氯化锂-紫外诱变,lithium chloride-UV mutation
1)lithium chloride-UV mutation氯化锂-紫外诱变
2)UV-LiCl complex mutation紫外-氯化锂复合诱变
3)UV and LiCl mutagenesis紫外线和氯化锂复合诱变
4)UV-LiCl紫外线-氯化锂
1.Then UV-LiCl induced mutagenesis and NTG chemomorphosis on the spore protoplast were carried out.042米曲霉的孢子原生质体为诱变对象,经溶菌酶2%+蜗牛酶2%+纤维素酶2%,33℃水浴酶解时间5h的孢子原生质体最佳制备条件作用后,对其进行紫外线-氯化锂,NTG复合诱变,并利用酪蛋白平板初筛和固体发酵测定中性蛋白酶活力复筛,筛选了8株高产中性蛋白酶突变株群,为后续的细胞融合、基因组改组等实验提供了优良的候选文库。
5)Ultraviolet induced chlorination treatment紫外诱导氯化法
6)UV mutation紫外诱变
1.Research on the Screening of High-Nisin-yield Strains by UV mutation;紫外诱变筛选Nisin高产菌株的研究
2.From these yeast trains,which can be easy attained in own laboratory,60 strains were screened through UV mutation using 96-well plates high throughput screening(HTS).以巴斯德毕赤酵母(Pichiapastoris),安琪酵母(Angelyeast),酿酒酵母(Saccharo-mycescerevisiae)等4株菌为出发菌株,经过紫外诱变,96孔板高通量筛选出60株,复筛选出4株。
3.Through UV mutation,we got the mutant BU-215 whose productivity of ε-polylysine was 0.以实验室筛选的一株白色链霉菌B-215为出发菌株,采用紫外诱变的方式对其进行菌株选育。
英文短句/例句

1.The Breeding Study by UV-inducing Protoplast of Agrocybe Chaxingu;原生质体紫外诱变选育茶薪菇的研究
2.Study on Breeding up High-yield Strain of Guanosine by Protoplast Mutagensis原生质体紫外诱变选育鸟苷高产菌株
3.Inducement and Selection of Paecilomyces Fumosoroseus by Ultraviolet ray玫烟色拟青霉Pf9606菌株的紫外诱变选育
4.UV-Induced Ecology Response and Genetic Mutation in the Aphid Myzus Persicae;紫外诱变下桃蚜生态学反应与遗传变异研究
5.Use of the RAPD Assay for the Detection of DNA Mutations of Ultraviolet-induced Streptomyces Spp. AP19-1;RAPD研究紫外诱变后的链霉菌AP19-1基因组DNA突变
6.Characteristic Analysis of the Mutants from Monascus Ruber M-7 by UV Mutagenesis;红色红曲菌M-7紫外诱变突变子特征分析
7.Ultraviolet radiation mutagenesis of Saccharomyces cerevisiae and properties of mutant strains酿酒酵母菌的紫外诱变及其突变株的性能测定
8.Selection of isoamylase producing strain with UV and UV+DES用紫外诱变及紫外+硫酸二乙酯复合诱变方法选育高产异淀粉酶菌株
9.Study on UV Induced Mutation of Metarhizium Anisopliae MA4 and the Solid Fermentation;金龟子绿僵菌MA4的紫外诱变及其固体发酵研究
10.Study on Bioleaching of Low-Grade Chalcopyrite Mutated by Mixed Bacteria and Utraviolet-Ray;混合细菌及紫外诱变对低品位黄铜矿浸出研究
11.Establishment of UV Mutation Model and Breeding of High-yield Protein to Produce Yeast Strains;高产蛋白酵母菌的紫外诱变模型的确立和选育
12.Breeding of a high lysozyme producing Bacillus strain by mutagenesis of protoplasts紫外诱变原生质体选育溶菌酶高产菌株的研究
13.Breeding by UV Mutation and Fermentation Characteristics of Monascus Strain红曲霉紫外诱变选育及其发酵特性研究
14.Study on the Mutants Induced by UV Radiation Affecting Hyperparasitic Streptomyces Strain F46 and PR;紫外线诱变改良重寄生链霉菌PR和F46
15.UV Breeding by Induced Mutation of Mucor Protease Strain from Sufu腐乳毛霉蛋白酶菌株紫外线诱变育种
16.Breeding of High-yield Glucoamylase Strains by UV-LiCI Mutagensis紫外-LiCl复合诱变选育高产糖化酶菌株
17.The Screening of Polyporus Umbellatus Strains Mutagenized Artificially by UV and He-Ne Laser紫外及He-Ne激光诱变猪苓菌株的筛选
18.Mutagenizing of Hericium Erinaceus Mycelium by Ultraviolet Radiation and Selecting of Mutative Strains;紫外线诱变猴头菌菌丝及变异菌株的筛选
相关短句/例句

UV-LiCl complex mutation紫外-氯化锂复合诱变
3)UV and LiCl mutagenesis紫外线和氯化锂复合诱变
4)UV-LiCl紫外线-氯化锂
1.Then UV-LiCl induced mutagenesis and NTG chemomorphosis on the spore protoplast were carried out.042米曲霉的孢子原生质体为诱变对象,经溶菌酶2%+蜗牛酶2%+纤维素酶2%,33℃水浴酶解时间5h的孢子原生质体最佳制备条件作用后,对其进行紫外线-氯化锂,NTG复合诱变,并利用酪蛋白平板初筛和固体发酵测定中性蛋白酶活力复筛,筛选了8株高产中性蛋白酶突变株群,为后续的细胞融合、基因组改组等实验提供了优良的候选文库。
5)Ultraviolet induced chlorination treatment紫外诱导氯化法
6)UV mutation紫外诱变
1.Research on the Screening of High-Nisin-yield Strains by UV mutation;紫外诱变筛选Nisin高产菌株的研究
2.From these yeast trains,which can be easy attained in own laboratory,60 strains were screened through UV mutation using 96-well plates high throughput screening(HTS).以巴斯德毕赤酵母(Pichiapastoris),安琪酵母(Angelyeast),酿酒酵母(Saccharo-mycescerevisiae)等4株菌为出发菌株,经过紫外诱变,96孔板高通量筛选出60株,复筛选出4株。
3.Through UV mutation,we got the mutant BU-215 whose productivity of ε-polylysine was 0.以实验室筛选的一株白色链霉菌B-215为出发菌株,采用紫外诱变的方式对其进行菌株选育。
延伸阅读

氯化锂分子式:分子量:CAS号:性质:LiCl 无色立方晶体。密度2.068。熔点614℃。沸点1360℃,极易溶于水[100克H2O中67克(0℃),127.5克(100℃)]。也能溶于乙醇、丙酮、吡啶等有机溶剂中。蒸发LiCl水溶液可得LiCl·H2O结晶,高于98℃可得无水盐,但加热至结晶水脱尽前即同时水解失去部分HCl,而使产物呈碱性。纯无水LiCl(水溶液的pH=6~7)需要用减压脱水,与NH4Cl共热,在干燥HCl气流中加热至200℃或无氧条件下用纯氮喷雾干燥制得。LiCl·H2O或无水盐在空气中均极易吸湿而至水滴状。无水LiCl主要用于电解制备金属锂、铝的焊剂和钎剂及非冷冻型空调机中的吸湿(脱湿)剂。工业上主要由锂云母、锂辉石以及提取NaCl、KCl后的盐卤水中提取。通常使用的是由Li2CO3或LiOH与盐酸作用制得。一些试剂厂生产的无水LiCl往往是在蒸发LiCl水溶液至100-110℃时热滤而得的块状体,其含水量在3%-5%。