Kee-Young Kim, S. Seo, Mi-Ja Kim, S. Ji, Gyoo-Byung Sung, Yong‐Soon Kim, Wan-Taek Ju, Hae-yong Kwon, B. Sohn, Pil-Don Kang
{"title":"Breeding of biparental sex-limited larval marking yellow cocoon variety \"Hanbyeolnue\"","authors":"Kee-Young Kim, S. Seo, Mi-Ja Kim, S. Ji, Gyoo-Byung Sung, Yong‐Soon Kim, Wan-Taek Ju, Hae-yong Kwon, B. Sohn, Pil-Don Kang","doi":"10.7852/IJIE.2016.32.2.54","DOIUrl":null,"url":null,"abstract":"All of silkworm varieties reared in farmhouses are first generation hybrids, for the production of these hybrid silkworms precise and labor-saving sex discrimination is necessary. The new variety “Hanbyeolnue” is biparental sex-limited larval marking yellow cocoon variety which was bred from biparental sex-limited strain of Japanese originated Jam 319 and Chinese originated Jam 320. Productivity test of Hanbyeolnue in 2015 showed high healthiness and short larval period. The Hanbyeolnue was evaluated as an excellent variety which can be utilized for special purpose silkworm such as male pupae or Cordyceps production. et al ., 2000) , Hansaengjam(Kang et al ., 2011) and Dodamnue, and sex-limited biparental yellow cocoon variety Hwangbojam(Kang et al ., 2013) were developed by NAAS, RDA and being supplied to farmhouses. To increase the sex discrimination efficiency, the biparental sex-limited larval marking yellow cocoon variety was developed to integrate advantage of each variety. The Hanbyeolnue designated as a recommended silkworm variety was bred from sex-limited larval marking yellow cocoon variety parent and it is superior to biparental sex-limited larval marking varieties and biparental sex-limited yellow cocoon varieties in practical sex discrimination efficiency. This variety can be utilized for producing functional material which can Abstract","PeriodicalId":14140,"journal":{"name":"International journal of industrial entomology","volume":"36 1","pages":"54-59"},"PeriodicalIF":0.0000,"publicationDate":"2016-06-30","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"International journal of industrial entomology","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.7852/IJIE.2016.32.2.54","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 1
Abstract
All of silkworm varieties reared in farmhouses are first generation hybrids, for the production of these hybrid silkworms precise and labor-saving sex discrimination is necessary. The new variety “Hanbyeolnue” is biparental sex-limited larval marking yellow cocoon variety which was bred from biparental sex-limited strain of Japanese originated Jam 319 and Chinese originated Jam 320. Productivity test of Hanbyeolnue in 2015 showed high healthiness and short larval period. The Hanbyeolnue was evaluated as an excellent variety which can be utilized for special purpose silkworm such as male pupae or Cordyceps production. et al ., 2000) , Hansaengjam(Kang et al ., 2011) and Dodamnue, and sex-limited biparental yellow cocoon variety Hwangbojam(Kang et al ., 2013) were developed by NAAS, RDA and being supplied to farmhouses. To increase the sex discrimination efficiency, the biparental sex-limited larval marking yellow cocoon variety was developed to integrate advantage of each variety. The Hanbyeolnue designated as a recommended silkworm variety was bred from sex-limited larval marking yellow cocoon variety parent and it is superior to biparental sex-limited larval marking varieties and biparental sex-limited yellow cocoon varieties in practical sex discrimination efficiency. This variety can be utilized for producing functional material which can Abstract
家蚕都是第一代杂交品种,为了生产这些杂交品种的蚕,精确省力的性别区分是必要的。新品种“韩白糯”是由日本原产果酱319和中国原产果酱320的双亲本性限株系培育而成的双亲本性限幼虫标记黄茧品种。2015年的产力试验显示,汉别柳健康度高,幼虫期短。该品种被认为是一种优良品种,可用于生产特殊用途的蚕蛹或虫草。Hansaengjam(Kang et al ., 2011)和Dodamnue,以及性别限制双亲本黄茧品种Hwangbojam(Kang et al ., 2013)是由NAAS和RDA开发并供应给农户的。为提高黄茧的性别识别效率,综合各品种的优势,培育了双亲本性限幼虫标记黄茧品种。推荐品种韩白蚕以性限幼虫标记黄茧品种为亲本选育而成,在实际性别识别效率上优于双亲本性限幼虫标记品种和双亲本性限黄茧品种。该品种可用于生产可抽象的功能材料