At the same time, it enumerate genes form the web of online Mendelian inheritance in man.
微观的基因是十分复杂的 ,但也可见基因的阴阳属性 ,本文从基因及其运动、正调控基因与负调控基因、增强子与衰减子基因座、隐性基因与显性基因四个方面进行了初步判定 ,同时以在线孟德尔遗传 (OMIM )网络资源列举相关基因 ,并初步探讨基因阴阳属性的意
The application of Mendel s hereditary operators on hereditary analysis;
孟德尔遗传算子在遗传分析中的应用
An Exploration and Practice of the Teaching Reform of Mendel s Law Genetics;
“孟德尔遗传规律”的教学改革探索与实践
Recent studies demonstrated that allopolyploid formation in the early stages is oftenaccompanied by genomic changes that cannot be readily explained by Mendelian geneticprinciples.
近年来人们发现异源多倍体形成早期常常伴有不符合孟德尔遗传规律的基因组变异。
Performance of Non-Mendelian Inheritance in EGSR Rice and Exploration of Chlorophyll-less Mechanism in MutantW1;
非孟德尔遗传在EGSR水稻上的表现及叶绿素缺乏突变体W1色素缺乏机理的探讨
The theoretical principles of heredity formulated by Gregor Mendel;Mendel's laws.
孟德尔（遗传）学说，孟德尔主义格雷戈 孟德尔所创立之遗传理论；孟德尔法则
DARWIN. MENDEL, MORGAN: LE LANCEMENT DE LA G?N?TIQUE.
达尔文、孟德尔、摩尔根:遗传学的发端
the theory of inheritance based on Mendel's laws.
基于孟德尔定理的遗传学说。
Research on Different Genetic Theory between C. Darwin and G.Mendel
论达尔文与孟德尔关于遗传理论的差异
The Discovery of Mendel’s Law and Its Meaning in the History of Genetics
孟德尔定律的发现及其在遗传学史上的意义
The Characteristic of Genetics Original Creative Experimental Study--The Viewpoint Coming from the Finding of Mendel′s Laws;
从孟德尔定律的发现看遗传学研究的特点
(genetics) one of two principles of heredity formulated by Gregor Mendel on the basis of his experiments with plants; the principles were limited and modified by subsequent genetic research.
（遗传学）:孟德尔由其实验结论而成的两个有关遗传的原理。
"Modern genetics Began with the work of Gregor Mendel, who formulated the Basic concepts of heredity."
现代遗传学始自孟德尔的研究工作,他总结出遗传的基本定律。
The impact of Darwinism on modern biology is greater than Mendelism.
达尔文进化论对现代生物学的影响 ,大于孟德尔的遗传学说。
Every high school biology student learns of Gregor Mendel and his classic studies of inheritance.
每个上过生物课的高中生都学过孟德尔以及他的古典遗传学。
"From his studies in the late 19th century, Gregor Mendel derived certain Basic concepts of heredity, which eventually became the foundation for the modern science of genetics."
孟德尔从他在19世纪晚期的研究中,得到一些基本遗传法则,最后成为现代遗传学的基
Mendel's work explained the inheritance of traits can be stated by factors passed from one generation to the next: a gene.
孟德尔的著作解释说，特性的遗传问题可以用代代相传的因子说明，这就是基因。
Thomas in Brno-once in Austria-Hungary, today part of the Czech Republic-Mendel revealed the laws of inheritance by experimenting with pea hybrids in the walled monastic garden.
孟德尔在修道院围墙内的花园进行豌豆杂交的实验，因而发现了遗传的定律。
Mendel also correctly stated that two copies of every factor exist and that one factor of inheritance could be dominant over another.
孟德尔还正确地说出，每个因子存在两个复制品，一个遗传因子可以较另一个为显性。
