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| {{STRUCTURE_2j64| PDB=2j64 | SIZE=400| SCENE= |right|CAPTION=Human H-ficolin binding domain trimer complex with Ca+2 ion, [[2j64]] }}
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| '''Ficolin''' (Fic) are defense proteins which belong to the innate immune system and recognize carbohydrate molecules. 3 ficolins were identified in humans L-Fic, H-Fic and M-Fic. | | <StructureSection load='2j64' size='350' side='right' scene='' caption='Human H-ficolin binding domain trimer complex with Ca+2 ion (PDB code [[2j64]]) '> |
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| | '''Ficolin''' (Fic) are defense proteins which belong to the innate immune system and recognize carbohydrate molecules<ref>PMID:8747466</ref>. 3 ficolins were identified in humans L-Fic, H-Fic and M-Fic. |
| | </StructureSection> |
| == 3D Structures of Ficolin == | | == 3D Structures of Ficolin == |
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| | == References == |
| | <references/> |
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Revision as of 17:32, 22 January 2016
Ficolin (Fic) are defense proteins which belong to the innate immune system and recognize carbohydrate molecules[1]. 3 ficolins were identified in humans L-Fic, H-Fic and M-Fic.
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3D Structures of Ficolin3D Structures of Ficolin
Updated on 22-January-2016
{"openlevels":0}
- H-ficolin
- 2j64 - hH-Fic binding domain - human
- 2j5z - hH-Fic binding domain + galactose
- 2j60 - hH-Fic binding domain + fucose
- 2j61 - hH-Fic binding domain + acetyl-glucosamine
- L-ficolin
- 2j3g, 4r9t - hL-Fic binding domain
- 2j0g – hL-Fic binding domain + N-acetyl-mannosamine
- 2j0h - hL-Fic binding domain + acetylcholine
- 4nyt - hL-Fic binding domain + phosphocholine
- 2j0y - hL-Fic binding domain + glucan
- 2j1g, 2j2p - hL-Fic binding domain + acetylcysteine
- 2j3f - hL-Fic binding domain + galactosamine
- 2j3o - hL-Fic binding domain + acetyl-glucosamine
- 4r9j - hL-Fic binding domain + glucosamine sulfate
- 2j3u - hL-Fic binding domain + galactose
- M-ficolin
- 2d39 – hM-Fic fibrinogen-like domain
- 2wnp - hM-Fic fibrinogen-like domain (mutant)
- 2jhh, 2jhm – hM-Fic C terminal
- 2jhi - hL-Mic C terminal + acetyl-galactosamine
- 2jhk - hL-Mic C terminal + acetyl-glucosamine
- 2jhl - hL-Mic C terminal + sialic acid
ReferencesReferences
- ↑ Athappilly FK, Hendrickson WA. Structure of the biotinyl domain of acetyl-coenzyme A carboxylase determined by MAD phasing. Structure. 1995 Dec 15;3(12):1407-19. PMID:8747466
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