1.
A classical genetic approach, where one starts with a mutation phenotype and works toward identifing the mutated gene.
研究突变表型以确定突变基因的传统遗传学方法。
2.
Scientists have developed ways to break apart the genetic material.
科学家已研究出分离遗传物质的方法。
3.
One of the first tools available to molecular geneticists is the forward genetic screen.
正向遗传学筛查是分子遗传学家最初可使用的一种方法。
4.
Test methods and the application of SNPIex genotyping system in forensic science;
SNPlex系统检测方法及在法医遗传学中的应用前景
5.
The Learning Method of Fuzzy Decision Making Based on Genetic Algorithms;
基于遗传算法的模糊决策中的参数学习方法
6.
Genetic algorithm-based decomposition method for multidisciplinary design optimization
基于遗传算法的多学科设计优化分解方法
7.
Teaching Methods Suggestion in Genetics and Breeding of Ornamental Plants;
《园林植物遗传育种学》课程教学方法探讨
8.
Integrating Constructivism into Genetics and Breeding Teaching;
建构主义教学方法在遗传育种教学中的应用
9.
an advance in genetic engineering.
遗传工程学方面的进展
10.
Scientists can easily genetically alter adult cells.
科学家能很容易地利用遗传方法改变成体细胞。
11.
(genetics) the process of locating genes on a chromosome.
（遗传学上）通过染色体来确定基因的方法。
12.
Development of a New Method for Gene Diagnosis of G6PD Deficiency and Its Genetic Analysis;
G6PD缺乏症基因诊断新方法的建立及遗传学分析
13.
On the Application of Genetic Based Machine Learning Method to Negotiation Support System;
遗传学习方法在谈判支持系统中的应用研究
14.
Study on optimal operation of reservoir based on directional self-learning genetic algorithm
基于方向自学习遗传算法的水库优化调度
15.
The Basis and Method for Judgement on the Different Modes of Inheritance of Hereditary Diseases;
关于遗传病不同遗传方式的判断依据与方法
16.
One who specializes in genetics.
遗传学家在遗传学方面从事专门研究的人
17.
Plant Generic Engineering IV. Cell Fusion and Genetic Transfer Methods
植物遗传工程四、细胞融合与遗传转化方法
18.
The ANN Architecture Learning Method Based on SEGA
基于多物种进化遗传算法的神经网络结构学习方法