Search Results - "Pu, Zongjun"

Chromosome stability of synthetic Triticum turgidum-Aegilops umbellulata hybrids by Song, Zhongping, Zuo, Yuanyuan, Li, Wenjia, Dai, Shoufen, Liu, Gang, Pu, Zongjun, Yan, Zehong

“…Unreduced gamete formation during meiosis plays a critical role in natural polyploidization. However, the unreduced gamete formation mechanisms in Triticum…”
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Identification of QTLs for Stripe Rust Resistance in a Recombinant Inbred Line Population by Yang, Manyu, Li, Guangrong, Wan, Hongshen, Li, Liping, Li, Jun, Yang, Wuyun, Pu, Zongjun, Yang, Zujun, Yang, Ennian

“…Stripe rust, caused by f. sp. ( ), is one of the most devastating fungal diseases of wheat worldwide. It is essential to discover more sources of stripe rust…”
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High Resolution Genome Wide Association Studies Reveal Rich Genetic Architectures of Grain Zinc and Iron in Common Wheat ( Triticum aestivum L.) by Tong, Jingyang, Zhao, Cong, Sun, Mengjing, Fu, Luping, Song, Jie, Liu, Dan, Zhang, Yelun, Zheng, Jianmin, Pu, Zongjun, Liu, Lianzheng, Rasheed, Awais, Li, Ming, Xia, Xianchun, He, Zhonghu, Hao, Yuanfeng

“…Biofortification is a sustainable strategy to alleviate micronutrient deficiency in humans. It is necessary to improve grain zinc (GZnC) and iron…”
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Allopolyploidization increases genetic recombination in the ancestral diploid D genome during wheat evolution by Wan, Hongshen, Li, Jun, Ma, Shengwei, Yang, Fan, Chai, Liang, Liu, Zehou, Wang, Qin, Pu, Zongjun, Yang, Wuyun

“…Genetic recombination produces new allelic combinations, thereby introducing variation for domestication. Allopolyploidization has increased the evolutionary…”
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QTL Mapping for Grain Zinc and Iron Concentrations in Bread Wheat by Wang, Yue, Xu, Xiaoting, Hao, Yuanfeng, Zhang, Yelun, Liu, Yuping, Pu, Zongjun, Tian, Yubing, Xu, Dengan, Xia, Xianchun, He, Zhonghu, Zhang, Yong

“…Deficiency of micronutrient elements, such as zinc (Zn) and iron (Fe), is called “hidden hunger,” and bio-fortification is the most effective way to overcome…”
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Characterization and Differentiation of Grain Proteomes from Wild-Type Puroindoline and Variants in Wheat by Liu, Peixun, Liu, Zehou, Ma, Xiaofei, Wan, Hongshen, Zheng, Jianmin, Luo, Jiangtao, Deng, Qingyan, Mao, Qiang, Li, Xiaoye, Pu, Zongjun

“…Premium wheat with a high end-use quality is generally lacking in China, especially high-quality hard and soft wheat. Pina-D1 and Pinb-D1 (puroindoline genes)…”
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Effects of differential nitrogen application on wheat grain proteome by Liu, Peixun, Ma, Xiaofei, Wan, Hongshen, Zheng, Jianmin, Luo, Jiangtao, Hu, Yuanbin, Pu, Zongjun

“…Wheat, an important human energy source, is critical for global food security. Grain hardness is a major determinant of wheat quality. Although the genetic…”
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Karyotype mosaicism in early generation synthetic hexaploid wheats by Luo, Jiangtao, Zhao, Laibin, Zheng, Jianmin, Li, Yazhou, Zhang, Lianquan, Liu, Dengcai, Pu, Zongjun, Hao, Ming

