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- Molecular genetic markers and their application in entomology. 分子遗传标记技术及其在昆虫科学中的应用。
- STUDY ON MOLECULAR GENETIC VARIATION OF SUPERIOR TREES IN CHINESE FIR(CUNNINGHAMIA LANCEOLATA(LAMB.)HOOK. 杉木优树分子遗传变异的研究
- SSR(simple sequence repeat),a kind of DNA molecular genetic maker based on PCR(polymerase chain reaction),existed extensively in plant genome. SSR(simple sequence repeat)是一种基于PCR(polymerase chain reaction)的DNA分子遗传标记,广泛分布于整个植物基因组。
- As molecular genetic research proceeds, the molecular mechanism whereby HERG gene mutation causes long QT syndrome is being gradually revealed. 随着分子遗传学的进展,HERG基因突变如何导致长QT综合征的分子机制正逐步被揭示。
- The result of molecular genetic markers indicated by the RAPD-PCR is consistent with that of the studies on cytology and cytogenetics (chromosomes). RAPD-PCR分子遗传标记结果表明与细胞学、细胞遗传学部分研究的结果相一致。
- Objective To explore the molecular genetic features of lymphoma by means of CGH (comparative genomic hybridization) technique. 目的 采用基因组杂交 (CGH)技术 ,探讨淋巴瘤的分子遗传学特征。
- Objective To observe cytogenetic and molecular genetic mechanism of acute promyelocytic leukemia(APL) switching to acute monocytic leukemia (AML-M5). 目的探讨儿童急性早幼粒细胞白血病(APL)治疗后转为急性单核细胞白血病(AML-M5)的细胞遗传学和分子遗传学机制。
- FMs are independent of molecular genetic mapping and may enhance the efficiency of marker-assisted selection in crops breeding. 利用该标记可大大提高分子标记辅助选择的效率。
- In: Molecular genetic analysis of populations:a practical approach. (Ed.Hoelzel, A.R.)..Oxford University Press, New York, : 65-101.. 国立中山大学生命科学研究所硕士论文
- Archival, formalin-fixed tissue is an invaluable resource for molecular genetic study, but the utilization of nucleic acid of formalin-fixed tissue is generally problematic. 福尔马林固定标本是宝贵的遗传资源,但是如何有效利用其中的遗传信息一直存在问题。
- The proband of pedigree A with highexpression of fragile X chromosome(35/273) was detected to be a full mutation patient of fragile X syndrome by the molecular genetic test. A家系先证者脆性X染色体高表达(35/273),分子遗传学检查证实为脆性X综合征全突变患者;
- There is no expression of fragile X chromosome in the proband and his mother of pedigree B,which was futher confirmed as a non-fragile X pedigree by the molecular genetic test. B家系先证者及其母亲无脆性X染色体表达,分子遗传学检查证实为非脆性X综合征患者;
- This review summarizes the morphological,immunophenotypic,cytogenetic and molecular genetic features of DLBCL relevant to the precise prognostic previsions. 作者综述DLBCL的形态学、免疫组化、分子生物学特点及与预后的关系。
- A molecular genetic map of flue-cured tobacco was constructed with a 137 doubled haploid (DH) population from a cross of 2 flue-cured tobacco varieties Speight G-28 and NC2326 by using ISSR and RAPD as markers. 以烤烟品种SpeightG-28和NC2326杂交得到的137个DH系为作图群体材料,通过ISSR和RAPD标记的遗传连锁分析,构建了包括27个连锁群、由10个ISSR标记和147个RAPD标记组成的烤烟分子标记遗传连锁图。
- A strain of pathogenic bacteria (HX4) was isolated from Eriocher sinensis with ascitic fluid disease in the area of Liuan,Anhui Province and was classified as V.mimicus by API/ATB semiautomated idetification and molecular genetic idetification. 从六安地区患腹水病的中华绒螯蟹(Eriochersinensis)体内分离到一株病原菌(HX4菌株),经API/ATB半自动化鉴定和分子遗传学鉴定,确定为拟态弧菌(V mimicus)。
- STR locus complies Mendelian inheritance principles and distributes abroad and amplifies with PCR and polyacrylamide gel analyzed with sliver staining, so it is applied in molecular genetic science fields and developed startling. STR基因座遵循孟德尔遗传规律,在基因组中分布广泛,具有PCR扩增,电泳分型等优点,在生物学各领域中得到广泛应用。
- Molecular genetics came to depend upon studies of the structure and function of DNA, RNA and protein. 分子遗传学的形成仰赖于DNA,RNA和蛋白质的结构与功能的研究成果。
- The genetic distance is 0.003 9 and 0.004 0, the genetic similarity coefficient is 0.996 1 and 0.996 0 between Angora goats and F_3 and H generation. DNA fingerprinting technique as molecular genetic marker was also used in the research. 安哥拉山羊与F3 和H的遗传距离小,分别为0 003 9和0 004 0,遗传相似系数大,相应为0 996 1、0 996 0。
- The diversity of catabolic pathways . biochemicaland molecular genetic mechanisms, cloning and application of genes for aromatic hydrocar-bons degradation are reviewed in this paper. 为此,本文综述了几种芳香烃生物降解途径的多样性、引发生物降解的生化和分子遗传机制及其所涉基因的克隆分析和应用研究进展。
- The latest results of QTL for yield characters, quality characters and others in oilseed rape were summarized and compared, which provide molecular genetic theory for accelerating rapeseed breeding. 概括并比较了近年来油菜主要品质性状、产量性状及其他性状QTL定位的最新结果,为加快油菜育种提供了分子遗传理论依据;