Movie - Xenopus MRI 02: Difference between revisions
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| <wikiflv height=" | | <wikiflv height="465" width="544" autoplay="true">Xenopus MRI 02.flv|File:Xenopus_MRI_02.jpg</wikiflv> | ||
| valign="top" | Movie shows a 2D fat time series in a sagittal view, which highlights the vegetal cell mass, also with 1 hour per frame and 39 um3 voxel size. The embryo is oriented with the animal pole up and the dorsal side to the right. The blastocoel is visible as a black sphere in the upper (animal) half of the embryo. The animal cap tissue surrounding the blastocoel appears dark-red, and the vegetal cell mass at the bottom appears yellow/orange. Here, the NMR signal of the protons from the tissue lipids were recorded, and hence images are termed "fat-images". Scale bar is 300 um. | | valign="top" | Movie shows a 2D fat time series in a sagittal view, which highlights the vegetal cell mass, also with 1 hour per frame and 39 um3 voxel size. The embryo is oriented with the animal pole up and the dorsal side to the right. The blastocoel is visible as a black sphere in the upper (animal) half of the embryo. The animal cap tissue surrounding the blastocoel appears dark-red, and the vegetal cell mass at the bottom appears yellow/orange. Here, the NMR signal of the protons from the tissue lipids were recorded, and hence images are termed "fat-images". Scale bar is 300 um. | ||
'''Links:''' [[Media:Xenopus MRI 01.mov|Quicktime Version - Xenopus MRI 02]] | [[Magnetic Resonance Imaging]] | [[Frog Development]] | '''Links:''' [[Media:Xenopus MRI 01.mov|Quicktime Version - Xenopus MRI 02]] | [[Magnetic Resonance Imaging]] | [[Frog Development]] | ||
Revision as of 12:54, 16 August 2010
| File:Xenopus_MRI_02.jpg</wikiflv> | Movie shows a 2D fat time series in a sagittal view, which highlights the vegetal cell mass, also with 1 hour per frame and 39 um3 voxel size. The embryo is oriented with the animal pole up and the dorsal side to the right. The blastocoel is visible as a black sphere in the upper (animal) half of the embryo. The animal cap tissue surrounding the blastocoel appears dark-red, and the vegetal cell mass at the bottom appears yellow/orange. Here, the NMR signal of the protons from the tissue lipids were recorded, and hence images are termed "fat-images". Scale bar is 300 um.
Links: Quicktime Version - Xenopus MRI 02 | Magnetic Resonance Imaging | Frog Development |
Reference: <pubmed>16958098</pubmed>
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Cite this page: Hill, M.A. (2024, April 25) Embryology Movie - Xenopus MRI 02. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Movie_-_Xenopus_MRI_02
- © Dr Mark Hill 2024, UNSW Embryology ISBN: 978 0 7334 2609 4 - UNSW CRICOS Provider Code No. 00098G
