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ID:34994179
大小:3.44 MB
页数:75页
时间:2019-03-15
《从江香猪基因组甲基化修饰及snp与生长性状的关联研究》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、分类号:S828密级:公开论文编号:2012021997贵州大学2015届硕士研究生学位论文从江香猪基因组甲基化修饰及SNP与生长性状的关联研究学科专业:基础兽医学研究方向:动物生理与分子生物学导师:冉雪琴教授王嘉福教授研究生:林如涛中国﹒贵州﹒贵阳2015年6月1Awhole-genomeassociationstudywithgrowthtraitsbasedonMSAPandSNPverificationinCongjiangXiangpigbreedsMajor:BasicVeterinaryM
2、edicineReseachField:AnimalPhysiologyandMolecularBiologySupervisor:ProfessorRanXueqinProfessorWangJiafuPostgraduate:LinRutaoLabofAnimalPhysiology,CollegeofAnimalScience,GuizhouUniversity,Guiyang,550025,ThePeople`sRepublicofChinaJune,201522015届贵州大学硕士研究生毕业论
3、文目录缩略词表..................................................................................................................5中文摘要........................................................................................................................7第一章前言..
4、...................................................................................................101.1从江香猪.........................................................................................................101.2DNA甲基化简介............................
5、...............................................................111.2.1DNA甲基化酶(DNMTs).................................................................121.2.2DNA去甲基化.....................................................................................141.2.
6、3DNA甲基化的生理机能.....................................................................151.2.4DNA甲基化的研究方法.....................................................................161.3.全基因组SNP研究.......................................................................
7、................191.3.1单核苷酸多态性...................................................................................191.3.2基因芯片技术.......................................................................................191.3.3SNP芯片.............................
8、.................................................................201.3.4QTL定位..............................................................................................211.3.5猪全基因组水平SNP研究进展..............................
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