|本期目录/Table of Contents|

[1]郑磊,姚小丹,张仙美,等.抗落粒芝麻新品种选育进展与启示[J].江苏农业科学,2022,50(1):20-27.
　Zheng Lei,et al.Breeding progress and enlightenment of new sesame cultivars with resistance to shedding[J].Jiangsu Agricultural Sciences,2022,50(1):20-27.
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抗落粒芝麻新品种选育进展与启示(PDF)
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《江苏农业科学》[ISSN:1002-1302/CN:32-1214/S]

卷:
第50卷
期数:
2022年第1期
页码:
20-27
栏目:
专论与综述
出版日期:
2022-01-05

文章信息/Info

Title:
Breeding progress and enlightenment of new sesame cultivars with resistance to shedding
作者:
郑磊; 姚小丹; 张仙美; 吴鹤敏; 刘美茹; 卫松山
漯河市农业科学院，河南漯河 462300
Author(s):
Zheng Lei; et al
关键词:
芝麻; 机械化; 抗落粒; 育种; 进展; 启示
Keywords:
-
分类号:
S565.303
DOI:
-
文献标志码:
A
摘要:
芝麻机械化联合收获已成为我国芝麻生产迫在眉睫的突出问题，其根本解决途径为选育适宜机械收获的芝麻品种。抗落粒是适合机械化收获芝麻品种的首要条件，相关研究具有重要的生产意义，是目前研究的重点方向。本文从闭蒴品种和半闭蒴品种2种抗落粒类型出发，对控制闭蒴基因的类型、应用以及不足进行了阐述；对半闭蒴品种选育中涉及的蒴果性状、抗落粒评价方法和育成品种进行了详细的综述；在此基础上，探讨了国内外相关研究对我国芝麻机械化育种带来的思路和启示。
Abstract:
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参考文献/References:

