Association of methionine synthase gene polymorphisms with wool production and quality traits in Chinese Merino population

文献类型： 外文期刊

第一作者： Rong, E. G.

作者： Rong, E. G.;Zhang, Z. W.;Wang, Z. P.;Yan, X. H.;Li, H.;Wang, N.;Rong, E. G.;Zhang, Z. W.;Wang, Z. P.;Yan, X. H.;Li, H.;Wang, N.;Rong, E. G.;Yang, H.

作者机构：

关键词： methionine synthase;sheep;single nucleotide polymorphism;wool quality trait

期刊名称：JOURNAL OF ANIMAL SCIENCE （ 影响因子：3.159； 五年影响因子：2.912 ）

ISSN：

年卷期：

页码：

收录情况： SCI

摘要： Methionine synthase (MTR) plays a crucial role in maintaining homeostasis of intracellular methionine, folate, and homocysteine, and its activity correlates with DNA methylation in many mammalian tissues. Our previous genomewide association study identified that 1 SNP located in the MTR gene was associated with several wool production and quality traits in Chinese Merino. To confirm the potential involvement of the MTR gene in sheep wool production and quality traits, we performed sheep MTR tissue expression profiling, SNP detection, and association analysis with sheep wool production and quality traits. The semiquantitative reverse transcription PCR analysis showed that the MTR gene was differentially expressed in skin from Merino and Kazak sheep. The sequencing analysis identified a total of 13 SNP in the MTR gene from Chinese Merino sheep. Comparison of the allele frequencies revealed that these 13 identified SNP were significantly different among the 6 tested Chinese Merino strains (P < 0.001). Linkage disequilibrium analysis showed that SNP 3 to 11 were strongly linked in a single haplotype block in the tested population. Association analysis showed that SNP 2 to 11 were significantly associated with the average wool fiber diameter and the fineness SD and that SNP 4 to 11 were significantly associated with the CV of fiber diameter trait (P < 0.05). Single nucleotide polymorphism 2 and SNP 5 to 12 were weakly associated with wool crimp. Similarly, the haplotypes derived from these 13 identified SNP were also significantly associated with the average wool fiber diameter, fineness SD, and the CV of fiber diameter (P < 0.05). Our results suggest that MTR is a candidate gene for sheep wool production and quality traits, and the identified SNP might be used in sheep breeding.

分类号： Q95

  • 相关文献

[1]Single nucleotide polymorphisms, haplotypes and combined genotypes of LAP3 gene in bovine and their association with milk production traits. Zheng, Xue,Ju, Zhihua,Wang, Ji,Li, Qiuling,Huang, Jinming,Zhong, Jifeng,Wang, Changfa,Zheng, Xue,Zhang, Aiwu. 2011

[2]A SNP in the 3 '-UTR of HSF1 in dairy cattle affects binding of target bta-miR-484. Li, Q. L.,Xia, P.,Wang, Y. J.,Wu, Z. Y.,Jia, Y. H.,Chang, S. M.,Zhang, Z. F.,Li, Q. L.,Chu, M. X.. 2015

[3]Identification of Splice Variants, Targeted MicroRNAs and Functional Single Nucleotide Polymorphisms of the BOLA-DQA2 Gene in Dairy Cattle. Hou, Qinlei,Huang, Jinming,Ju, Zhihua,Li, Qiuling,Li, Liming,Wang, Changfa,Sun, Tao,Wang, Lingling,Hou, Minghai,Zhong, Jifeng,Hang, Suqin.

