Sandbox Reserved 1716: Difference between revisions

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Vitamin K Epoxide Reductase is found and primarily synthesized in the [https://en.wikipedia.org/wiki/Liver liver] .

Vitamin K Epoxide Reductase is unstable in-vitro. To determine its structure an extra protein superfolder green flourescent protein (sGFP) was appended to the N and C termini of Vitamin K Epoxide. For the visualizing VKOR, this protein has been removed from the structural scenes. After sGFP was removed from the structural scenes, we further took the structure files and resequenced them to better align with the numbering of the protein. In these files the sequence slightly differs between the organisms used to view Vitamin K Epoxide Reductase. In the human version, HsVKOR, the catalytic cysteines that play an intricate role in the reduction of Vitamin K Epoxide are <scene name='90/904321/Cysteines/7'>cysteines</scene> 43, 51, 132, and 135. In the pufferfish version of the file, TrVKORL, the cysteines are 52, 55, 141, and 144.

Vitamin K Epoxide Reductase is unstable in-vitro. To determine its structure an extra protein superfolder green flourescent protein (sGFP) was appended to the N and C termini of Vitamin K Epoxide<ref name=”Liu”>PMID:33154105</ref> . For the visualizing VKOR, this protein has been removed from the structural scenes. After sGFP was removed from the structural scenes, we further took the structure files and resequenced them to better align with the numbering of the protein. In these files the sequence slightly differs between the organisms used to view Vitamin K Epoxide Reductase. In the human version, HsVKOR, the catalytic cysteines that play an intricate role in the reduction of Vitamin K Epoxide are <scene name='90/904321/Cysteines/7'>cysteines</scene> 43, 51, 132, and 135. In the pufferfish version of the file, TrVKORL, the cysteines are 52, 55, 141, and 144.

Sandbox Reserved 1716: Difference between revisions

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Revision as of 16:59, 19 April 2022 view source Kiana Jackson (talk \| contribs) 153 edits No edit summary ← Older edit		Revision as of 17:03, 19 April 2022 view source Kiana Jackson (talk \| contribs) 153 edits No edit summary Newer edit →
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	Vitamin K Epoxide Reductase is found and primarily synthesized in the [https://en.wikipedia.org/wiki/Liver liver] .		Vitamin K Epoxide Reductase is found and primarily synthesized in the [https://en.wikipedia.org/wiki/Liver liver] .

	Vitamin K Epoxide Reductase is unstable in-vitro. To determine its structure an extra protein superfolder green flourescent protein (sGFP) was appended to the N and C termini of Vitamin K Epoxide. For the visualizing VKOR, this protein has been removed from the structural scenes. After sGFP was removed from the structural scenes, we further took the structure files and resequenced them to better align with the numbering of the protein. In these files the sequence slightly differs between the organisms used to view Vitamin K Epoxide Reductase. In the human version, HsVKOR, the catalytic cysteines that play an intricate role in the reduction of Vitamin K Epoxide are <scene name='90/904321/Cysteines/7'>cysteines</scene> 43, 51, 132, and 135. In the pufferfish version of the file, TrVKORL, the cysteines are 52, 55, 141, and 144.		Vitamin K Epoxide Reductase is unstable in-vitro. To determine its structure an extra protein superfolder green flourescent protein (sGFP) was appended to the N and C termini of Vitamin K Epoxide<ref name=”Liu”>PMID:33154105</ref> . For the visualizing VKOR, this protein has been removed from the structural scenes. After sGFP was removed from the structural scenes, we further took the structure files and resequenced them to better align with the numbering of the protein. In these files the sequence slightly differs between the organisms used to view Vitamin K Epoxide Reductase. In the human version, HsVKOR, the catalytic cysteines that play an intricate role in the reduction of Vitamin K Epoxide are <scene name='90/904321/Cysteines/7'>cysteines</scene> 43, 51, 132, and 135. In the pufferfish version of the file, TrVKORL, the cysteines are 52, 55, 141, and 144.