［1］Georgiev S，Stamatov S.Technology for developing sesame cultivars，suitable for mechanized harvesting［J］. Ecology and Future，2005，3(2)：82-84.
［2］Langham D R. Shatter resistance in sesame：IAEA-TECDOC-1195 ［R/OL］. (2001-01-01)［2021-01-08］. https：//www.osti.gov/etdeweb/biblio/20139242.
［3］张秀荣，冯祥运. 芝麻种质资源描述规范和数据标准［M］. 北京：中国农业出版社，2006.
［4］Langham D G. Genetics of sesame［J］. Journal of Heredity，1946，37(5)：149-152.
［5］Nafie A N. The genetic control of indehiscence and the yielding ability of indehiscent genotypes of sesame (Sesamum indicum L.)［D］. Riverside：University of California，1980.
［6］刘艳阳，郑永战，梅鸿献，等. 一种芝麻抗裂蒴性检测引物、检测试剂盒及检测方法：CN107090516B［P］. 2019-09-27.
［7］刘艳阳，武轲，梅鸿献，等. 芝麻抗裂蒴基因SiIND1的克隆与原核表达［J］. 河南农业科学，2020，49(5)：63-68.
［8］Zhang H Y，Miao H M，Wei L B，et al. Identification of a SiCL1 gene controlling leaf curling and capsule indehiscence in sesame via cross-population association mapping and genomic variants screening［J］. BMC Plant Biology，2018，18(1)：296.
［9］Ashri A，Ladizinski G. Anatomical effect of the capsule dehiscence alleles in sesame［J］. Crop Science，1964，4(2)：136-138.
［10］Day J S.Anatomy of capsule dehiscence in sesame varieties［J］. Journal of Agricultural Science，2000，134(1)：45-53.
［11］Langham D R，Wiemers T. Progress in mechanizing sesame in the US through breeding［C］//Proceedings of the Fifth National Symposium，Atlanta：ASHS Press，2002.
［12］Langham D R.Sesame mechanization (Sesamum indicum L.) A familys life journey［EB/OL］. (2019-02-07)［2021-04-10］. https：//www.researchgate.net/publication/330937574_MECHANIZATION_OF_SESAME_Sesamum_indicum_-_A_familys_life_journey.
［13］Culp T W.Inheritance of papershell capsules，capsule number and plant color［J］. Journal of Heredity，1960，51(3)：146-148.
［14］Zanten L V . Sesame improvement by induced mutations［C］//Sesame improvements by induced mutations. Vienna，2001.
［15］Cagirgan M I. Mutation techniques in sesame (Sesamum indicum L.) for intensive management：confirmed mutant［C］//Sesame improvements by induced mutations. Vienna，2001.
［16］Uzun B，Lee D，Donini P，et al. Identification of a molecular marker linked to the closed capsule mutant trait in sesame using AFLP［J］. Plant Breeding，2003，122(1)：95-97.
［17］Diouf M，Boureima S，Diop T，et al. Gamma rays-induced mutant spectrum and frequency in sesame［J］. Turkish Journal of Field Crops，2010，15(1)：99-105.
［18］Mussi C，Nakayama H，Oviedo de Cristaldo R. Phenotypic variability in M1 populations of sesame (Sesamum indicum L.) with gamma ray irradiation［J］. Cultivos Tropicales，2016，37：74-80.
［19］Wongyai W，Saengkaewsook W，Veerawudh J. Sesame mutations induction：improvement of non-shattering capsule by using gamma rays and EMS［C］//Sesame improvements by induced mutations. Vienna，2001.
［20］Maneekao S，Srikul N，PooSri B，et al. Sesame improvement through mutation induction for reduction of seed loss at harvest(semi-shattering capsules) ［C］//Sesame improvements by induced mutations. Vienna，2001.
［21］Peleg Z，Teboul N，Gadri Y.Sesame cultivars suitable for mechanical harvest with enhanced yield and quality：US20180359981［P］. 2018-12-20.
［22］Georgiev S，Stamatov S，Deshev M.Requirements to sesame (Sesamum Indicum L.) cultivars breeding for mechanized harvesting［J］. Bulgarian Journal of Agricultural Science，2008，14(6)：616-620.
［23］Ishpekov S，Stamatov S.Overview of sesame research in Bulgaria［J］. Russian Agricultural Sciences，2019，65(1)：17-24.
［24］Georgiev S，Stamatov S，Deshev M. Selection of parental pairs in the hybridization of sesame aimed at the creation of cultivars for mechanical harvesting，applying quantitative and complex assessment of the source material ［J］. Agricultural Sciences，2014，6(16)：39-45.
［25］Ishpekov S，Petrov P，Triffonov A，et al. Technologies for mechanized harvesting of sesame in Bulgaria［J］. Mechanization in Agriculture & Conserving of the Resources，2015，61(4)：13-15.