[4]A comparative transcriptome analysis of two sets of backcross inbred lines differing in lint-yield derived from a Gossypium hirsutum x Gossypium barbadense population. Wu Man,Liyuan Zhang,Xihua Li,Xiaobing Xie,Wenfeng Pei,Jiwen Yu,Shuxun Yu,Jinfa Zhang. 2016

[5]An association between genetic variation in the roundabout, axon guidance receptor, homolog 2 gene and immunity traits in chickens. Shu, D. M.. 2014

[6]A genome-wide association study identifies major loci affecting the immune response against infectious bronchitis virus in chicken. Luo, Chenglong,Qu, Hao,Ma, Jie,Wang, Jie,Shu, Dingming,Hu, Xiaoxiang,Li, Ning,Luo, Chenglong,Qu, Hao,Ma, Jie,Wang, Jie,Shu, Dingming. 2014

[7]A dCAPS marker developed from a stress associated protein gene TaSAP7-B governing grain size and plant height in wheat. Wang Yi-xue,Li Run-zhi,Xu Qiao-fang,Chang Xiao-ping,Hao Chen-yang,Jing Rui-lian. 2018

[8]Identification of genome-wide single-nucleotide polymorphisms (SNPs) associated with tolerance to chromium toxicity in spring wheat (Triticum aestivum L.). Almas, Fakhrah,Hassan, Adeel,Bibi, Arfa,Ali, Masab,Lateef, Sadia,Mahmood, Tariq,Quraishi, Umar Masood,Rasheed, Awais. 2018

[9]Molecular characterization, expression, polymorphism of NR5A2 and its relationship with litter size in Hu sheep. Li, Y. X.,Zhang, J.,Qian, Y.,Meng, C. H.,Wang, H. L.,Zhong, S.,Cao, S. X.,Li, Q. F.,Li, Y. X.,Zhang, J.,Qian, Y.,Meng, C. H.,Wang, H. L.,Zhong, S.,Cao, S. X.,Tao, X. J.. 2015

[10]Polymorphism of the prolactin gene and its association with egg production traits in native Chinese ducks. Wang, Cui,Yu, Wenhua,Feng, Yanping,Peng, Xiuli,Gong, Yanzhang,Li, Shijun,Liang, Zhenhua. 2011

[11]Analysis of genetic diversity of the heat shock protein 70 gene on the basis of abundant sequence polymorphisms in chicken breeds. Gan, J. K.,Kong, L. N.,Zhang, X. Q.,Luo, Q. B.,Gan, J. K.,Gan, J. K.,Jiang, L. Y.,Kong, L. N.,Zhang, X. Q.,Luo, Q. B.. 2015

[12]QTL Mapping of Adult-Plant Resistance to Leaf Rust in the Wheat Cross Zhou 8425B/Chinese Spring Using High-Density SNP Markers. Zhang, Peipei,Qi, Aiyong,Li, Zaifeng,Liu, Daqun,Yin, Guihong,Zhou, Yue,Gao, Fengmei,Xia, Xianchun,He, Zhonghu. 2017

[13]Association of T1740C polymorphism of L-FABP with meat quality traits in Junmu No. 1 white swine. Zhang, Y. H.,Dai, L. S.,Ma, T. H.,Li, F. J.,Liu, D. F.,Gao, Y.,Zhang, J. B.,Zhang, Y. H.,Guo, J.,Sun, B. X.,Gao, Y.,Zhang, J. B.,Wang, S. Z.,Zhang, S. M.. 2013

[14]Single-nucleotide polymorphisms, mapping and association analysis of 1-FFT-A1 gene in wheat. Yue Ai-qin,Li Run-zhi,Yue Ai-qin,Li Ang,Mao Xin-guo,Chang Xiao-ping,Jing Rui-lian. 2017

[15]Identification of Functional Genetic Variations Underlying Drought Tolerance in Maize Using SNP Markers. Hao, Zhuanfang,Li, Xinhai,Xie, Chuanxiao,Weng, Jianfeng,Li, Mingshun,Zhang, Degui,Liu, Lingling,Liu, Sisi,Zhang, Shihuang,Liang, Xiaoling. 2011

