种属

  • 网络genus;species;Organism
种属种属
  1. 白腐菌混合培养在胞外漆酶分泌上的种属互惠性

    Genus Reciprocity of White Rot Fungi on Laccase Production in Mixed Culture

  2. 冬青属是世界范围具有重要意义的种属,华东地区是中国冬青属资源分布的重要地区。

    Ilex is an important genus world-wide . East China is the main resource distribution region of Ilex plant species in China .

  3. 记忆性B细胞多克隆激活模式与激发抗原种属特异性

    Comparison of memory B cell polyclonal activation by different phylogeny antigens

  4. 不同种属动物肝细胞膜载脂蛋白CⅢ受体的放射性配体结合分析

    Study of apo C ⅲ Receptors on Liver Plasma Membranes in Different Animal Species by Radioligand Binding Assay

  5. DNA分析与种属鉴定

    DNA-based technique and species identification

  6. 本文就种属鉴定的技术发展以及各种技术的优缺点做一比较,重点讨论了DNA分析技术在种属鉴定中的应用价值。

    This review mainly discussed the DNA-based technique and evaluate it 's value in species identification of forensic science .

  7. 人干细胞生长因子cDNA克隆、表达和纯化及其造血种属特异性

    Cloning , Expression and Purification of Human Stem Cell Growth Factor cDNA and Its Species-specificity in Hematopoiesis

  8. GH基因的核苷酸组成具有种属特异性。

    The nucleotide composition of GH gene was different among animal species .

  9. 结论在15个STR基因座中,3个基因座只对人DNA有扩增产物,有较好的种属特异性;

    Conclusion In 15 STR loci , 3 has good species specificity , which can be amplified in human ;

  10. 而食蟹猴/恒河猴与人B淋巴细胞和巨噬细胞无论细胞分布还是染色强度都比较一致,显示种属间的高度遗传相似性。

    But there are consistency of B cells and macrophages between human and monkeys in the staining degree and distribution , manifesting high degree of genetic similarity between species .

  11. 为了寻找一组既在所有的植物中都存在,又足以区别不同种属的DNA,研究人员们已经努力数年。

    Researchers have been working for years to identify a stretch of plant DNA that is common to all plants but sufficiently difference for each species to allow identification .

  12. 应用EST同工酶与RAPD对狼蛛科部分种属间的亲缘关系研究

    Studies on the Genetic Relationship of Some Genera and Species of Family Lycosidae Using EST Isoenzyme and RAPD

  13. 利用AFM研究不同种属Ⅰ型胶原蛋白聚集行为的差别,结果发现相同实验条件下同型胶原蛋白溶液中,胶原蛋白分子的聚合方式有所区别。

    The difference of aggregation behavior of type I collagen from different species was investigated by means of AFM .

  14. 总结了对不同种属硅藻的硅质硬壳不同部位的X射线能谱成分分析和研究结果。

    The results of X-ray energy spectroscopic analysis and investigation of different parts of siliceous crust walls of diatoms of different genera and species are summarized in this paper as well .

  15. 这表明CR2结合区具有种属的特异性。

    It reveals that the CR2 binding area was genus-specific . 2 .

  16. TLR9在CpG寡脱氧核苷酸所致种属特异性免疫效应中的意义

    Toll-like receptor 9 in CpG oligodeoxynucleotides-induced species-specific immune responses

  17. P25蛋白在重症肌无力患者中的低表达及组织和种属特异性的研究

    Expression and tissue and species specificity of P25 protein in patients with myasthenia gravis

  18. 报道无患子科(Sapindaceae)3个单种属植物的染色体数目,其中掌叶木属和茶条木属为首次报道。

    The chromosome numbers of 3 monotypic genera in Sapindaceae are reported .

  19. 两个种属的大鼠均能获得ADSCs,原代细胞和传至4代细胞在倒置显微镜下观察,形态无明显差异。

    Both of two kind rats can get ADSCs . No obvious difference between the original generation cells and 4th generation cells in microscope observation .

