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136篇 您的检索式:作者名="Aitken P"
    题名 作者 年代 出处 被引量
1利用AFLP进行“甘蔗属复合体”系统演化和亲缘关系研究显示文摘采用AFLP分子标记技术,对“甘蔗属复合体”中4个属16个种的6 9份来自中国和澳大利亚的甘蔗种质资源材料进行系统演化和亲缘关系分析。2对AFLP引物共检测到173个标记,其中172个为多态标记,多态率达99 4 % ;通过计算Jaccard相似性系数,用UPGMA和PCA法构建了分子系统树和效应图。结果表明:(1)属间亲缘关系中,甘蔗属与芒属较近,与河八王属和蔗茅属较远,而河八王属与蔗茅属较近;(2 )甘蔗属内,细茎野生种与其他种关系较远,其中,栽培品种与热带种关系较近,中国种和印度种关系较近,而大茎野生种自聚为一族,与上述4种分离;(3)蔗茅属内,除蔗茅种和滇蔗茅种外,无论是中国斑茅(云南、海南)还是印度尼西亚斑茅,都与蔗茅属其他种聚在一起,其中与E procerus的关系最近,与E bengalense和E sarpet种次之;由斑茅与这3个种构成的群体与由E elephantinus和E ravennae构成的群体相对分离,形成了明显的2个组群。再次表明斑茅应列入蔗茅属,建议我国甘蔗学者采纳国外分类命名(E arundinaceus) ,以能更好地开展斑茅的研究和杂交育种利用并与国际接轨;(4)蔗茅和滇蔗茅均没有聚类到蔗茅属类群中,而分别独立位于系统树2大枝系上。蔗茅与甘蔗属亲缘关系较近,与芒属亲缘关系次之,与蔗茅属和河八王属关系较远;滇蔗茅与河八王属亲缘关系?蔡青 范源洪 Aitken K Piperidis G McIntyre C L Jackson P 2005作物学报2005,31,5:33
2Analysis of the ability of three probes targetin g the outer acrosomal membrane or acrosomal contents to detect the acrosome reac tion in human spermatozoa显示文摘 Brindle J P 1993Hum Reprod1993,8,10:1
3The effect of valence and ionic- strength on the measurement of pH buffer capacity显示文摘Aitken R L Moody P W 1994Soil Research1994,32,5:1
4AFLP analysis of genetic diversity within Saccharum officinarum and comparison with sugarcane cultivars显示文摘Aitken K S Li J C Jackson P 2006Australian Journal of Agricultural Research2006,57,11:1
5Swithing maternal dietary intake at the end of the first trimester has profound effects on placenta development and fetal growth in adolescent ewes carrying singleton fetuses显示文摘WALLACE J M BOURKE M D A AITKEN R P 1999Biol Reprod1999,61,:1
6The impact of product life cycle on supply chain strategy 显示文摘Aitken J Childerhouse P Towill D 2003International Journal of Production Economics2003,85,2:1
7显示文摘Dempster P Aitkens S 1995Med Sci Sports Exerc1995,27,12:1
8The tyrosine kinase p56(lck) is essential in coxsackievirus B3-mediated heart disease显示文摘Liu P Aitken K Kong YY 2000Nat Med2000,6,4:1
914-3-3proteins: a highly conserved, widespread family ofeukaryotic proteins显示文摘Aitken A Collinge D B Van Heusden B P 1992Trends Biochem Sci1992,17,12:1
10Maturation of redox regulatory mechanisms in the epididymis 显示文摘Aitken RJ Vemet P Cisale H 1998J Reprod Fertil Suppl1998,53,:1
11The gene encoding thephosphatidylinositol transfer protein is essential for cell growth 显示文摘AITKEN J F VAN HEUSDEN G P TEMKIN M 1990The Journal of Biological Chemistry1990,265,:1
1214-3-3 proteins in neurodegenera- tion显示文摘Steinacker P Aitken A Otto M 2011Semin Cell Dev Biol2011,22,:1
13Complication associated with mastectomy 显示文摘AITKEN D R MINTON J P 1983Surg Clin North Am1983,63,6:1
14Dislocations of the tarsometatarsal joint显示文摘Aitken A P Poulson D O N 1963The Journal of Bone & Joint Surgery1963,45,2:1
15Two different mechanisms underlie reversible, intrinsic optical signals in rat hippocampal slices显示文摘Fayuk D Aitken P G Somjen G G 2002J Neurophysiol2002,87,:1
16Preparedness for short -term isolation among Queensland residents: implications for pandemic and disaster planning 显示文摘Aitken P Leggat PA Brown LH 2010Emerg Med Australas2010,22,5:1
17Sugarcane biotechnology : The challenges and opportunities 显示文摘LAKSHMANAN P GEIJSKES R J AITKEN K S 2005In Vitro Cellu- lar & Developmental Biology- Plant2005,41,4:1
18Construction of a genetic linkage map for Saccharurn officinarurn incorporating both simplex and duplex markers to increase genome coverage显示文摘Aitken K S Jackson P A McIntyre C L 2007Genome2007,50,8:1
19Evaluation of antioxidant and proinflammatory gene expression in bovine mammary tissue during the peri- parturient period显示文摘Aitken S L Karcher E L Rezamand P 2009Journal of Dairy Science2009,92,58:1
20A combina- tion of AFLP and SSR markers provides extensive map coverage and identification of homo (eo)logous linkage groups in a sugarcane cultivar 显示文摘Aitken K S Jackson P A Mclntyre C L 2005Theor Appl Genet2005,110,5:1
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