[16]ASSOCIATION AND HAPLOTYPE ANALYSIS OF purH GENE WITH INOSINE MONOPHOSPHATE CONTENT IN CHICKENS. Shu, J. T.,Bao, W. B.,Zhang, H. X.,Chen, G. H.,Shu, J. T.,Zhang, X. Y.. 2008

[17]Association of CYP19A1 gene polymorphisms with reproductive traits in pigs. Zhou Rong,Chen Jie,Li Kui,Zhou Rong,Yang Ya-lan,Liu Ying,Li Kui,Chen Qi-mei. 2017

[18]Genomic cloning, expression, and single nucleotide polymorphism association analysis of the insulin-like androgenic gland hormone gene in the oriental river prawn (Macrobrachium nipponense). Li, F. J.,Jiang, F. W.,Bai, H. K.,Fu, H. T.,Li, F. J.,Jin, S. B.,Sun, S. M.,Qiao, H.,Zhang, W. Y.. 2015

[19]Identification of quantitative trait loci for phosphorus use efficiency traits in rice using a high density SNP map. Wang, Kai,Cui, Kehui,Liu, Guoling,Xie, Weibo,Yu, Huihui,Huang, Jianliang,Nie, Lixiao,Shah, Farooq,Peng, Shaobing,Wang, Kai,Cui, Kehui,Liu, Guoling,Pan, Junfeng,Huang, Jianliang,Nie, Lixiao,Shah, Farooq,Peng, Shaobing,Pan, Junfeng,Shah, Farooq. 2014

[20]Construction of a high-density SNP genetic map in fluecured tobacco based on SLAF-seq. Gong, Daping,Xu, Xiuhong,Wang, Chuanyi,Ren, Min,Wang, Chunkai,Chen, Mingli,Huang, Long,Xu, Xiuhong,Wang, Chunkai,Wang, Chunkai.

作者其他论文 更多>>
  • Mycosphere Notes 521-571: A special edition of fungal biodiversity to celebrate Kevin D. Hyde's 70th birthday and his exceptional contributions to Mycology

    作者：Hongsanan, S.;Khuna, S.;Xie, N.;de Silva, N., I;Tennakoon, D. S.;Manawasinghe, I. S.;Tibpromma, S.;Dai, D. Q.;Han, L. S.;Liu, X. F.;Lu, L.;Lu, W. H.;Wijayawardene, N. N.;Xu, R. F.;Zhang, G. Q.;Zheng, D. G.;Karunarathna, S. C.;Chethana, K. W. T.;Chen, C.;Luangharn, T.;Pem, D.;Xia, G.;Bhunjun, C. S.;Gao, Y.;Han, X. X.;Jayawardena, R. S.;Khyaju, S.;Lei, L.;Li, H.;Li, Y. X.;Liao, C. F.;Liu, X. F.;Lu, L.;Meng, Q. F.;Mi, L. X.;Peng, X. C.;Su, H. L.;Tun, Z. L.;Xiong, Y. R.;Xu, R. F.;Yang, Y. H.;Zhang, X.;Zhao, H. J.;Chethana, K. W. T.;Bhunjun, C. S.;Gao, Y.;Han, X. X.;Jayawardena, R. S.;Khyaju, S.;Li, H.;Li, Y. X.;Liao, C. F.;Liu, X. F.;Lu, L.;Meng, Q. F.;Mi, L. X.;Peng, X. C.;Su, H. L.;Tun, Z. L.;Xu, R. F.;Yang, Y. H.;Zhang, X.;Zhao, H. J.;Bagacay, J. F. E.;Calabon, M. S.;Opina, L. A. D.;Sadaba, R. B.;Lei, L.;Bagacay, J. F. E.;Calabon, M. S.;Opina, L. A. D.;Sadaba, R. B.;Chen, C.;Doilom, M.;Tan, Q.;Xia, G.;Dong, W.;Li, H.;Li, Y. X.;Liao, C. F.;Liu, J. W.;Luo, M.;Xiong, Y. R.;Yang, Y. H.;Zhao, H. J.;Chen, C.;Doilom, M.;Dong, W.;Li, H.;Li, Y. X.;Liao, C. F.;Liu, J. W.;Luo, M.;Yang, Y. H.;Zhao, H. J.;Du, Hy;Gafforov, Y.;Gafforov, Y.;Singh, R.;Yadav, S.;Zhang, X.;Zhang, X.;Zhao, Q.;Lei, L.;Thiyagaraja, V;Cao, B.;Leonardo-Silva, L.;Xavier-Santos, S.;Gui, H.;Khyaju, S.;Kumar, S.;Norphanphoun, C.;Yang, T.;Zeng, Xy;Yarasheva, M.;Zeng, Xy;Zhang, H.

