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===All Carnegie Embryos listed=== [[Category:Carnegie Embryo 6]]

| 11. || Dr. Longcope, Philadelphia || 115 || 115 ...ory:Carnegie Embryo 34]][[Category:Carnegie Embryo 45]][[Category:Carnegie Embryo 48]][[Category:1900's]]</noinclude>

...y:Reference]][[Category:Historic Embryology]][[Category:1920's]][[Category:Carnegie Stage 9]]</noinclude>

...e>[[Category:Template]][[Category:Reference]][[Category:1960's]][[Category:Carnegie Stage 11]]</noinclude>

...negie Collection]] Embryo No. {{CE4216}}. This embryo was classified as [[Carnegie stage 10|Stage 10]] with 8 somite pairs occurring during [[Week 4]], {{GA}} {{Carnegie stage 10 links}}

| 115 ...ategory:Carnegie Embryo]][[Category:Table]][[Category:Template]][[Category:Carnegie Stage]][[Category:Historic Embryology]]</noinclude>

...e only two stages occurring in week 6 of the [[Carnegie_Stages|historic 23 Carnegie stages]] of embryonic development. ...'Carnegie stage 16''']] resource page. See also [[Carnegie stage 16#Events|Carnegie Stage 16 - Events]]

! colspan=10| [[Carnegie Collection]] - [[Carnegie stage 2|Stage 2]]&nbsp; | {{CE8904}} || normal || 12 || 115 || Bouin |

! colspan=10| [[Carnegie Collection]] - [[Carnegie stage 10|Stage 10]]&nbsp; ...h. Publ. 361, [[Book - Contributions to Embryology|Contrib. Embryol.]], 16,115-124.</ref>

! colspan=10| [[Carnegie Collection]] - [[Carnegie stage 10|Stage 10]]&nbsp; ...coch. || 1907 || Monograph by Dandy (1910)<ref>Dandy, W. E. 1910. A human embryo with seven pairs of somites, measuring about 2-mm. in length. Amer. J. Anat

==Embryo List== ! colspan=10| [[Carnegie Collection]] _ [[Carnegie stage 5|Stage 5]]&nbsp;

...hilly 1987|link=Embryology History - Ronan O'Rahilly|Ronan O'Rahilly (1987 Carnegie Labs)]] ...t study,<ref name=Weller1933>{{Ref-Weller1933}}</ref> used the following [[Carnegie Collection]] embryos: stage {{CS9}} (No. {{CE1878}}), {{CS10}} ({{CE391}};

[[File:Carnegie_Institute_of_Washington_logo.jpg|thumb|Carnegie Institute of Washington]] ...The papers documented not only early human development, using mainly the [[Carnegie Collection]] of embryos, but also that in animal models of development.

...the earlier months are even more rare. Streeter (’19) reported that in the Carnegie collection there were only forty—three specimens, of which all but two we ...hments of the two yolk stalks lay at different regions of the chorion. An embryo was present in each amniotic sac (fig. 1).

[[Carnegie stage 3]] ...eeding stage in development. It is to be remembered that at all stages the embryo is a living organism, that is, it is a going concern with adequate mechanis

{{Carnegie No.20 Header}} ...0 mm. embryo by compared with a similar cast of the same canal in a 30 mm. embryo, it will be seen that the general form of the canal in the older specimen i

2 This twin specimen belongs in the collection of the Carnegie Institution, where it is listed as no. {{CE1126}}. Acknowledgment is due th ...Schwalbe’s (’06) well-known reconstructions, based upon the Spee 1.54-mm. embryo, are purely hypothetical. Beside the present case, the only other illustrat

2 This twin specimen belongs in the collection of the Carnegie Institution, where it is listed as no. {{CE1126}}. Acknowledgment is due th ...Schwalbe’s (’06) well-known reconstructions, based upon the Spee 1.54-mm. embryo, are purely hypothetical. Beside the present case, the only other illustrat

Meuron’ the esophagus of the chick embryo of the fifth day is oc- cluded for a length of 115 microns, but regains partial patency again

...esophagus of the chick embryo of the fifth day is occluded for a length of 115 microns, but regains partial patency again in the sixth day through the app ...e solid esophagus. But he regards an atresia of the esophagus in the human embryo as abnormal at all stages (p. 368).