1) Heating mutagenesis effect
热诱变效应
1.
Heating mutagenesis effect is occurred through the substitution of G-C base pair induced by heat, and heating screening effect produces higher forward mutation rate induced by other mutagens.
热在微生物诱变育种中具有热诱变效应和热筛选效应,热诱变效应通过热引起DNA中G-C碱基对的置换实现,热筛选效应可以从其他诱变剂诱变的菌体中获得更高的正向突变率。
2) mutagenic effect
诱变效应
1.
A preliminary study on mutagenic effect of ~(60)Co-γ ray irradiation in Roegneria
~(60)Co-γ射线辐射鹅观草诱变效应研究初报
2.
The screening of high tannase producer and mutagenic effects of Aspergillus niger 9701 with low N + ions implantation were studied.
研究了单宁酸酶高产菌株的选育以及低能N+ 离子注入黑曲霉 970 1 (Aspergillusniger 970 1 )的诱变效应。
3.
Objective:To study the mutagenic effect of gamma-rays on Coix lacryma-jobi var.
目的:研究γ射线对薏苡诱变效应。
3) Mutagenic effects
诱变效应
1.
Mutagenic effects of bioflocculant-producing strains by N~+ ion implantation;
氮离子注入生物絮凝剂产生菌的诱变效应研究
2.
Mutagenic effects of microwave irradiation on high yield L-lattic acid producing strain Lactobacillus casei;
微波辐照对干酪乳杆菌高产L-乳酸的诱变效应
3.
A Study on Mutagenic effects of Avilamycin-producing Strain Induced by Microwave Irradiation;
微波对阿维拉霉素产生菌诱变效应的研究
4) mutation effect
诱变效应
1.
Mutation effect of High Altitude Environment on the Synthesis of Flavonoids in the Inflorescence of Celosia cristata L.;
高空环境对鸡冠花黄酮类化合物合成的诱变效应
2.
A preliminary study was made on the mutation effects by space flight and azide mutations in rapeseed(Brassica napus L),including 9313A,9313B,P100A,100B and M_2AB.
于2006年9月进行中国“实践八号”卫星搭载,并在室内进行了化学诱变(NaN_3)复合处理,对甘蓝型油菜的诱变效应进行了较系统的研究。
5) induced effects
诱变效应
1.
In this paper,principal components analysis is applied to study the induced effects of60Coγray onAmor-phophallus konjac.
本文应用主成分分析法对60Coγ射线辐照花魔芋的诱变效应进行了研究。
2.
As a result,the evident early induced effects of Konjac were obtained.
本试验开展了花魔芋早期诱变效应研究。
6) straininduced heating
应变诱发热
1.
The calculating formulas of the straininduced heating and the temperature arising due to straininduced heating were calculated in this paper.
推导了应变诱发热及其引起的工件温升的计算公式，文中采用粘塑性模型，并考虑温升所引起的软化效应，对聚合物冷拉过程作了力学分析，修正了不耦合热分析所得结论。
补充资料：接头分区诱变
分子式：
CAS号：
性质： 这种诱变是通过连接5′和3′缺失突变体而产生的，这些缺失突变体的终点间相差的核苷酸数，精确等于合成的DNA接头上的核苷酸数。缺失突变体通过接头相连接后，完整DNA序列中原有的核苷酸将被接头序列所置换。
CAS号：
性质： 这种诱变是通过连接5′和3′缺失突变体而产生的，这些缺失突变体的终点间相差的核苷酸数，精确等于合成的DNA接头上的核苷酸数。缺失突变体通过接头相连接后，完整DNA序列中原有的核苷酸将被接头序列所置换。
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