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特种经济动物饲养培养方案

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ruier123

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发表于 2016-01-16 11:23

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西南大学

硕士研究生培养方案

西南大学研究生院制表

填表日期：　　年　　月　　日
修订日期：　　年　　月　　日

一、学科（专业）主要研究方向

序号

研究方向名称

主要研究内容、特色与意义

研究生导师

(博导注明)

家蚕功能基因组及应用

进行家蚕基因组和功能基因组的研究，重点对与家蚕基因组的结构、基因组成特征以及重要功能基因进行研究。对家蚕重要基因进行克隆和功能分析；重点对与家蚕丝蛋白分泌、抗性、发育、变态、滞育、性别调控等有关的基因进行功能研究，并在此基础上利用基因工程方法进行分子育种。

蚕桑资源与遗传改良

进行家蚕资源的收集、整理和应用等方面的研究，重点对家蚕突变资源进行研究。对家蚕进行遗传改良，培育具有优良农艺性状的家蚕品种或特色家蚕品种。

蚕桑病原生物学与病虫害防控

进行家蚕病原微生物的生物学特性、病原与寄主的关系以及病原微生物的致病机理和防治对策等方面的研究。

二、培养目标与学制及应修学分

  培养目标（本表可不填政治标准）：
  掌握特种经济动物（含蚕、蜂）专业的基础理论，系统的专门知识和熟练的操作技能；了解本研究方向的国内外进展动态；能熟练地运用一门外语和使用计算机，具有独立从事本专业的教学、科研、生产、管理等能力。

  学制：全日制学术型硕士生2~5年，基本学习年限为3年。
  应修学分： 28 学分（各学科自定）
  其中
必修：24
学分（含必修环节4学分）
  选修不低于：4
学分

三、课程设置（包括主文献研读、学术活动等必修环节）

类型

课程编号

课程名称（含中英文）

开课学期

学时

学分

任课

教师

考核

方式

备注

必修课

公共课

11000001001

第一外国语

外国语学院

考试

11000002002

中国特色社会主义理论与实践研究

马克思主义学院

考试

11000002003

自然辩证法概论

马克思主义学院

考试

平台课

11071000012

生化或分子生物学技术

周泽扬，裴炎，胡奎，张兴国等

考试

暑期行课

11090102055

高级生物化学

李关荣等

考试

专业课

11090504001

中外主文献研读

11090504021

研究生班讨论

导师组

考试

11071010022

分子生物学

罗小英，柴友荣，刘堰等

考试

选

修

课

11071010051

基因组生物信息学

夏庆友等

考查

11090504057

家蚕基因资源与生物利用研究

代方银等

考查

11090504058

蛋白质和蛋白质组学研究方法

赵萍等

考查

11000000040

计算机应用基础

研究生院

考试

11071009051

细胞研究方法及培养技术

鲁成，潘敏慧等

考查

其它必修环节

开题报告

不计学分，完清审核签字手续，向培养单位提交开题报告一份

学术活动：参加学术报告、前沿讲座、学术研讨等（至少5次）

提交学术报告手册，导师签字，培养单位核查

实践活动：社会、教学和科研实践活动(三选一)

导师审查签字后向培养单位提交实践报告一份或发表高水平论文的复印件

中期考核及论文进展检查

不计学分，完清审核签字手续，向培养单位提交相关材料各一份

同等学力补修课程

蚕体解剖生理学

不计学分

家蚕遗传育种学

不计学分

注：1．平台课是指涵盖本一级学科下所有二级学科或相近二级学科群共有的基础性课程，可根据实际情况开设。
2．按一级学科制定培养方案者应在专业必修课备注栏内标明所属二级学科。
3．必修环节在研究生毕业前必须完成，构成答辩的必备条件。

