Soybean sucrose polyester was synthesized with soybean oil and sucrose catalyzed by phase-transfer catalyst of cetyltrimethylammonium bromide (CTAB) in two-step method.
以大豆油和蔗糖为原料，十六烷基三甲基溴化铵为相转移催化剂，采用两步法合成大豆油蔗糖多酯。
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