家禽科学
傢禽科學
가금과학
POULTRY SCIENCE
2014年
12期
8-11
,共4页
叶伟庆%杜炳旺%刘宜林%陈运冬%陈建%李东华
葉偉慶%杜炳旺%劉宜林%陳運鼕%陳建%李東華
협위경%두병왕%류의림%진운동%진건%리동화
信宜怀乡鸡%不同品系%生长曲线
信宜懷鄉鷄%不同品繫%生長麯線
신의부향계%불동품계%생장곡선
XinYi HuaiXiang chicken%Different strains%Growth curve
信宜怀乡鸡作为列入国家畜禽遗传资源保护名录的著名品种,为了解其肉种鸡的早期生长发育规律,为其遗传资源保护和品系选育提供参考依据。使用Logistic、Gompertz和Bertallanffy 3种非线性生长模型对怀乡鸡A、B两个品系母鸡0~9周龄早期体重生长数据进行曲线拟合和分析。3种模型均能很好地模拟怀乡鸡生长曲线,Bertalanffy模型的拟合A品系母鸡生长效果最佳(R2=0.996),其拐点为(10.165,1047.7);Gompertz模型的拟合B品系母鸡生长效果最佳(R2=0.997),其拐点为(8.008,748.3)。3种模型对信宜怀乡鸡生长曲线的拟合和分析是可行的,可及时掌握怀乡鸡的生长发育规律。
信宜懷鄉鷄作為列入國傢畜禽遺傳資源保護名錄的著名品種,為瞭解其肉種鷄的早期生長髮育規律,為其遺傳資源保護和品繫選育提供參攷依據。使用Logistic、Gompertz和Bertallanffy 3種非線性生長模型對懷鄉鷄A、B兩箇品繫母鷄0~9週齡早期體重生長數據進行麯線擬閤和分析。3種模型均能很好地模擬懷鄉鷄生長麯線,Bertalanffy模型的擬閤A品繫母鷄生長效果最佳(R2=0.996),其枴點為(10.165,1047.7);Gompertz模型的擬閤B品繫母鷄生長效果最佳(R2=0.997),其枴點為(8.008,748.3)。3種模型對信宜懷鄉鷄生長麯線的擬閤和分析是可行的,可及時掌握懷鄉鷄的生長髮育規律。
신의부향계작위렬입국가축금유전자원보호명록적저명품충,위료해기육충계적조기생장발육규률,위기유전자원보호화품계선육제공삼고의거。사용Logistic、Gompertz화Bertallanffy 3충비선성생장모형대부향계A、B량개품계모계0~9주령조기체중생장수거진행곡선의합화분석。3충모형균능흔호지모의부향계생장곡선,Bertalanffy모형적의합A품계모계생장효과최가(R2=0.996),기괴점위(10.165,1047.7);Gompertz모형적의합B품계모계생장효과최가(R2=0.997),기괴점위(8.008,748.3)。3충모형대신의부향계생장곡선적의합화분석시가행적,가급시장악부향계적생장발육규률。
Xinyi HuaiXiang Chicken is a famous chicken breed that listed in the National Animal Genetic Resources Protection List,the study of early growth rules of Xinyi HuaiXiang chicken provide a evidence for its genetic resources conservation and trains breeding.The growth curve of A,B strains of HuaiXiang hen from 0 to 9 weeks old was analyzed and fitted with three kinds of nonlinear models (Gompertz, Logistic, von Bertalanffy).The growth curves were appropriately fitted with three models. The Bertalanffy model had the best effect on fitting with the growth curves of A strain hen (R2=0.996), its growth inflexion was 10.165 weeks and 1047.7g.;The Gompertz model had the best effect on fitting with the growth curves of B strain hen(R2=0.997), its growth inflexion was 8.008 weeks and 748.3g.It is feasible to analyze and fit the growth curve of the HuaiXiang chicken using the three models.