致死基因

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  • lethal gene
致死基因致死基因
  1. 自然流产患者绒毛组织中致死基因mRNA的表达

    Expression of lethal gene mRNA on placenta villi in patients with spontaneous abortion

  2. 家蚕温度敏感型致死基因ntl的遗传分析

    Genetic Analysis of Normal Temprature Lethal Gene ( ntl ) in the Silkworm Bombyx mori

  3. SCAR标记对水稻苯达松敏感致死基因的辅助选育

    SCAR Markers Assisted Selection for a Bentazon Susceptible Lethality Gene ( ben ) in Rice

  4. 目的探讨同种异体肢体移植急性排斥反应时细胞凋亡及致死基因Fas、Fas配体(FasL)表达的作用及其意义。

    Objective To explore the changes of apoptosis and expression of Fas and Fas-ligand ( FasL ) during acute rejection of limb allograft .

  5. 来自水稻突变体的苯达松敏感致死基因(ben)能够作为一种除草剂筛选标志用于杂交水稻种子的安全生产。

    A bentazon sensitive lethality gene obtained from rice mutant can be used as a herbicide selection marker to ensure safe production of hybrid rice seeds .

  6. 运用简单重复序列(SSR)技术,采用分离群体分组分析法(BSA)进行了水稻农林8号m苯达松敏感致死基因的分子定位。

    Mapping for bentazon susceptible lethality ( BSL ) gene in rice cultivar Nonglin8m was carried out with simple sequence repeat ( SSR ) markers by bulked segregation analysis ( BSA ) .

  7. 品种8077S是一种具有隐性苯达松敏感致死基因(bel)的水稻两用不育系,其自交种苗能被除草剂苯达松杀死。

    Cultivar 8077S is a photo-thermo-sensitive genic male sterile ( PTGMS ) line carrying the bentazon susceptible lethality gene . The selfed-seed seedlings of 8077S killed by bentazon & a selective .

  8. 果蝇幼虫巨大致死基因(lgl)表达缺失可导致大脑半球瘤性转变,成虫盘丧失其上皮细胞单层结构及生长成大量类似哺乳动物癌的无定型肿块。

    Loss of lethal giant larvae ( lgl ) in Drosophila results in the neoplastic transformation of the brain hemispheres and the imaginal discs which lose their epithelial monolayer stucture and grow in large amorphous masses resembling mammalian carcinomas .

  9. 水稻选择致死基因利用的设想

    Consideration on the Utilization of Selective Lethal Genes in Rice

  10. 含有致死基因型的质量性状基因定位的统计方法

    Statistical method for mapping the gene of qualitative trait with one lethal genotype

  11. 肢体移植排斥反应中细胞凋亡及致死基因表达

    Study on expression of apoptosis and lethal gene during acute rejection in limb allograft

  12. 利用流平衡分析对模型实施单基因敲除和双基因敲除,成功预测了模型内的必需基因、非必需基因以及致死基因对,同时模拟了菌种的分批培养。

    With flux balance analysis , batch culture of Y. lipolytica was simulated . Single gene knockouts and double gene knockouts were also simulated to predict the essential genes , non-essential genes and lethal gene pairs .

  13. 研究昆虫的性别决定是人们进行昆虫的性别控制的基础,随着基因工程的发展,人们可以利用性连锁平衡致死基因、性别特异性致死基因、杀雄微生物等多字方法对昆虫的性别进行控制。

    Research of sex determination is the basic foundation for insect sex control which can be efficiently controlled using balanced sex linked lethal genes , sex specific expression of domain lethal genes and male killing bacteria with the progress of gene engineering .

  14. 幼虫巨大致死性基因(Lethalgiantlarvae,Lgl)在果蝇中已经被证实是一种抑癌基因。

    In Drosophila , lethal giant larvae ( Lgl ) has been proven to be a tumor suppressor gene .

  15. 萨维斯讨论了针叶树的致死的基因性质。

    Sarvas discusses the nature of the lethal load in conifers .

  16. 对除草剂敏感致死水稻bel基因的RAPD和SCAR分子标记

    Identification of RAPD and SCAR Markers Linked to Herbicide Susceptible Lethality Gene ( bel ) in Rice

  17. 动物源杂合肽P18对白血病K562细胞的致死作用研究消失基因座,绝灭基因座

    Effect of Animal Based Hybrid Peptide P18 in Human Leukemia K562 Cell Death

  18. 上述突变体大多为致死性突变,推测其可能与致死性基因突变有关。

    Most of the mutants mentioned above were lethal mutations , which may be associated with lethal genes .