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Sharma, S.K.Bolser, D.Boer, J. de.Sonderkaer, M.Amoros, W.Carboni, M.F.D'Ambrosio, J.M.Cruz, G. de laGenova, A. diDouches, D.S.Eguiluz, M.Guo, X.Guzmán, F.Hackett, C.A.Hamilton, J.P.Li, G.Li, Y.Lozano, R.Maass, A.Marshall, D.Martínez, D.McLean, K.Mejia, N.Milne, L.Munive, S.Nagy, I.Ponce, O.Ramírez, M.Simon, R.Thomson, S.J.Torres, Y.Waugh, R.Zhang, Z.Huang, S.Visser, Richard G.F.Bachem, C.W.B.Sagredo, B.Feingold, S.E.Orjeda, G.Veilleux, R.E.Bonierbale, Merideth W.Jacobs, J.M.E.Milbourne, D.Martin, D.M.A.Bryan, G.J.[Construction of reference chromosome-scale pseudomolecules for potato: Integrating the potato genome with genetic and physical maps.]Construction of reference chromosome-scale pseudomolecules for potato: Integrating the potato genome with genetic and physical maps.

[Objective] The SSR molecular markers system was optimized and constructed for genetic diversity analyses of Chinese tartary buckwheat germplasm resources,which is helpful for evaluating Chinese tartary buckwheat collections.[Method] The SSR-PCR system was optimized by [L16(45)]orthogonal design,...


Gao FZhang, Z.Wu B.[Construction and application of SSR molecular markers system for genetic diversity analysis of Chinese tartary buckwheat germplasm resources]Construction and application of SSR molecular markers system for genetic diversity analysis of Chinese tartary buckwheat germplasm resources

The present study was aimed to construct a molecular linkage map of tartary buckwheat, which would provide essential tools for investigating genomic structure and evolution, and facilitate QTL mapping, marker-assisted selection and map-based cloning of important gene. In this study, a population ...


Du XZhang, Z.Wu B.Li YYu AH[Construction of genetic linkage map in tartary buckwheat (Fagopyrum tataricum) using SSR]Construction of genetic linkage map in tartary buckwheat (Fagopyrum tataricum) using SSR
Wang, W.Feng, BXiao, ZZhou, XLi, PZhang, WWang, Y.Lindberg Møller, BZhang, P.Luo, MXiao, GLiu, JYang, JChen, S.Rabinowicz, PDChen, X.Zhang, HBCeballos, H.Lou, QZou, MCarvalho, LJCBZeng, CXia, J.Sun, SFu, YWang, H.Lu, CRuan, MZhou, S.Wu, ZLiu, HKannangara, RMJørgensen, KNeale, RLBonde, MHeinz, NZhu, WWang, S.Zhang, Y.Pan, KWen, MMa, PLi, ZHu, MLiao, WHu, WZhang, S.Pei, JGuo, AGuo, JZhang, JZhang, Z.Ye, JOu, WMa, YLiu, XTallon, LJGalens, KOtt, SHuang, JXue, JAn, FYao, QLu, XFregene, Martin A.Becerra López Lavelle, Luis AugustoWu, J.You, FMChen, M.Hu, SWu, G.Zhong, SLing, PChen, Y.Wang, Q.Liu, GLiu, BLi, KPeng, M[Cassava genome from a wild ancestor to cultivated varieties]Cassava genome from a wild ancestor to cultivated varieties
Wu, B.Lu, P.Zhang, Z.[Recombinant microsatellite amplification: a rapid method for developing simple sequence repeat markers]Recombinant microsatellite amplification: a rapid method for developing simple sequence repeat markers
Long, C.Bai, K.Jarvis, D.Wang, Y.Zhang, Z.He, Z.[Can commercialization save rare landraces in small ethnic communities?]Can commercialization save rare landraces in small ethnic communities?
Chen, X.Zhang, Z.Wu, B.[Comprehensive evaluation of salt tolerance and screening for salt tolerant accessions of naked oat (Avena nuda L.) at germination stage]Comprehensive evaluation of salt tolerance and screening for salt tolerant accessions of naked oat (Avena nuda L.) at germination stage

Zhang, Z.Zhang, J.Lu, P.Wu, B.Guo, G.Liu, M.Chen, X.[Promoting availability and utilization of diversity of underutilized crops in China]Promoting availability and utilization of diversity of underutilized crops in China

Liu, X.Zhang, Z.[Crop genetic resources manage risks in China. How to manage risks to crop genetic resources?]Crop genetic resources manage risks in China. How to manage risks to crop genetic resources?

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