“…It is known that both the number and the structure of somatic chromosomes can vary in early generation hexaploid wheats. The phenomenon is generally assumed to…”
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Molecular characterization of QTL for grain zinc and iron concentrations in wheat landrace Chinese Spring by Sun, Mengjing, Tong, Jingyang, Dong, Yan, Pu, Zongjun, Zheng, Jianmin, Zhang, Yelun, Zhang, Xueyong, Hao, Chenyang, Xu, Xiaowan, Cao, Qiang, Rasheed, Awais, Ali, Mohamed Badry, Cao, Shuanghe, Xia, Xianchun, He, Zhonghu, Ni, Zhongfu, Hao, Yuanfeng

“…Key message Three stable QTL for grain zinc concentration were identified in wheat landrace Chinese Spring. Favorable alleles were more frequent in landraces…”
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Molecular characterization of stable QTL and putative candidate genes for grain zinc and iron concentrations in two related wheat populations by Sun, Mengjing, Luo, Qiaoling, Zheng, Qi, Tong, Jingyang, Wang, Yue, Song, Jie, Zhang, Yelun, Pu, Zongjun, Zheng, Jianmin, Liu, Lianzheng, Zhou, Anding, Rasheed, Awais, Li, Ming, Cao, Shuanghe, Xia, Xianchun, He, Zhonghu, Hao, Yuanfeng

“…Key message Major QTL for grain zinc and iron concentrations were identified on the long arm of chromosomes 2D and 6D. Gene-based KASP markers were developed…”
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Characterization of novel HMW-GS in two diploid species of Eremopyrum by Dai, Shoufen, Pu, Zongjun, Liu, Dengcai, Wei, Yuming, Zheng, Youliang, Hu, Xinkun, Yan, Zehong

“…Three HMW-GS and the respective ORFs from diploid species Eremopyrum distans and Eremopyrum triticeum were characterized. Compared to homologous proteins, they…”
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Genome architecture of the allotetraploid wild grass Aegilops ventricosa reveals its evolutionary history and contributions to wheat improvement by Liu, Zehou, Yang, Fan, Wan, Hongshen, Deng, Cao, Hu, Wenjing, Fan, Xing, Wang, Jirui, Yang, Manyu, Feng, Junyan, Wang, Qin, Yang, Ning, Cai, Li, Liu, Ying, Tang, Hao, Li, Shizhao, Luo, Jiangtao, Zheng, Jianmin, Wu, Ling, Yang, Ennian, Pu, Zongjun, Jia, Jizeng, Li, Jun, Yang, Wuyun

“…The allotetraploid wild grass Aegilops ventricosa (2n = 4x = 28, genome DvDvNvNv) has been recognized as an important germplasm resource for wheat improvement…”
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Characterization of y-type high-molecular-weight glutenins in tetraploid species of Leymus by Sun, Yanqi, Pu, Zongjun, Dai, Shoufen, Pu, Xiaoxue, Liu, Dengcai, Wu, Bihua, Lan, Xiujin, Wei, Yuming, Zheng, Youliang, Yan, Zehong

“…Three y-type high-molecular-weight (HMW) glutenin gene open reading frames (ORFs), Chiy1, Chiy2, and Racy, were isolated and characterized from Leymus…”
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Molecular mapping of a stripe rust resistance gene in wheat line C51 by ZHENG, JIANMIN, YAN, ZEHONG, ZHAO, LI, LI, SHIZHAO, ZHANG, ZENGYAN, GARRY, ROSEWARNE, YANG, WUYUN, PU, ZONGJUN

“…Stripe rust, a major disease in areas where cool temperatures prevail, can strongly influence grain yield. To control this disease, breeders have incorporated…”
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Quality of synthetic hexaploid wheat containing null alleles at Glu-A1 and Glu-B1 loci by HU, XINKUN, DAI, SHOUFEN, PU, ZHIEN, LIU, DENGCAI, PU, ZONGJUN, JIANG, JIAQI, WEI, YUMING, WU, BIHUA, LAN, XIUJIN, ZHENG, YOULIANG, YAN, ZEHONG

“…Triticum turgidum ssp. dicoccon PI94668 and PI349045 were identified as containing null alleles at Glu-A1 and Glu-B1 loci in previous investigation. Sequencing…”
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