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- single gene action 单基因作用
- A single gene may have many effects. 单一基因可能具有很多种效应。
- The creation of multiple effects by a single gene is called pleiotropy. 单一基因所产生的多重效应为基因多效性。
- The control by a single gene of several distinct and seemingly unrelated phenotypic effects. 多效作用受具有若干独特的、看似与表现效果不相关的单个基因的控制
- Most of QTLs for TBN were partial additive while QTLs for TTL were dominant and over-dominant in terms of gene action. 分析QTL的遗传作用方式表明, 雄穗分枝数以部分加性效应为主, 而雄主轴长全部表现为显性和超显性。
- This suggested that the enzyme inducer was somehow causing differential gene action. 这就暗示了酶的诱导剂引起了不同基因的活性。
- Researchers have recently discovered that altering a single gene can overcome the plants' reticence. 研究人员近来发现，改变某种基因可以克服植物防御的迟缓性。
- Could knocking out this single gene,then,be a simple way to boost inducible defences across the board? 那么，破坏这种基因是否能够成为全面提高诱发性防御的一条捷径呢?
- Researchers have recently discovered that altering a single gene can overcome the plants'reticence. 研究人员近来发现，改变某种基因可以克服植物防御的迟缓性。
- Should they qualify as human inventions if researchers insert a single gene into their biological makeup? 如果研究人员给自己的生物构成加入一个单基因，它们自己是否应算作人类发明物呢?
- This hereditary unit comprises a single complementation group, or in other words a single gene. 这个遗传单位由一个互补群，也就是一个基因所组成。
- The single gene frequency at 3 loci ES,GPD-1 and MPI-1 was 82.5%(Esb),88.75%(Gpd-1a)and 70.%(Mpi-1a),respectively. 在ES、GPD_1、MPI_13个生化位点;单基因的百分率分别为82.;5%25(Esb)、88
- Catalog of Single Gene Mutations in Turkeys from T.F. Savage and E.I. Zakrzewska, Oregon State. 奥立冈州T.;F
- Pedigree analysis showed that the porcine HCM may be inherited, and was not caused by a single gene mutation. 同时，经由系谱调查发现猪的HCM具有遗传性，可能不是单一基因的突变所造成。
- In Population H21 Mol7, nine QTL were detected for resistance to ACB, which were localized on chromosome 1,4,5,8 and 10. These QTL showed predominantly overdominance, subsequently dominance or partial dominance gene action. 对H21×Mo17群体，共检测到9个抗性QTL，分别位于染色体1、4、5、8、10上，表现的基因效应以超显性为主，此外还有显性效应和部分显性。
- To shed light on how this conflict begins, UVa researchers focused on a single gene, 12/15-lipoxygenase (12/15-LO). 为了进一步阐明这种冲突是如何开始的，弗吉尼亚大学的研究人员将研究重点集中于一种单一的基因，即12/15-脂肪氧合酶（12/15-LO）。
- In Population ZJ330XK36, eight QTL were detected for resistance to ACB, which were localized on chromosome 1,2,3,4,5,8 and 9. These QTL showed overdominance, dominance, partial dominance and additive gene action. 对自330×K36群体，共检测到8个QTL，分别位于染色体1、2、3、4、5、8和9上。 这些QTL表现的遗传效应涉及超显性、显性效应、部分显性和加性效应。
- A gene is a gene is a gene. But a single gene often has more than one job in the cell. 一个基因就是一个基因，一个单独的基因。可是在细胞里一个单独的基因往往不止一个功能。
- The zinc-finger design allows us to target a single gene, while the nuclease disrupts the gene. 我们可以通过对锌指的设计来靶向单个（特定的）基因，与此同时，核酸酶的存在将破坏该基因。”
- Could knocking out this single gene, then, be a simple way to boost inducible defences across the board? 那么，破坏这种基因是否能够成为全面提高诱发性防御的一条捷径呢?
