期刊文献+

Hox基因及其在海胆中的研究进展 被引量:2

Hox Genes and Its Study Advances in Sea Urchin
下载PDF
导出
摘要 Hox(homeobox genes)基因是存在于染色体上的一段高度保守序列,其蛋白产物作为转录因子也是高度保守的。这些基因调节胚胎发育,尤其在脊椎动物前-后轴(antero-posterior axis)的发育过程中起着重要作用,并指导脊椎动物的体型形成。海胆是海洋中一类比较常见的无脊椎动物和主要的海水养殖动物,它的Hox基因对它动-植物轴(animal-vegetalaxis)的形成有调控作用,并对进化研究和养殖生产具有重要意义。综述了近年来Hox基因在海胆中的研究进展。 Homeobox genes(Hox genes) are some highly conserved DNA sequences on the chromosomes. The protein products of Hox genes, as transcription factors, are also highly conserved. These genes play a central role in the developmental processes of the anterior-posterior axis of vertebrates by regulating the fetafion, and define body pattern in the vertebrates. Sea urchin is a kind of familiar invertebrate and main aquatic animal. Its Hox genes can regulate and control the form of its animal-vegetal axis, so it is very important for evolution research and production of sea urchin. We have reviewed the latest studies of the Hox genes of sea urchin in this article.
出处 《生物技术通报》 CAS CSCD 2006年第4期39-43,共5页 Biotechnology Bulletin
关键词 HOX基因 海胆 胚胎发育 体型形成 Homeobox genes(Hox genes) Sea urchin Fetation Body pattern
  • 相关文献

参考文献40

  • 1McGinnis W,Garber RL,Wirz H,et al.Cell,1984,37(2):403~408.
  • 2Krumlauf R.Cell,1994,78(2):191~201.
  • 3McGinnis W,Krumlauf R.Cell,1992,68(2):283~302.
  • 4Angerer LM,Angerer RC.Dev Biol,2000,218 (1):1~12.
  • 5Prince V.Dev Biol,2002,249(1):1~15.
  • 6Amesse LS,Moulton R,Zhang YM.Gynecologic Oncology,2003,90(3):512~518.
  • 7Graba Y,Aragnol D.Bioessays,1997,19(5):376~388.
  • 8Marie Kmita,Basile Tarchini,Jozsef Zakany,et al.Nature,2005,435(7045):1113~1116.
  • 9Carroll SB.Nature,1995,376(6540):479~485.
  • 10Mcguckin CP,Forraz N,Pettengell R,et al.Cell Prolif,2004,37(4):295~306.

同被引文献22

  • 1Jennifer H M,Arhat A.Hox expression in the American al-ligator and evolution of archosaurian axial patterning [J].Molecular and Developmental Evolution ,2010,314(8); 629-644.
  • 2Capecchi M R.Hox genes and mammalian development[J].Cold Spring Harb Symp Quant Biol ,1997,62:273-281.
  • 3Deneen M W,Capecchi M R.HoxlO and Hoxll genes arerequired to globally pattern the mammalian skeleton [J].Science,2003,301C18):363-367.
  • 4Hwang J H ,Seok O S,Song H R,et al.Hoxcl0 as a po-tential marker for discriminating between amnion-and decid-ua-derived mesenchymal stem cells [J].Cloning and StemCells,2009,11(2):269-279.
  • 5ZHANG Yanjun(张燕军.Study on Skin Follicle Morpho-genesis ,Development in the fetal period and Hox gene ofInner Mongolian cashmere goats [D].Hohhot:Inner Mon-golia Agricultural University(内蒙古农业大学),2007.
  • 6Davis A P,Witte D P,Hsieh-Li H Nl,et al.Absence of radi-us and ulna mice lacking Hoxa-11 and Hoxd-11 [J].Nature,1995,375 :791-795.
  • 7Mortlock D P,Innis J W.Mutation of HoxA13 in hand-foot-genital syndrome [J],Nature Genetics,1997 ,15 :179-180.
  • 8Goodman F R,Scambler P J.Human HOX gene mutations[J].Clinical Genetics,2001 ,59 :1-11.
  • 9Favier B,Rijli F M,Ramain F C,et al.Functional coopera-tion between the non-paralogous genes Hoxa-10 andHoxd-11 in the development forelimb band axial skeleton[J].Development,1996 ,122 :449-460.
  • 10Gaunt S J,Krumlauf R,Duboule D.Mouse homeo-geneswithin a subfamily,Hox-1.4 ,-2.6 and-5.1,display simi-lar anteropovsterior domains of expression in the embryo,but show stage-and tissue-dependent differences in theirregulation[J].Development,1989,107 :131-141.

引证文献2

二级引证文献11

相关作者

内容加载中请稍等...

相关机构

内容加载中请稍等...

相关主题

内容加载中请稍等...

浏览历史

内容加载中请稍等...
;
使用帮助 返回顶部