    关键词：41 new species; Ascomycota; Basidiomycota; morphology; phylogeny

  • Effects of Biochar and α-Fe2O3 Nanoparticles on the Growth, Photosynthetic Apparatus and Fruit Quality of Medicinal Plant Muskmelon

    作者：Wang, Y.;Zhou, W.;Yi, L.;Dai, Z.;Qiu, L.;Zhou, Y.;Wang, S.;Li, H.;Li, J.;Wang, Y.;Zhou, W.;Yi, L.;Dai, Z.

    关键词：Cucumis melo; alpha-Fe2O3 nanoparticles; biochar; medicinal ingredients; muskmelon; fruit quality

  • Steinernema tarimense n. sp. (Rhabditida: Steinernematidae), a new entomopathogenic nematode from Tarim Basin, Xinjiang, China

    作者：Zhan, F.;Zhan, F.;Yang, R.;Bao, H.;Zhang, S.;Zhang, X.;Shi, Y.;Tian, C.;Li, H.;Tomalak, M.;Puza, V.;Guo, W.

    关键词：morphological description; phylogenetic systematics; Populus euphratica forest; Steinernema species; Tarim Basin

  • Culture Optimization of Endophytic and Rhizosphere Bacteria and Exploration of Antifungal Substances

    作者：Sheng, Y.;Zhang, G.;Sheng, Y.;Li, X.;Yang, H.;Chu, M.;Wang, N.;Bao, H.;Zhan, F.;Yang, R.;Lou, K.;Shi, Y.;Sheng, Y.;Li, X.;Yang, H.;Chu, M.;Niu, X.;Wang, N.;Bao, H.;Zhan, F.;Yang, R.;Lou, K.;Shi, Y.;Li, X.;Niu, X.;Wang, N.;Shi, Y.;Niu, X.

    关键词：culture optimization; antifungal substances; verticillium dahlia; endophytic bacteria; rhizosphere bacteria

  • High-throughput proximal ground crop phenotyping systems - A comprehensive review

    作者：Rui, Z.;Zhang, Z.;Zhang, M.;Azizi, A.;Li, H.;Wang, M.;Rui, Z.;Zhang, Z.;Zhang, M.;Azizi, A.;Li, H.;Wang, M.;Igathinathane, C.;Cen, H.;Vougioukas, S.;Zhang, J.;Jiang, Y.;Jiao, X.;Ampatzidis, Y.;Oladele, O. I.;Ghasemi-Varnamkhasti, M.;Radi, Radi

    关键词：High-throughput phenotyping; Phenotyping platform; Sensing technology; Data processing; Precision agriculture

