江西农业大学学报
江西農業大學學報
강서농업대학학보
ACTA AGRICULTURAE UNIVERSITATIS JIANGXIENSIS
2009年
5期
858-861
,共4页
涂小云%匡先钜%徐婧%薛芳森
塗小雲%劻先鉅%徐婧%薛芳森
도소운%광선거%서청%설방삼
昆虫%滞育遗传%临界光周期%滞育持续时间
昆蟲%滯育遺傳%臨界光週期%滯育持續時間
곤충%체육유전%림계광주기%체육지속시간
insect%diapause inheritance%critical photoperiod%diapause duration
综述各项昆虫滞育的遗传性研究,结果表明:大多数昆虫的滞育是由多基因控制的,主要涉及到临界光周期、滞育的发生、滞育持续时间,少数昆虫的滞育符合孟德尔单基因分离规律.同时还展望了昆虫滞育遗传研究的前景.
綜述各項昆蟲滯育的遺傳性研究,結果錶明:大多數昆蟲的滯育是由多基因控製的,主要涉及到臨界光週期、滯育的髮生、滯育持續時間,少數昆蟲的滯育符閤孟德爾單基因分離規律.同時還展望瞭昆蟲滯育遺傳研究的前景.
종술각항곤충체육적유전성연구,결과표명:대다수곤충적체육시유다기인공제적,주요섭급도림계광주기、체육적발생、체육지속시간,소수곤충적체육부합맹덕이단기인분리규률.동시환전망료곤충체육유전연구적전경.
This paper reviews the inheritance of diapause in insects. Diapause in most insects is controlled by polygenic, mainly referring to critical photoperiod, diapause incidence, diapause duration. Diapause in some insects is fitted to Mendelian Law of single gene segregation. Perspectives of research on inheritance of diapause in insects are discussed.
