Template:Gastrulation Vignette: Difference between revisions
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| [[File:Hans_Spemann.jpg|left|link=Embryology_History_-_Hans_Spemann|Hans Spemann (1869 - 1941)]] | | [[File:Hans_Spemann.jpg|left|100px|link=Embryology_History_-_Hans_Spemann|Hans Spemann (1869 - 1941)]] | ||
[[Embryology_History_-_Hans_Spemann|Hans Spemann]] (1869 - 1941) identified this region in amphibia, also called the "[[Embryology_History_-_Hans_Spemann|Spemann's organiser]]". The same region in birds it is known as "Hensen's node" named for Victor Hensen (1835 – 1924) and is also known generally as the '''primitive node''' or knot. In humans, it is proposed that similar mechanisms regulate gastrulation to those found in other vertebrates. Currently, the molecular and physical mechanisms that regulate patterning and migration during this key event are being investigated in several different animal models. | [[Embryology_History_-_Hans_Spemann|Hans Spemann]] (1869 - 1941) identified this region in amphibia, also called the "[[Embryology_History_-_Hans_Spemann|Spemann's organiser]]". The same region in birds it is known as "Hensen's node" named for Victor Hensen (1835 – 1924) and is also known generally as the '''primitive node''' or knot. In humans, it is proposed that similar mechanisms regulate gastrulation to those found in other vertebrates. Currently, the molecular and physical mechanisms that regulate patterning and migration during this key event are being investigated in several different animal models. | ||
|}<noinclude>[[Category:Historic Embryology]][[Category:Gastrulation]][[Category:Week 3]]</noinclude> | |}<noinclude>[[Category:Historic Embryology]][[Category:Gastrulation]][[Category:Week 3]]</noinclude> | ||
Revision as of 13:31, 23 June 2019
 Hans Spemann (1869 - 1941) identified this region in amphibia, also called the "Spemann's organiser". The same region in birds it is known as "Hensen's node" named for Victor Hensen (1835 – 1924) and is also known generally as the primitive node or knot. In humans, it is proposed that similar mechanisms regulate gastrulation to those found in other vertebrates. Currently, the molecular and physical mechanisms that regulate patterning and migration during this key event are being investigated in several different animal models. |