  • The 2024 Outline of Fungi and fungus-like taxa

    作者：Hyde, K. D.;Thiyagaraja, V;Kularathnage, N. D.;Li, Y. C.;Wang, Z. Y.;Zhao, Q.;Hyde, K. D.;Wijesinghe, S. N.;Armand, A.;Chethana, K. W. T.;Perera, R. H.;Phukhamsakda, C.;Wannasawang, N.;Asghari, R.;Aumentado, H. D. R.;Bera, I;Bhunjun, C. S.;Boonmee, S.;Bundhun, D.;Chaharmiri-Dokhaharani, S.;Gajanayake, A. J.;Gomdola, D.;Gunarathne, A.;He, S. C.;Htet, Z. H.;Jayawardena, R. S.;Karimi, O.;Khyaju, S.;Kularathnage, N. D.;Lestari, A. S.;Li, C.;Li, H.;Liao, C. F.;Linn, M. M.;Luangharn, T.;Luo, L.;Madagammana, A. D.;Mapook, A.;Meng, Q. F.;Mukhopadhyay, S.;Pathirana, L. S.;Pem, D.;Phonemany, M.;Phongeun, S.;Shu, Y. X.;Silva, V. S. H.;Su, H.;Sun, Y. R.;Sysouphanthong, P.;Tan, T. H.;Tang, X.;Thakshila, S. A. D.;Walker, A.;Wei, D. P.;Wu, N.;Xiong, Y. R.;Yang, H. D.;Yang, Y. H.;Yang, Y. Y.;Yu, F. M.;Yuan, L. L.;Zeng, M.;Zhang, J. Y.;Zhao, H. J.;Zhu, X. Y.;Hyde, K. D.;Noorabadi, M. T.;Chen, Y. P.;Manawasinghe, I. S.;Xu, B.;Yang, Y. H.;He, M. Q.;Johnston, P. R.;McKenzie, E. H. C.;Biketova, A. Y.;Biketova, A. Y.;Chethana, K. W. T.;Bhunjun, C. S.;Gomdola, D.;Htet, Z. H.;Jayawardena, R. S.;Li, H.;Liao, C. F.;Linn, M. M.;Luo, L.;Madagammana, A. D.;Meng, Q. F.;Rathnayaka, A. R.;Shu, Y. X.;Su, H.;Xiong, Y. R.;Yang, H. D.;Yang, Y. H.;Erdogdu, M.;Ge, Z. W.;Groenewald, J. Z.;Crous, P. W.;Groenewald, M.;Hernandez-Restrepo, M.;Houbraken, J.;Sandoval-Denis, M.;Hongsanan, S.;Khuna, S.;Kusan, I;Matocec, N.;Mesic, A.;Posta, A.;Tkalcec, Z.;Leontyev, D., V;Leontyev, D., V;Li, D. W.;Lin, C. G.;Liu, N. G.;Lu, Y. Z.;Tian, X. G.;Yang, Y.;Maharachchikumbura, S. S. N.;Tian, Q.;Chen, Y. P.;Dissanayake, A. J.;Liu, J. K.;Liu, J. W.;Madhushan, A.;Tian, W. H.;Zhang, S.;May, T. W.;Davoodian, N.;Piatek, M.;Czachura, P.;Darmostuk, V;Flakus, A.;Janik, P.;Ronikier, A.;Stryjak-Bogacka, M.;Worobiec, G.;Samarakoon, M. C.;Cheewankoon, R.;Chen, C.;Haituk, H.;Selcuk, F.;Ulukapi, M.;Senanayake, I. C.;Senanayake, I. C.;Tanney, J. B.;Vizzini, A.;Wanasinghe, D. N.;Dissanayake, A. J.;Wijayawardene, N. N.;Dai, D. Q.;Du, T. Y.;Jayasiri, S. C.;Karunarathna, S. C.;Liu, X. F.;Lu, L.;Tibpromma, S.;Xu, R. F.;Zhao, R. L.;Cao, B.;Chen, Q.;Li, J.;Liu, F.;Liu, S. L.;Wei, X.;Abdel-Wahab, M. A.;Abdollahzadeh, J.;Abeywickrama, P. D.;Abeywickrama, P. D.;Absalan, S.;Afshari, N.;Chaiwan, N.;Samaradiwakara, N. P.;Tennakoon, D. S.;Acharya, K.;Afshan, N. S.;Khalid, A. N.;Muhammad, U.;Najam