Talk:Morula: Revision history

9 August 2017

• curprev 11:4011:40, 9 August 2017‎ Z8600021 talk contribs‎ m 23,723 bytes +3,275‎ No edit summary

18 January 2016

• curprev 12:5012:50, 18 January 2016‎ Z8600021 talk contribs‎ m 20,448 bytes +1,259‎ No edit summary

12 January 2015

• curprev 08:2908:29, 12 January 2015‎ Z8600021 talk contribs‎ m 19,189 bytes +1,411‎ No edit summary

20 April 2012

• curprev 08:3908:39, 20 April 2012‎ Z8600021 talk contribs‎ 17,778 bytes −93‎ No edit summary
• curprev 08:3908:39, 20 April 2012‎ Z8600021 talk contribs‎ 17,871 bytes +1,793‎ No edit summary
• curprev 08:2008:20, 20 April 2012‎ Z8600021 talk contribs‎ 16,078 bytes +1,649‎ →‎2008

15 December 2010

• curprev 13:3113:31, 15 December 2010‎ S8600021 talk contribs‎ 14,429 bytes +1,988‎ →‎Orientation of mitotic spindles during the 8- to 16-cell stage transition in mouse embryos
• curprev 12:1212:12, 15 December 2010‎ S8600021 talk contribs‎ 12,441 bytes +23‎ No edit summary
• curprev 12:1112:11, 15 December 2010‎ S8600021 talk contribs‎ 12,418 bytes +1‎ →‎Ras-MAPK signaling promotes trophectoderm formation from embryonic stem cells and mouse embryos
• curprev 12:1012:10, 15 December 2010‎ S8600021 talk contribs‎ 12,417 bytes +1,384‎ →‎2009

10 November 2010

• curprev 12:0012:00, 10 November 2010‎ S8600021 talk contribs‎ 11,033 bytes +1,909‎ No edit summary

14 October 2010

• curprev 14:5214:52, 14 October 2010‎ S8600021 talk contribs‎ 9,124 bytes +2,014‎ →‎Gene replacement reveals a specific role for E-cadherin in the formation of a functional trophectoderm
• curprev 12:5412:54, 14 October 2010‎ S8600021 talk contribs‎ 7,110 bytes +110‎ →‎Ras-MAPK signaling promotes trophectoderm formation from embryonic stem cells and mouse embryos
• curprev 12:5312:53, 14 October 2010‎ S8600021 talk contribs‎ 7,000 bytes +2,531‎ →‎Zonula occludens-1 (ZO-1) is involved in morula to blastocyst transformation in the mouse
• curprev 12:5212:52, 14 October 2010‎ S8600021 talk contribs‎ 4,469 bytes +233‎ →‎The four blastomeres of a 4-cell stage human embryo are able to develop individually into blastocysts with inner cell mass and trophectoderm
• curprev 12:4912:49, 14 October 2010‎ S8600021 talk contribs‎ 4,236 bytes +2,379‎ No edit summary

12 October 2010

• curprev 10:1610:16, 12 October 2010‎ S8600021 talk contribs‎ 1,857 bytes −1‎ No edit summary
• curprev 10:1310:13, 12 October 2010‎ S8600021 talk contribs‎ 1,858 bytes +1,858‎ Created page with ' ==The four blastomeres of a 4-cell stage human embryo are able to develop individually into blastocysts with inner cell mass and trophectoderm== Hum Reprod. 2008 Aug;23(8):1742-…'