［26］Kollev B，Ishpekov S，Stamatov S. Mechanized threshing of sesame capsules［J］. Agricultural Engineering，2012，49(3)：14-21.
［27］LanghamD R. Phenology of sesame［C］//Issues in New Crops and New Uses. Alexandria：ASHS Press，2007.
［28］Langham D R. Method for making non-dehiscent sesame：US6100452［P］. 2000-08-08.
［29］Langham D R. Non-dehiscent sesame IND variety Sesaco：US8507750［P］. 2013-08-13.
［30］Langham D R. Sesame capsule descriptors (Sesamum indicum L.) ［EB/OL］. (2020-02-18)［2021-04-01］. https：//www.researchgate.net/publication/339340169_Sesame_capsule_descriptors_Sesamum_indicum_L_WP2.
［31］Langham D R. Non-dehiscent sesame variety Sesaco 27：US7964768［P］. 2011-06-21.
［32］Langham D R. Non-dehiscent sesame variety sesaco 30：US7847149［P］. 2010-12-07.
［33］Langham D R. Non-dehiscent sesame variety Sesaco 32：US7855317［P］. 2010-12-21.
［34］Langham D R. Non-dehiscent sesame IND variety Sesaco 33：US8207397［P］. 2012-06-26.
［35］Langham D R. Non-dehiscent sesame IND variety Sesaco 34：US8507750［P］. 2013-08-13.
［36］Langham D R. Non-dehiscent sesame IND variety Sesaco 35：US8581026［P］. 2013-11-12.
［37］Langham D R. Non-dehiscent sesame IND variety Sesaco 36：US8586823［P］. 2013-11-19.
［38］Langham D R. Non-dehiscent sesame IND variety Sesaco 37：US9144220［P］. 2015-09-29.
［39］Langham D R. Non-dehiscent sesame IND variety Sesaco 38：US9167795［P］. 2015-10-27.
［40］Langham D R. Non-dehiscent sesame IND variety Sesaco 39：US9125372［P］. 2015-09-08.
［41］Langham D R. Non-dehiscent pygmy sesame variety sesaco 70：US8058503［P］. 2011-11-15.
［42］Stamatov S，Ishpekov S，Deshev M，et al. Seed retaining model of non-dehiscence sesame (Sesamum indicum L.) genotypes at ripening［J］. Scientific Papers，2020，63(1)：541-546.
［43］Ishpekov S.Method for assessment the susceptibility of sesame genotypes for mechanized harvesting of the seed［J］. Bulgarian Journal of Agricultural Science，2015，21(6)：1230-1233.
［44］师立松，高媛，黎冬华，等. 芝麻抗裂蒴性鉴定方法研究及核心种质抗裂蒴性评价［J］. 中国农业科学，2019，52(20)：3520-3532.
［45］张秀荣，游均，黎冬华，等. 一种高效机械化联合收获芝麻的方法：CN111990063A［P］. 2020-11-27.
［46］Kang C W. Breeding for diseases and shatter resistant high yielding varieties using induced mutations in sesame［C］//Sesame improvements by induced mutations. Vienna，2001.
［47］Shim K B，Kang C W，Seong J D，et al. A new sesame cultivar，Kopoom with shattering resistance，high quality and yielding［J］. Korean Journal of Breeding Science，2007，39(1)：114-115.
［48］Gar O，Zackay A，Shalev G.Quantitative trait loci (QTL) associated with shatter resistant capsules in sesame and uses thereof：US10577623［P］. 2020-03-03.
［49］Dash M，Imran M，Kabi M，et al. Assessment of genetic variability for capsule shattering characters in Indian sesame［J］. Electronic Journal of Plant Breeding，2018，9(2)：490-501.
［50］Wongyai W. Potential use of non-shattering in sesame for breeding and yield improvement in Thailand［C］//Proceedings of the 2004 International Conference on Sesame Science.Seoul，2004.
［51］Phumichai C，Matthayatthaworn W，Chuenpom N，et al. Identification of a scar marker linked to a shattering resistance trait in sesame［J］. Turkish Journal of Field Crops，2017，22(2)：258-265.
［52］Wongyai W，Weeravut J，Kotcha A.Development of shatter resistant in sesame variety KU.21［C］//Proceedings of 50th Kasatsart University Annual Conference.Bangkok，2018.
［53］Stamatov S，Velcheva N.Assessment of genetic diversity in sesame germplasm as an initial material for Bulgarian breeding programs［J］. Bulgarian Journal of Agricultural Science，2020，26(5)：1047-1052.

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备注/Memo

备注/Memo:
收稿日期：2021-05-08
基金项目：国家特色油料产业技术体系建设专项(编号：CARS-14)；河南省重大科技专项(编号：201300110600)。
作者简介：郑磊(1982—)，男，河南鲁山人，硕士，副研究员，研究方向为芝麻遗传育种。E-mail：zml2518@163.com。
更新日期/Last Update: 2022-01-05