Ul Sehar, A.;Naseer, A.;Niazi, A. R.;Sarwar, S.;Usman, M.;Afzalinia, S.;Ahmadpour, S. A.;Eisvand, P.;Mehrabi-Koushki, M.;Safi, A.;Akulov, O.;Alizadeh, A.;Alizadeh, M.;Al-Sadi, A. M.;Thamodini, G. K.;Alves, A.;Alves, V. C. S.;Alves-Silva, G.;Drechsler-Santos, E. R.;Antonin, V;Sevcikova, H.;Aouali, S.;Aptroot, A.;Apurillo, C. C. S.;Arias, R. M.;Heredia, G.;Asgari, B.;Zare, R.;Assis, D. M. A.;Barbosa, R. N.;da Silva, G. A.;da Silva, R. M. F.;da Silva Santos, A. C.;Diniz, A. G.;Gibertoni, T. B.;Lima, J. M. S.;Malosso, E.;Meiras-Ottoni, A. de;Mendes-Alvarenga, R. L.;Moura, J. C.;Santiago, A. L. C. M. A.;Souza-Motta, C. M.;Tiago, P., V;Assyov, B.;Denchev, C. M.;Denchev, T. T.;Atienza, V;Garrido-Benavent, I;Avasthi, S.;Azevedo, E.;Caeiro, M. F.;Azevedo, E.;Caeiro, M. F.;Bakhshi, M.;Druzhinina, I. S.;Bao, D. F.;Baral, H. O.;Barata, M.;Barata, M.;Barbosa, K. D.;Lima, J. L. R.;Nascimento, E. C. R.;Oliveira, N. V. L.;Queiroz, M. B.;Silva, H. F.;Barbosa, F. R.;Baroncelli, R.;Barreto, G. G.;Gusmao, L. F. P.;Baschien, C.;Schoutteten, N.;Bennett, R. M.;dela Cruz, T. E. E.;Bennett, R. M.;Bezerra, J. D. P.;Carvalho, T. G.;Bianchinotti, M., V;Bianchinotti, M., V;Blaszkowski, J.;Boekhout, T.;Bonito, G. M.;Boonyuen, N.;Luangsa-ard, J. J.;Bortnikov, F. M.;Fedosova, A. G.;Novozhilov, Y. K.;Zmitrovich, I., V;Bregant, C.;Linaldeddu, B. T.;Burgaud, G.;Buyck, B.;Caeiro, M. F.;Cabarroi-Hernandez, M.;Cortes-Perez, A.;Guzman-Davalos, L.;Ramirez-Cruz, V;Feng, Cai M.;Cai, L.;Feng, Cai M.;Calabon, M. S.;Calaca, F. J. S.;Calaca, F. J. S.;Calaca, F. J. S.;Callalli, M.;Callalli, M.;Camara, M. P. S.;Cano-Lira, J.;Garcia-Sanchez, D.;Gene, J.;Carlavilla, J. R.;Carvalho, A.;Carvalho, A.;Castaneda-Ruiz, R. F.;Catania, M. D., V;Salvador-Montoya, C. A.;Cazabonne, J.;Cazabonne, J.;Cedeno-Sanchez, M.;Stadler, M.;Chaiwan, N.;Haituk, H.;Chakraborty, N.;Chen, J.;Chinaglia, S.;Garzoli, L.;Marchese, P.;Coelho-Nascimento, C. C.;Coelho-Nascimento, C. C.;Coelho-Nascimento, C. C.;Menolli