四、培养方式与方法

  培养流程与要求，检查与考核，质量监督等措施：
  硕士生采取课程学习与论文并重的原则，用于学位论文研究时间不得少于1年。
  １．制定培养计划
  第一学期内在导师或导师组的指导下制定“硕士生个人培养计划”一式两份，一份由研究生自己保存，一份报所在培养单位备案。
  ２．主文献研读
  在开题报告前认真研读本学科专业主文献，填写主文献阅读报告记录，提交导师审核。
  ３．开题报告
  开题报告是学位论文研究的一个重要环节。硕士生学位论文开题时间放在第三学期或第四学期初，可与中期考核同时进行。培养单位根据研究生选题情况，按二级学科成立若干开题报告审查小组。审查小组由具有研究生培养经验、副高以上职称的专家3-5人组成，对论文选题的可行性进行论证，分析难点，明确方向，以保证学位论文按时完成并达到预期结果。
  ４．学术活动
  硕士生应积极参加各种学术活动，如学术报告、前沿讲座、学术研讨等，在学习期间（一般在中期考核前）须参加学术活动不得少于5次。应填写“研究生参加学术活动记录册”，提交导师审查。
  ５．实践活动
  实践活动包括教学实践、社会实践和科研实践，硕士研究生可任选其中一项实践。在完成实践活动后应提交实践报告一份或发表高水平论文的复印件，提交导师审查签字。
  ６．中期考核
  根据本单位研究生规模和学科点现状，按照学校研究生中期考核实施办法提出本单位研究生中期考核工作的具体时间和办法，中期考核一般安排在第四学期初进行。
  A、考核在培养单位统一组织领导下，由各专业负责实施，组成包括培养单位（学科）负责人、导师代表、班主任等在内的若干考核小组（每组成员3-5人）进行考核，同时较广泛地听取其他教师的意见。
  B、业务方面主要考核研究生课程学习是否达到规定要求，通过课程学习反映出来的科研及思维能力；政治、思想、品德方面的考核由院学生工作组会同有关人员进行。
  C、填写“西南大学研究生中期考核自我评估表”，对被考核研究生作出结论性意见。
  D、经过中期考核的硕士研究生，按考核结果分3种流向：
  a)
硕-博连读：具体要求见学校相关文件规定。
  b)
进入硕士论文阶段：学习成绩良好，具有一定研究工作能力（以论文为主要参照），可进入硕士论文阶段，继续完成硕士学业。
  c)
中止学业：个别成绩较差，明显表现出缺乏科研能力，或因其他原因不宜继续攻读学位者，要求限期改正，限期未改正者中止其学业，按学籍管理的有关规定，发给相应证书。
  7．学位论文中期进展及检查（列出时间、具体组织形式等）

五、科研能力与水平及毕业与毕业论文的基本要求

  科研能力与水平的基本要求（列出可证明其科研能力与水平的检验标志）：


  研究生应在导师的指导下参加导师的课题研究，承担一定的科研任务，培养独力开展科学研究的能力；能熟练的查阅专业文献资料，并进行归纳总结。掌握本学科某一方向的发展趋势，能应用常规的实验方法进行实验工作。在完成论文期间，需要进行开题报告和中期考核，并参加相应的学术讨论。

  毕业与毕业论文的基本要求（包括毕业条件、毕业论文等方面的要求）：
  毕业条件：
  在学校规定年限内，按培养方案的规定完成课程学习、学分要求和必修环节，成绩合格，完成毕业论文并通过答辩，经审查合格者，准予毕业。在学期间，至少在国内外学术刊物上发表1篇（含1篇）与学位论文研究相关的论文。
  硕士研究生确因学业优秀，经本人申请，指导教师和所在培养单位同意，报研究生院批准，可以申请提前毕业，但在校时间不得少于二年。凡申请提前毕业者，应当达到以下基本条件：
  1．中期考核结论为优秀或在校期间被评为优秀研究生；
  2．人文社会学科类在申请毕业答辩前公开发表属于毕业论文研究组成部分的2篇A类学术论文，自然科学类在申请毕业答辩前公开发表属于毕业论文研究组成部分的2篇A1学术论文。学术论文界定标准以学校最新发文公布为准。
  毕业论文基本要求：
  硕士学位论文应在导师指导下由硕士生本人独立完成，以表明作者具有独立从事科学研究工作或独立担负专门技术工作的能力。论文作者应了解所研究方向的最新研究成果，对研究的课题应有创新，论文工作要有足够的工作量。

