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Revision as of 10:34, 7 November 2017

News - Embryonic Development - Kyoto eBook

The Kyoto embryo collection is the largest collection of human embryos in the world, it therefore provides a unique research and educational resource for studying all aspects of early human development.

This iBook now allows you to observe selected embryos from the first 8 weeks after fertilization and explore for yourself the changes that occur in normal human development during this key period. This atlas of the Kyoto embryos from Carnegie Stage 7 to 23 provides a brief description of each stage, surface views, interactive images, histology, movies and a glossary.

Links: Kyoto Collection | Embryology iBooks

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-| <span style="font-size:150%">'''News - Zika Virus'''</span>
+| <span style="font-size:150%">'''News - Embryonic Development - Kyoto eBook</span>
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-| valign=top|
+| valign=top| [[File:Kyoto Embryo Collection - cover.jpg|200px|left|alt=Kyoto Embryo Collection|link=http://itunes.apple.com/us/book/id1143922693]]
-[[File:Zika virus TEM02.jpg|250px|right|alt=Zika virus EM|link=Abnormal Development - Zika Virus]]
+[[File:AvailableBook.png|150px|right|link=https://itunes.apple.com/au/book/kyoto-embryo-collection/id1143922693?mt=11]]
+The Kyoto embryo collection is the largest collection of human embryos in the world, it therefore provides a unique research and educational resource for studying all aspects of early human development.
-'''A single mutation in the prM protein of Zika virus contributes to fetal microcephaly'''
+This iBook now allows you to observe selected embryos from the first 8 weeks after fertilization and explore for yourself the changes that occur in normal human development during this key period. This atlas of the Kyoto embryos from Carnegie Stage 7 to 23 provides a brief description of each stage, surface views, interactive images, histology, movies and a glossary.
-:"Here, we show that a single serine to asparagine substitution (S139N) in the viral polyprotein substantially increased ZIKV infectivity in both human and mouse neural progenitor cells (NPCs), led to more significant microcephaly in the mouse fetus, and higher mortality in neonatal mice. Evolutionary analysis indicates that the S139N substitution arose before the 2013 outbreak in French Polynesia and has been stably maintained during subsequent spread to the Americas. "
-<br>
-[http://science.sciencemag.org/content/early/2017/09/27/science.aam7120 A single mutation in the prM protein of Zika virus contributes to fetal microcephaly] Science  28 Sep 2017
-{|
+:'''Links:''' [[Kyoto Collection]] | [[Embryology iBooks]]
-| width=250px|&nbsp; '''Links:''' [[Abnormal Development - Zika Virus|'''Zika Virus''']]
-| {{Zika Virus translation collapsable}}
-|}
-{{Viral Links}}
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 :[[Template_talk:Main_Page_News|'''Older News Articles''']] - [[Template_talk:Main_Page_News#July|CRISPR]] | [[Template_talk:Main_Page_News#February|Gestational Diabetes]] | [[Template_talk:Main_Page_News#September|Kyoto eBook]] | [[Template_talk:Main_Page_News#August|Dolly's sisters live on!]] | [[Template_talk:Main_Page_News#June|Thalidomide in Zebrafish]]  | [[Template_talk:Main_Page_News#March|Human pancreas stem cells]] | [[Template_talk:Main_Page_News#January|Oral contraceptive no risk of major birth defects]] | [[Template_talk:Main_Page_News#September|Maternal Malaria Neurovascular Development Effects]] | [[Template_talk:Main_Page_News#June|Oocyte/Spermatozoa fate decision]] [[Template_talk:Main_Page_News#April|Rubella eliminated in the Americas]] | [[Template_talk:Main_Page_News#February|Three-person embryos]]
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