Jr, N.;Zabin, D. A.;Coleine, C.;Selbmann, L.;Zucconi, L.;Costa-Rezende, D. H.;Cortes-Perez, A.;Crouch, J. A.;Cruz, R. H. S. F.;Damm, U.;Daroodi, Z.;Mamarabadi, M.;Das, K.;Das, K.;Davydov, E. A.;da Silva, I. R.;Dai, Y. C.;Michiel, de Groot D.;De Lange, R.;Haelewaters, D.;Schoutteten, N.;De Kesel, A.;de Medeiros, E., V;de Souza, C. F. A.;de Souza, F. A.;Decock, C.;Delgado, G.;Denchev, C. M.;Denchev, T. T.;Deng, Y. L.;Dong, J. H.;Gu, Z. R.;Yang, X.;Yuan, Q.;Zhang, X. C.;Zhao, C. L.;Zhou, H. M.;Dentinger, B. T. M.;Dentinger, B. T. M.;Devadatha, B.;Devadatha, B.;Dianese, J. C.;Dima, B.;Doilom, M.;Dong, W.;Dong, Z. Y.;Li, Y.;Li, Y. X.;Liao, C. F.;Luo, M.;Dolatabadi, S.;Dubey, M. K.;Dutta, A. K.;Elliott, T. F.;Elshahed, M. S.;Vinzelj, J. M.;Youssef Noha, H.;Egidi, E.;Fan, L.;Fan, X.;Fan, X. L.;Ferro, L. O.;Fonseca, E. O.;Nascimento, S. S.;Oliveira Junior, I;Prazeres, J. F. S. A.;Fiuza, P. O.;Fryar, S. C.;Gabaldon, T.;Gabaldon, T.;Gabaldon, T.;Gabaldon, T.;Gannibal, P. B.;Gao, F.;Garcia-Sandoval, R.;Gasca-Pineda, J.;Gautam, A. K.;Ghobad-Nejhad, M.;Ghosh, A.;Giachini, A. J.;Gentekaki, E.;Gmoshinskiy, V., I;Goes-Neto, A.;Gorjon, S. P.;Goto, B. T.;Granados-Montero, M. M.;Granados-Montero, M. M.;Griffith, G. W.;Grossart, H-P;Grossart, H-P;Gueidan, C.;Gunaseelan, S.;Guo, S. L.;Gutierrez, A. C.;Haelewaters, D.;Halling, R. E.;Hosoya, T.;Hoog, S. D.;Horak, E.;Hou, C. L.;Huang, S. K.;Huang, W. J.;Hurdeal, V. G.;Hustad, V. P.;Inacio, C. A.;Jayalal, R. G. U.;Jeewon, R.;Jeronimo, G. H.;Jin, J.;Jones, E. B. G.;Joshi, Y.;Jurjevic, Z.;Justo, A.;Kakishima, M.;Kaliyaperumal, M.;Kang, G. P.;Kang, G. P.;Kang, J. C.;Karpov, S. A.;Karpov, S. A.;Kezo, K.;Khan, M. K.;Kirchmair, M.;Neuhauser, S.;Peintner, U.;Klawonn, I;Kraisitudomsook, N.;Kukwa, M.;Kumar, S.;Lachance, M. A.;Lado, C.;Latha, K. P. D.;Lee, H. B.;Leonardi, M.;Lestari, A. S.;Li, Q.;Lima, N. B.;Lin, L.;Liu, S.;Liu, S.;Liu, X. Y.;Longcore, J. E.;Lumbsch, H. T.;Luo, Z. L.;Ma, J.;Madrid, H.;Magurno, F.;Magyar, D.;Mahadevakumar, S.;Malysh, J. M.;Manfrino, R. G.;Manimohan, P.;Mao, N.;Marasinghe, D. S.;Mardones, M.;Mardones, M.;Marin-Felix, Y.;Marin-Felix, Y.;Masigol, H.;Mehrabi, M.;Melo, R. F. R.;Mendieta, S.;Meng, Q. F.;Menkis, A.;Miksik, M.;Miller, S. L.;Moncada, B.;Moncada, B.;Moncalvo, J. M.;Moncalvo, J. M.;Monteiro, J. S.;Monteiro, J. S.;Monteiro, M.;Mora-Montes, H. M.;Moroz, E. L.;Nagy, G. L.;Najafiniya, M.;Nanayakkara, C. M.;Neves, M. A.;Yong, Nie;Nilsson, R. H.;Nogueira, P. T. S.;Noordeloos, M.;Norphanphoun, C.;Nunez