六、学位论文的基本要求

  （包括学术水平、创造性成果及工作量等方面的要求）：
  资格要求：
  学术成果按照学校学位委员会有关规定执行。成果无侵犯他人著作权行为，没有发表有严重科学性错误的文章、著作和严重歪曲原作的译作。
  内容要求：
  对所研究的课题有新见解或新成果，对本学科发展或经济建设、社会进步有一定意义；必须是一篇系统完整的、有创造性的学术论文；一般不应少于3万字；应在导师指导下由硕士研究生本人独立完成。
  技术规范要求：
  自己的研究结果与他人的观点、材料、数据等不相混淆，引用他人的观点、材料、数据等注明来源；独立完成论文，在准备和撰写过程中接受导师指导、采纳专家建议、获得他人帮助等应实事求是地表示感谢，但不能把未对论文提供帮助的名人等列入致谢之列；涉及到的背景知识、引用的资料和数据准确无误，所用概念、术语、符号、公式等符合学术规范，没有严重错误或使用严重错译的译文；对问题的论述完整、系统、逻辑严密，关键词得当；语言精练，语句符合现代汉语规范，错别字、标点符号错误、外文拼写错误、笔误和校对错误等总计不超过论文的万分之三（按排版篇幅计）。
  按学校要求，在《学位论文原创性声明》和《学位论文版权协议书》上签名，并附在学位论文首页。
  具体格式按照《西南大学博士研究生、硕士研究生学位论文撰写及打印要求》执行。

七、主文献研读课程书目（列出本学科专业的必读文献，不够可另附页）

[table] [tr] [td=1,1,26]

序

号

[/td] [td=1,1,264]

著作或期刊的名称

[/td] [td=1,1,171]

作者、出版单位及年月

[/td] [/tr] [tr] [td=1,1,26]

  [/td]  [td=1,1,264]  A  draft sequence for the genome of the domesticated silkworm (Bombyx mori)
  [/td]  [td=1,1,171]  Qingyou  Xia, Zeyang Zhou, Cheng Lu, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Complete  Resequencing of 40 Genomes Reveals Domestication Events and Genes in Silkworm  (Bombyx)
  [/td]  [td=1,1,171]  Qingyou Xia, Yiran Guo, Ze Zhang, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  The genome of  a lepidopteran model insect, the silkworm Bombyx mori


  [/td]  [td=1,1,171]  International  Silkworm Genome, Consortium


  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  The genetics  and genomics of the silkworm, Bombyx mori


  [/td]  [td=1,1,171]  Goldsmith  Marian R, Shimada Toru, Abe Hiroaki,
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  中国家蚕基因组与21世纪丝绸之路
  [/td]  [td=1,1,171]  向仲怀
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  为丝绸之路重添异彩关于尽快启动“中国家蚕基因组计划”的建议
  [/td]  [td=1,1,171]  向仲怀,卢良恕,石元春,等
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  论"东桑西移"与东西部合作
  [/td]  [td=1,1,171]  向仲怀
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  家蚕基因组研究对蚕业学科和产业发展的影响
  [/td]  [td=1,1,171]  向仲怀, 杨焕明,
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  国际鳞翅目昆虫基因组筑波会议与中国家蚕基因组
  [/td]  [td=1,1,171]  向仲怀,


  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Micro-based  gene expression profiles in multiple tissues of the domesticated silkworm,  Bombyx mori
  [/td]  [td=1,1,171]  Qingyou Xia,  Daojun Cheng, Jun Duan, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

[/td] [td=1,1,264]

SilkDB v2.0: a platform for silkworm (Bombyx mori) genome biology

[/td] [td=1,1,171] Jun Duan, Ruiqiang Li, Daojun Cheng, et al.
[/td] [/tr] [tr] [td=1,1,26]

  [/td]  [td=1,1,264]  Silkworm  nucleotide databases--current trends and future prospects
  [/td]  [td=1,1,171]  Koshy Nicole,  Ponnuvel Kangayam M, Sinha Randhir K,et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Repression  of tyrosine hydroxylase is responsible for the sex-linked chocolate mutation  of the silkworm, Bombyx mori.
  [/td]  [td=1,1,171]  Liu C,  Yamamoto K, Cheng T, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Mutations of  an arylalkylamine-N-
  acetyltransferase,  Bm-iAANAT, are responsible for silkworm melanism mutant
  [/td]  [td=1,1,171]  Fang-yin Dai,
  Liang Qiao,
  Xiao-ling  Tong, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Molecular  analysis of sex chromosome-linked mutants in the silkworm Bombyx mori
  [/td]  [td=1,1,171]  Fujii Tsuguru,  Abe Hiroaki, Shimada Toru,
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Identification of the Bombyx Red Egg Gene Reveals  Involvement of a Novel Transporter Family Gene in Late Steps of the Insect  Ommochrome Biosynthesis Pathway
  [/td]  [td=1,1,171]  Osanai-Futahashi,  Mizuko
  Tatematsu,  Ken-ichiro
  Yamamoto,  et.al
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  A major facilitator superfamily protein participates in the  reddish brown pigmentation in Bombyx mori
  [/td]  [td=1,1,171]  Zhao, Yunpo
  Zhang, Hao
  Li, Zhiqian
  Duan, et.al
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Highly  efficient and specific genome editing in silkworm using custom TALENs


