1) continued mutation by UV
紫外连续诱变
2) 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。
3) ultraviolet mutagenesis
紫外诱变
1.
Screening of low higher-alcohols and diacetyl producing Saccharomyces cerevisiae strain with ultraviolet mutagenesis;
紫外诱变筛选低高级醇和双乙酰含量的啤酒酵母
2.
The study of growth characteristics of lysogeny streptococcus thermophilus before and after ultraviolet mutagenesis;
溶源性乳酸菌紫外诱变前后生长特性的初步研究
3.
In this study,a mutant strain with higher laccase production was obtained from a wild one of white rot fungi by ultraviolet mutagenesis.
本研究从一株产漆酶的野生白腐菌出发,通过紫外诱变技术处理,获得了一株产漆酶能力较强的诱变菌株,其酶活高峰可达4630U/L,比原始菌株提高了约3倍。
4) Uv-irradiation
紫外诱变
1.
Breeding on the Strain of Tricholoma matsutake Tm-3 with Uv-irradiation;
松口蘑Tm-3菌株的紫外诱变育种
2.
Breeding of aerobic denitrifier of high nitrogen-removal by UV-irradiation;
紫外诱变选育优势好氧反硝化菌株
3.
Its protoplasts were mutated by UV-irradiation and then regenerated by two cycles of screening.
方法:以酵母菌株YS5作为出发菌株,将酶解破壁后获得的原生质体进行紫外诱变,通过初筛和复筛进行选育。
5) UV mutagenesis
紫外诱变
1.
The UV mutagenesis of DS 9701 and screening of mutant strain with high yield of PHB depolymerase;
DS 9701菌株的紫外诱变及PHB解聚酶高产菌株的筛选
2.
Protoplast formation,regeneration and UV mutagenesis of natamycin producing Streptomyces gilvosporeus;
纳他霉素产生菌原生质体的制备、再生及紫外诱变
3.
Lysogeny detection of lactic acid bacteria and analysis on protein expression of lysogenic strain after UV mutagenesis;
乳酸菌溶源性的检测及紫外诱变后溶源菌蛋白表达分析
6) ultraviolet mutation
紫外诱变
1.
Screening of a high γ-aminobutyric acid-producing Aspergillus oryzae,ultraviolet mutation and studies on fermentation conditions;
生物合成γ-氨基丁酸曲霉菌株的选育、紫外诱变和发酵条件的研究
2.
A strain for producing γ-decanolactone was obtained by composite mutation (ultraviolet mutation and chemical mutation).
以紫外诱变和化学诱变相结合的复合诱变方法,对γ-癸内酯产生菌株Yarrowia lipolytica酵母进行诱变。
3.
In order to improve the lipase activity of the Rhizopus oryzae strain which is used for producing biodiesel fuel,ultraviolet mutation is employed in this research.
以提高全细胞生物催化制备生物柴油的效率为目的,采用紫外诱变的方法对产脂肪酶的米根霉菌株进行诱变和筛选。
补充资料:体外诱变
分子式:
CAS号:
性质:将生物体的组织块、细胞或细菌中的DNA在离体的条件下进行诱变,这样可大大提高诱变的效率和精度。
CAS号:
性质:将生物体的组织块、细胞或细菌中的DNA在离体的条件下进行诱变,这样可大大提高诱变的效率和精度。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条