Otano, N.;Zapata, C., V;O'Donnell, R. P.;Oehl, F.;Oliveira, J. A.;Oliveira, P. H. F.;Orihara, T.;Oset, M.;Pang, K. L.;Pang, K. L.;Papp, V;Pereira, O. L.;Perez-Moreno, J.;Perez-Ortega, S.;Peter, G.;Pires-Zottarelli, C. L. A.;Quan, Y.;Quandt, C. A.;Radek, R.;Rahnama, K.;Raj, K. N. A.;Rajeshkumar, K. C.;Soumyadeep, Rajwar;AB, Ralaiveloarisoa;Rama, T.;Rambold, G.;Raza, M.;Ren, G. C.;Rinaldi, A. C.;Rivas-Ferreiro, M.;Robledo, G. L.;Rossi, W.;Rusevska, K.;Ryberg, M.;Salimi, F.;Samant, B.;Sanchez-Castro, I;Santos, A. C. D. S.;Santos, L. A. dos;Sarma, V. V.;Savchenko, A.;Savchenko, A.;Saxena, R. K.;Schoutteten, N.;Schoutteten, N.;Sharma, A.;Shen, H. W.;Shen, Y. M.;Silva-Filho, A. G. S.;Simmons, D. R.;Singh, R.;Sir, E. B.;Sir, E. B.;Sir, E. B.;Sohrabi, M.;de Souza, F. A.;Sri-indrasutdhi, V;Sruthi, O. P.;Stemler, J.;Stemler, J.;Feng, Cai M.;Stemler, J.;Stemler, J.;Stephenson, S. L.;Stoyneva-Gaertner, M. P.;Strassert, J. F. H.;Su, H.;Svantesson, S.;Takamatsu, S.;Tan, T. H.;Tan, T. H.;Tanaka, K.;Tang, C.;Taylor, J. E.;Taylor, P. W. J.;Thambugala, K. M.;Thilanga, D.;Thines, M.;Thines, M.;Tokarev, Y. S.;Tomsovsky, M.;Torruella, G.;Tsurykau, A.;Udayanga, D.;Untereiner, W. A.;Uzunov, B. A.;Vadthanarat, S.;Valenzuela, R.;Van den Wyngaert, S.;Van Vooren, N.;Velez, P.;Verma, R. K.;Verma, R. K.;Vieira, W. A. S.;Tang, A. M. C.;Walker, A. K.;Wang, Q. M.;Wang, Y.;Wang, X. Y.;Wang, Z. Y.;Wannathes, N.;Wartchow, F.;Weerakoon, G.;White, J. F.;Wijesundara, D. S. A.;Wisitrassameewong, K.;Wu, H. X.;Xiong, Y. R.;Xu, J. P.;Xu, R.;Xu, R. J.;Yadav, S.;Yakovchenko, L. S.;Yoshioka, R.;Yoshioka, R.;Yu, Z. F.;Zamora, J. C.;Zeng, X. Y.;Zhang, J. F.;Zhang, J. F.;Zhao, H.;Zvyagina, E.;Zvyagina, E.

    关键词：classes; classification; families; genera; orders; phyla

  • ANALYSIS OF SUITABLE FERTILIZATION LEVELS AND BENEFITS OF EARLY MATURING COTTON IN REGARD TO DIFFERENT PLANT TYPES

    作者：Ye, S. H.;Liu, F.;Deng, X. N.;Han, W. B.;Wang, W.;Sun, J. X.;Gao, J.;Lu, Z. W.;Zhang, E.;Yang, H.;Wang, W.;Wang, B. H.

    关键词：early-maturing cotton; varieties; plant type; fertilization; benefit

微信小程序