  20. 目的:人高致病性禽流行性感冒,简称人禽流感(human-avianinfluenza)是由禽甲型流感病毒中某些亚型毒株突破种属感染人而引起人类的一种急性呼吸道传染病。

    Objective : Human Avian Influenza caused by highly pathogenic Avian Influenza Virus A ( H5N1 ) is a human acute respiratory infectious disease leading a high mortality rate .

  21. 关于杯状病毒的细胞受体,目前只在少数几个种属中获得了一定的进展,但关于RHDV的细胞受体仍是一片空白。

    A few progresses have been made about the cellular receptors of calicivirus in some kinds of this family , but a blank to RHDV .

  22. 系统进化树分析表明GT61家族成员在不同种属间是相关的。

    Phylogenetic tree showed that the members of GT61 family are related across genera .

  23. 纯化的人LDH-K抗体只与人睾丸匀浆、人精液呈现单一沉淀线,而与鼠睾丸LDH-X、兔及牛睾丸匀浆均无交叉反应。从而显示纯化的人LDH-X抗体具有较强的种属特异性。

    No reaction was observed versus rat testicular LDH-X , homogenates of both rabbit and bovine testes illustrating that it possesses high species-specificity .

  24. 目的:探讨TLR9在CpG寡脱氧核苷酸(CpG-ODN)种属特异性免疫效应中的意义。

    Objective To determine the role of Toll-like receptor 9 ( TLR9 ) in synthetic oligodeoxynucleotides ( ODN ) containing unmethylated CpG dinucleotides ( CpG-ODN ) - induced species-specific immune responses .

  25. 结果表明,动物种属及皮肤部位均可影响TNT经皮肤的渗透作用;化学或机械的皮肤损伤均明显增加TNT的经皮渗透量和渗透速度。

    The results showed that the percutaneous permeability of TNT can be effected by the animal species and different part of skin , The penetration of TNT through the injured skin was much easier compared with the intact skin .

  26. 由于EMCV属人畜共患传染病病毒,可能会存在种属间交叉感染,在今后的研究和工作中应予以高度重视。

    For EMCV is an anthropozoonosis virus , there may exists cross-infection between species , it needs paying more attention to in the future research .

  27. 目的:H5N1在东南亚广泛流行和不断向人类跨种属传播使得世界卫生组织相信,该病毒最有可能成为下一次人类大流感的流行株。

    Objective : The outbreak and wide spread of H5N1 influenza virus in Southeastern Asia and continuing interspecies transmission into humans make World Health Organization ( WHO ) believe that this virus became the most likely candidate for the next human pandemic influenza .

  28. 针对RoundUpReady转基因大豆的基因盒结构及其它对照转基因材料就筛选基因,种属相关基因,目的基因,交联结构基因,特异结构基因等15个基因进行了普通PCR扩增并测序鉴定。

    15 genes including screening gene , specific gene , species specific gene , construct specific gene , event specific gene for Roundup Ready soybean gene box and other GMO contrast material were chosen , every target fragment was amplified under GMO template DNA and non-GMO template DNA .

  29. 扎伊尔、苏丹和本迪布焦种属与在非洲发生的埃博拉出血热(EHF)大型疫情有关,具有很高的病死率(25-90%)。而科特迪瓦和莱斯顿种属则没有这样高的病死率。

    Za ï re , Sudan and Bundibugyo species have been associated with large Ebola hemorrhagic fever ( EHF ) outbreaks in Africa with high case fatality ratio ( 25 – 90 % ) while C ô te d ' Ivoire and Reston have not .

  30. 卵巢系膜(ovarianmesenteries)是联系卵巢与阔韧带的腹膜,其发育程度存在显著的种属差异。在大多数啮齿类动物,卵巢系膜高度发育形成一个包裹卵巢的卵巢囊(ovarybursa)。

    The ovarian mesenteries is defined as the peritoneum connecting the ovary with the broad ligment . It has obvious difference in structure varying in species , hi the majority of rodents , the ovarian mesenteries develops extensively into a capsule enclosing the ovary , which called ovary bursa .