微生物育种

应用于微生物育种的一种快中子辐照方法

A method of fast neutron radiation for microbial breeding

微生物育种中摇瓶数据的调整

Adjustment of shaking - flask data for microbial breeding

低能离子注入法诱变微生物育种

Microorganism Breed Mutated by the Method of Low Energy Ion Injection

激光在工业微生物育种中的应用研究

An Applied Study on Laser in Breeding of Industrial Microbe

化学诱变技术在微生物育种研究中的应用

Chemical mutation technique applied in microorganism breeding

介绍了工业有益微生物育种技术的发展历程及应用概况。

This paper introduced the development and application profiles of breeding technology of industrial useful microorganisms .

论述了基因敲除的基本原理、几种常用技术及该项技术在微生物育种方面的应用。

In this paper , the basic principles of gene knockout , several common techniques and their application in microbial breeding were introduced .

本文简述了新型诱变源激光、离子注入的诱变作用机理、生物效应及其在微生物育种上的应用研究。

This paper summarized the mutation mechanism and biological effect of laser and ion implantation , and their application in mutation breeding of microorganism .

离子束生物工程技术与传统微生物育种技术、现代生物技术相结合，将大大提高耐高温乙醇酵母菌种的选育效率。

The combination of ion beam bioengineering techniques , traditional microbial breeding techniques and modern biotech could greatly increase breeding efficiency of heat-resistance ethanol yeast .

为研究开发微波诱变微生物育种技术，深入探讨微波辐照对乳酸细菌的作用，提供了技术支持和理论依据。

It provided technical support and theoretical basis for further study of the effect of microwave irradiation on Lactobacillus rhamnosus and the innovation of mutation techniques .

原生质体融合技术是微生物育种的有效方法之一，包括原生质体制备、原生质体融合、原生质体再生及融合子的分离等主要过程。

The protoplast fusion technology is an effective ways of microbial breeding , including main processes of protoplast preparation , protoplast fusion , protoplast regeneration , fusion separation .

本文利用传统的微生物育种技术从驯化的活性污泥中分离、纯化得到二株高活力苯酚降解菌，对二个菌株分别进行了鉴定，并对其中的热带假丝酵母菌进行了系统研究。

In this paper , two strains to degrade phenol with high activity were isolated and identified from acclimated activated sludge by using the traditional microorganism breeding technology .

目前，离子束在农业和工业微生物育种的应用上已产生了巨大的经济效益，但鲜见离子束在药用植物育种上的应用报道。

Nowadays great economic effect had been achieved in agriculture and industrial microbial breeding . But no application of ion beam had been reported in officinal plant breeding .

工业微生物育种是运用遗传学原理和技术对某种具有特定生产目的的菌株进行改造，去除不良性质，增加有益新性状，以提高产品的产量和质量的一种育种方法。

Industrial microbe breeding is to apply genetic principles and techniques to reform some special productive strains and get rid of their harmful natures or add some beneficial characters .

离子注入诱变技术是近二十年来发展起来的新型育种技术，以其突变率高、突变谱广等特性在微生物育种中得到广泛应用。

Ion beam implantation mutation is a new technology of breeding strains raised in recent two decades . Due to the higher mutation rate and wider mutational spectrum , it has been widely used in breeding of microbes .

由于自身的独特性，在微生物育种以及杀菌领域有着广泛的应用，研究热点主要集中在杀菌机理上，而不同强度等离子体对微生物作用特点缺乏个全面分析。

It is widely used in the field of breeding and surface sterilization owing to the special merit . Most researches concentrated on sterilization mechanism , but the biological effect of plasma under different operate conditions is still unknown .

同时，纤维分解细菌的低能离子注入研究，对于更深入地研究离子束生物学效应，拓展离子束生物技术在工业微生物育种的应用范围有一定的意义。

At the same time , the research on the Bacteria of Cellulose hydrolysis implanted by low energy ion will further the study on the biological effect of ion beam and widen the application range of ion beam biotechnology in the industrially microbiological screening .

新型物理诱变方法及其在微生物诱变育种中的应用进展

New Approaches of Physical Mutagenesis and Its Application in Microorganism Breeding

离子注入微生物诱变育种的研究与应用进展

Advance in Research and Application of Microbial Mutation Breeding by Ion Implantation

微生物激光育种学的新进展

Recent Progress for the Laser Breeding of the Microorganism

育种技术的不断成熟，大大提高了微生物的育种效果。

Breeding Technology continues to grow , greatly increasing the microbial breeding results .

工业微生物遗传育种的研究进展

Research Advances in the Breeding of Industrial Microbe

产抗生素微生物诱变育种技术研究进展

Progress on Mutation Breeding Technology of Antibiotic-producing Microorganisms

微生物激光育种的动向

Recent trends in laser breeding of microbe

本文综述1972年至2002年有关微生物激光育种学的新进展。

The article summarizes recent progress for the laser Breeding of the microorganism from 1972 to 2002 .

对离子注入微生物诱变育种的理论研究进展和实际应用情况进行了综述。

The advance of theoretical study of ion implantation in microbial mutagenic breeding and the situation of practical application were summarized in this paper .

综述了甲胺磷农药生物降解的菌种、筛选与培养、降解机制、固定化技术和微生物诱变育种技术在降解中的运用。

Application of strains , screening , and culturing , degradation mechanism , immobilization technology and microbial mutation technology in methamidophos were reviewed in this paper .

概述以下几方面：从绿僵菌的分类及系统学研究方法、侵染机制及致病机理、微生物诱变育种、绿僵菌增效因子、绿僵菌生产五方面阐述绿僵菌的研究概况；

The contents including the aspects are as follows : the study on Metarhizium anisopliae , general situation was expatiated with five aspects , taxonomy and systematic research of Metarhizium ;

该项技术在细菌、酵母菌、链霉菌和霉菌等方面的研究和初步应用，为工业微生物遗传育种，开辟了广阔的前景。

The technology , which has been studied and used on bacteria , saccharomyces , streptomycete and mold , could be considered a good way for mutation breeding of industrial microbiology .

工业微生物物理诱变育种技术的新进展

The Development of Physical Mutation Techniques in Industrial Microbe Breeding