1673-8527
2009 Issue 5
molecular analysis of rice plants harboring a multi-functional t-dna tagging system
yimian ma a;b;luo liu a;chengguang zhu a;changhui sun a;bo xu a;b;jun fang a;jiuyou tang a;b;anding luo a;shouyun cao a;gupo li a;qian qian c;yongbiao xue d;chengcai chu a;a state key laboratory of plant genomics and national plant gene research center ;institute of genetics and developmental biology;chinese academy of sciences;beijing 100101;china b graduate university of the chinese academy of sciences;beijing 100039;china c state key laboratory of rice biology;china institute of rice research;chinese academy of agricultural sciences;hangzhou 310006;china d laboratory of molecular and developmental biology;institute of genetics and developmental biology;chinese academy of sciences;beijing 100101;china
yimian ma a;b;luo liu a;chengguang zhu a;changhui sun a;bo xu a;b;jun fang a;jiuyou tang a;b;anding luo a;shouyun cao a;gupo li a;qian qian c;yongbiao xue d;chengcai chu a;a state key laboratory of plant genomics and national plant gene research center ;institute of genetics and developmental biology;chinese academy of sciences;beijing 100101;china b graduate university of the chinese academy of sciences;beijing 100039;china c state key laboratory of rice biology;china institute of rice research;chinese academy of agricultural sciences;hangzhou 310006;china d laboratory of molecular and developmental biology;institute of genetics and developmental biology;chinese academy of sciences;beijing 100101;china
..............page:267-276
..............page:325
..............page:321-324
mapping qtls for heading synchrony in a doubled haploid population of rice in two environments
liangyong ma a;b;changdeng yang a;dali zeng a;jing cai a;ximing li a;zhijuan ji a;yingwu xia b;qian qian a;jinsong bao b;a state key lab of rice biology;china national rice research institute;hangzhou 310006;china b key laboratory of zhejiang province and chinese ministry of agriculture for nuclear-agricultural sciences;institute of nuclear agricultural sciences;zhejiang university;hangzhou 310029;china
liangyong ma a;b;changdeng yang a;dali zeng a;jing cai a;ximing li a;zhijuan ji a;yingwu xia b;qian qian a;jinsong bao b;a state key lab of rice biology;china national rice research institute;hangzhou 310006;china b key laboratory of zhejiang province and chinese ministry of agriculture for nuclear-agricultural sciences;institute of nuclear agricultural sciences;zhejiang university;hangzhou 310029;china
..............page:297-304
the common mthfr c677t and a1298c variants are not associated with the risk of non-syndromic cleft lip/palate in northern venezuela
mehmet a.s zuo zen;marie m.tolarova;richard a.spritz
mehmet a.s zuo zen;marie m.tolarova;richard a.spritz
..............page:283-288
biodmhc:an online server for the prediction of mhc class -peptide binding affinity
lian wang a;1;danling pan a;1;xihao hu a;1;jinyu xiao a;yangyang gao a;huifang zhang a;yan zhang a;juan liu a;shanfeng zhu b;c;a school of computer;wuhan university;wuhan 430079;china b school of computer science;fudan university;shanghai 200433;china c shanghai key lab of intelligent information processing;fudan university;shanghai;200433;china
lian wang a;1;danling pan a;1;xihao hu a;1;jinyu xiao a;yangyang gao a;huifang zhang a;yan zhang a;juan liu a;shanfeng zhu b;c;a school of computer;wuhan university;wuhan 430079;china b school of computer science;fudan university;shanghai 200433;china c shanghai key lab of intelligent information processing;fudan university;shanghai;200433;china
..............page:289-296
gene expression profiles of the one-carbon metabolism pathway
yin leng lee;sylvan wallenstein
yin leng lee;sylvan wallenstein
..............page:277-282
assessing indica-japonica differentiation of improved rice varieties using microsatellite markers
yongwen qi a;b;hongliang zhang a;dongling zhang a;meixing wang a;junli sun a;li ding c;fenghua wang d;zichao li a;a key lab of crop heterosis and utilization of ministry of education and beijing laboratory of crop genetic improvement;china agricultural university;beijing 100094;china b guangdong key laboratory of sugarcane improvement & biorefinery;guangzhou sugarcane industry research institute;guangzhou 510316;china c institute of crop science;chinese academy of agricultural sciences;beijing 100081;china d the centre of biotechnology research;jilin academy of agricultural sciences;changchun 130124;china
yongwen qi a;b;hongliang zhang a;dongling zhang a;meixing wang a;junli sun a;li ding c;fenghua wang d;zichao li a;a key lab of crop heterosis and utilization of ministry of education and beijing laboratory of crop genetic improvement;china agricultural university;beijing 100094;china b guangdong key laboratory of sugarcane improvement & biorefinery;guangzhou sugarcane industry research institute;guangzhou 510316;china c institute of crop science;chinese academy of agricultural sciences;beijing 100081;china d the centre of biotechnology research;jilin academy of agricultural sciences;changchun 130124;china
..............page:305-312
induction and transmission of wheat-haynaldia villosa chromosomal translocations
yaping cao a;b;tongde bie a;c;xiue wang a;peidu chen a;a national key laboratory of crop genetics and germplasm enhancement;cytogenetics institute;nanjing agricultural university;nanjing 210095;china b wheat research institute;shanxi academy of agricultural sciences;linfen 041000;china c yangzhou academy of agricultural sciences;yangzhou 225007;china
yaping cao a;b;tongde bie a;c;xiue wang a;peidu chen a;a national key laboratory of crop genetics and germplasm enhancement;cytogenetics institute;nanjing agricultural university;nanjing 210095;china b wheat research institute;shanxi academy of agricultural sciences;linfen 041000;china c yangzhou academy of agricultural sciences;yangzhou 225007;china
..............page:313-320