Mendel
- n.孟德尔(奥地利遗传学家)
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In 1857 Mendel started experimenting with peas in his monastery garden
1857年,孟德尔开始在修道院的菜园里用豌豆做实验。
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He , like Mendel , was ahead of his time .
他和孟德尔一样,是超越其时代的人。
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Mendel 's attraction to research was based on his love for nature .
对研究的爱好是以他对自然的热爱为基础的。
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The theory of inheritance based on Mendel 's laws .
基于孟德尔定理的遗传学说。
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Genetic algorithm is based on Darwin evolution theory and Mendel genetics .
遗传算法的基本思想是基于Darwin进化论和Mendel的遗传学说的。
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Mendel called the second generation the hybrid generation .
Mendel将第二代称为杂交代。
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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
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Finally , Mendel 's work itself is imperfect and has its limitations .
孟德尔本身工作的局限性。
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Both of these two probe conform to the genetic laws of Mendel and have tissue identity .
两探针均符合孟德尔遗传规律,均具有组织同一性。
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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。
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Genomic imprinting is a special hereditary phenomenon out of line with Mendel 's law .
基因组印记(Genomicimprinting)是不符合孟德尔遗传定律的特殊遗传现象。
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Mendel 's research was all but forgotten .
孟德尔的研究几乎被遗忘了。
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Mendel decided that pea plants carried factors , and parents passed these factors onto their offspring .
他断定,豌豆植物带有遗传因子,父辈植物将这些因子传给子代植物。
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The 10 STR loci follow the Mendel 's law .
家系调查结果表明,10个STR基因座在世代传递中遵循孟德尔常染色体共显性遗传规律。
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Mendel 's discovery is a great achivement of the natural science in the 19th century .
孟德尔发现是19世纪自然科学的一项重大成就。
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Mendel cultivated pea plants with several variable traits , including flower color , seed color and seed shape .
孟德尔豌豆栽培性状与几个变量,包括花色,种子颜色和形状的种子。
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Results from family study showed that the inheritance of the polymorphic site among family members seemed to follow Mendel 's rule .
家系分析资料表明,该多态性位点完全按照孟德尔规律进行遗传。
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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。
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Photographer Gideon Mendel has been documenting floods around the world for some time now .
一段时间以来,摄影师吉迪恩•孟德尔一直在用他的镜头记录世界各地的水灾。
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Monsieur Mendel here represents the Basel bank , switzerland .
孟德尔先生代表瑞士巴塞尔银行。
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Mendel presented his ideas in1866 in a scientific paper published by the Brunn Society for Natural History .
1866年,孟德尔在自然史上发表了他的科学论文,陈诉了他的观点。
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The genetic variation forming by differences of DNA sequences has been widely studied and used in breeding ever since the time of Mendel .
自孟德尔时代起,DNA序列差异所形成的遗传变异被广泛研究并应用于育种。
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On the Theory of Mendel
孟德尔学说纵横谈
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Nancy , get me Dennis Mendel of the ADL .
南茜,帮我接反诽谤联盟的丹尼斯·门德尔
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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。
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Conclusion The hereditary way of Hashimoto disease in family tree accord with Mendel law of simple genotypically heredity .
结论家族性桥本病的遗传方式符合Mendel定律的单基因遗传,即常染色体显性遗传的一种特殊形式&从性遗传。
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Because the abnormal PMCs were very rare , the Mendel ′ s segregation rate was still fitted .
由于异常花粉母细胞很少,孟德尔分离比例仍然成立。
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/ / Based on Mendel 's work , biologists began to ask such questions as Can we apply our information about genes to people ?
//依据门德尔的试验结果,生物学家开始提出了许多问题,例如,我们能否将基因理论运用到人的身上?
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The inheritance of the halothane gene was shown to be in agreement with Mendel 's law of segregation .
研究结果表明,氟烷基因的遗传符合孟德尔分离定律;
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Mendel also performed dihybrid crosses , which enabled him to consider how two traits are inherited relative to one another .
双因子杂合试验,两个特征是如何相互影响遗传的。