  [/td]  [td=1,1,171]  Sanyuan Ma,  Shengling Zhang, Feng Wang, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Multiplex  Genome Engineering Using CRISPR/Cas Systems
  [/td]  [td=1,1,171]  Le Cong, F.  Ann Ran, David Cox, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  A  single-base deletion in an ABC transporter gene causes white eyes, white  eggs, and translucent larval skin in the silkworm w-3(oe) mutant
  [/td]  [td=1,1,171]  Komoto Natuo,  Guo-Xing Quan, Sezutsu Hideki,et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  FLP Recombinase-Mediated Site-Specific Recombination in  Silkworm, Bombyx mori
  [/td]  [td=1,1,171]  Ding-Pei Long, Ai-Chun Zhao, Xue-Jiao Chen et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Cre-mediated targeted gene activation in the middle silk  glands of transgenic silkworms (Bombyx mori)
  [/td]  [td=1,1,171]  Jianping Duan, Hanfu Xu, Sanyuan Ma et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Targeted mutagenesis in the silkworm Bombyx mori using  zinc finger nuclease mRNA injection
  [/td]  [td=1,1,171]  Yoko Takasu, Isao Kobayashi, Kelly Beumer et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Efficient disruption of endogenous Bombyx gene by TAL  effector nucleases
  [/td]  [td=1,1,171]  Suresh Sajwana, Yoko Takasu,  Toshiki Tamurab et  al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Transgenic  silkworms produce recombinant human type III procollagen in cocoons
  [/td]  [td=1,1,171]  Masahiro  Tomita,
  Hiroto  Munetsuna, Tsutomu Sato,
  Takahiro  Adachi, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Production of  a Non-Triple Helical Collagen a Chain in Transgenic Silkworms and Its  Evaluation as a Gelatin Substitute for Cell Culture
  [/td]  [td=1,1,171]  Takahiro Adachi,
  Xiaobiao Wang,
  Tomoko Murata, et al.
  [/td] [/tr] [tr]  [td=1,1,26]

  [/td]  [td=1,1,264]  Silkworms  transformed with chimeric silkworm/spider silk genes spin composite silk  fibers with improved mechanical properties
  [/td]  [td=1,1,171]  Florence  Teulé,
  Yun-Gen Miao
  ,Bong-Hee Sohn et al.
  [/td] [/tr] [tr]  [td=1,1,26]

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  [/td]  [td=1,1,264]  Fine organization of Bombyx mori fibroin heavy chain gene


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  [/td]  [td=1,1,264]  Silkworms transformed with chimeric silkworm/spider silk  genes spin composite silk fibers with improved mechanical properties


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  Koga, D


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  [/td]  [td=1,1,264]  Drosophila Sex  lethal Gene Initiates Female Development in Germline Progenitors
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  [/td]  [td=1,1,264]  Somatic  control of germline sexual development is
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[/td] [td=1,1,264]

蚕丝生物学

[/td] [td=1,1,171] 向仲怀、黄君霆、夏建国、鲁成
[/td] [/tr] [tr] [td=1,1,26]

[/td] [td=1,1,264]

蚕的基因组

[/td] [td=1,1,171] 夏庆友、向仲怀
[/td] [/tr] [tr] [td=1,1,26]

[/td] [td=1,1,264]

家蚕遗传育种学

[/td] [td=1,1,171] 向仲怀
[/td] [/tr] [tr] [td=1,1,26]

[/td] [td=1,1,264]

蚕体解剖生理学

[/td] [td=1,1,171] [font=宋体

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西南大学 - 话题

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©1998-2015 ChinaKaoyan.com Network Studio. All Rights Reserved.

中国完美·体育(中国)官方网站,WANMEI SPORTS网-联系地址：上海市邮政信箱088-014号 邮编：200092 Tel & Fax：021 - 5589 1949 沪ICP备12018245号

中国完美·体育(中国)官方网站,WANMEI SPORTS网-联系地址：上海市邮政信箱088-014号　邮编：200092 Tel & Fax：021 - 5589 1949　沪ICP备12018245号