Home

HLAC (human)

Overview HLAC Involved in the presentation of foreign antigens to the immune system. Belongs to the MHC class I family. Note: This description may include information from UniProtKB. Protein type: Receptor, misc.; Membrane protein, integral Cellular Component: Golgi membrane; phagocytic vesicle membrane; integral to plasma membrane; early endosome membrane; extracellular region; plasma membrane; MHC class I protein complex Molecular Function: MHC class I receptor activity Biological Process: antigen processing and presentation of peptide antigen via MHC class I; regulation of immune response; virus-host interaction; cytokine and chemokine mediated signaling pathway; antigen processing and presentation of exogenous peptide antigen via MHC class I, TAP-independent; antigen processing and presentation of exogenous peptide antigen via MHC class I; antigen processing and presentation of exogenous peptide antigen via MHC class I, TAP-dependent; immune response Reference #:  P30501 (UniProtKB) Alt. Names/Synonyms: 1C02; class I MHC antigen HLA-B heavy chain; D6S204; FLJ27082; HLA class I antigen; HLA class I heavy chain; HLA class I histocompatibility antigen, C alpha chain; HLA class I histocompatibility antigen, Cw-1 alpha chain; HLA class I histocompatibility antigen, Cw-12 alpha chain; HLA class I histocompatibility antigen, Cw-14 alpha chain; HLA class I histocompatibility antigen, Cw-16 alpha chain; HLA class I histocompatibility antigen, Cw-17 alpha chain; HLA class I histocompatibility antigen, Cw-2 alpha chain; HLA class I histocompatibility antigen, Cw-4 alpha chain; HLA class I histocompatibility antigen, Cw-6 alpha chain; HLA class I histocompatibility antigen, Cw-7 alpha chain; HLA class I histocompatibility antigen, Cw-8 alpha chain; HLA-C; HLA-C (Cw*1201); HLA-Cw; HLA-Cw*050x; HLA-Cw12; HLA-JY3; HLAC; HLC-C; human leukocyte antigen-C alpha chain; leucocyte antigen C; leucocyte antigen Cw; leukocyte antigen-C alpha chain; major histocompatibility antigen HLA-C; major histocompatibility complex, class I, C; MHC class I antigen Cw*1; MHC class I antigen Cw*12; MHC class I antigen Cw*14; MHC class I antigen Cw*16; MHC class I antigen Cw*17; MHC class I antigen Cw*2; MHC class I antigen Cw*4; MHC class I antigen Cw*6; MHC class I antigen Cw*7; MHC class I antigen Cw*8; MHC class I antigen heavy chain HLA-C; MHC class I antigen HLA-C; MHC class I HLA-C; MHC class I HLA-Cw*0803; MHC class I protein HLA-C heavy chain; PSORS1 Gene Symbols: HLA-C Molecular weight: 41,095 Da Basal Isoelectric point: 5.76  Predict pI for various phosphorylation states

Select Structure to View Below HLAC 3BZF - Q/P=3-11 (human) 1BQH - A/D=22-295 (mouse) 1FO0 - H=22-296 (mouse) 1FZJ - A=22-295 (mouse) 1FZK - A=22-295 (mouse) 1FZM - A=22-295 (mouse) 1FZO - A=22-295 (mouse) 1G6R - H/I=22-295 (mouse) 1G7P - A=22-295 (mouse) 1G7Q - A=22-295 (mouse) 1KBG - H=22-295 (mouse) 1KJ2 - H/I=22-298 (mouse) 1KJ3 - H/I=22-299 (mouse) 1KPU - A=22-295 (mouse) 1KPV - A=22-295 (mouse) 1LEG - A=22-295 (mouse) 1LEK - A=22-295 (mouse) 1LK2 - A=22-295 (mouse) 1MWA - H/I=22-295 (mouse) 1N59 - A/C=22-297 (mouse) 1NAM - H=22-296 (mouse) 1NAN - H/L=22-299 (mouse) 1OSZ - A=22-295 (mouse) 1P1Z - A=22-295 (mouse) 1P4L - A=22-295 (mouse) 1RJY - A/D=22-301 (mouse) 1RJZ - A/D=22-301 (mouse) 1RK0 - A=22-295 (mouse) 1RK1 - A=22-295 (mouse) 1S7Q - A=22-369 (mouse) 1S7R - A/D=22-369 (mouse) 1S7S - A=22-369 (mouse) 1S7T - A/D=22-369 (mouse) 1T0M - A/D=22-299 (mouse) 1T0N - A/D=22-299 (mouse) 1VAC - A=22-295 (mouse) 1VAD - A=22-295 (mouse) 1WBZ - A/C=22-296 (mouse) 2CKB - H/I=22-295 (mouse) 2CLV - A/H=22-300 (mouse) 2CLZ - A/H=22-300 (mouse) 2FO4 - A=22-295 (mouse) 2MHA - A/C=22-291 (mouse) 2OL3 - H=22-300 (mouse) 2QRI - A/B=22-301 (mouse) 2QRS - A/B=22-301 (mouse) 2QRT - A/B=22-301 (mouse) 2VAA - A=22-295 (mouse) 2VAB - A=22-295 (mouse) 2ZSV - A/C=22-299 (mouse) 2ZSW - A/C/G/E=22-299 (mouse) 3C8K - A=22-295 (mouse) 3CVH - A/M=22-295 (mouse) 3P4M - A/D=22-298 (mouse) 3P4N - A/D=22-298 (mouse) 3P4O - A/D=22-298 (mouse) 3P9L - A/D=22-299 (mouse) 3P9M - A/D=22-298 (mouse) 3PAB - A/D=22-299 (mouse) 3RGV - C=22-296 (mouse) 3ROL - A/C=22-296 (mouse) 3TID - A=22-297 (mouse) 3TIE - A/D=22-297 (mouse) 4HKJ - A/M/I/E=22-301 (mouse) 3DMM - A=26-299 (mouse) 3E6F - A=26-298 (mouse) 3E6H - A=26-299 (mouse) 3ECB - A=26-301 (mouse) 1LD9 - A/D=25-292 (mouse) 1LDP - H=25-296 (mouse) 2E7L - E/F=25-205 (mouse) 2OI9 - A=25-203 (mouse) 3E2H - A=25-199 (mouse) 3E3Q - A/P/Y/B/H/c/L/U=25-199 (mouse) 3UO1 - P=70-78 (mouse) 3UYR - P=70-77 (mouse) 3V4U - P=70-78 (mouse) 3V52 - P=70-77 (mouse) 3VJ6 - P=3-11 (mouse)

STRING  |  Scansite  |  Phospho.ELM  |  NetworKIN  |  Pfam  |  Source  |  GeneCards  |  UniProtKB  |  Entrez-Gene  |  Ensembl Gene

	Modification Sites and Domains	Show Modification Legend
Click here to view phosphorylation modifications only

	Modification Sites in Parent Protein, Orthologs, and Isoforms	Show Modification Legend

SS  SS: The number of records in which this modification site was determined using site-specific methods. SS methods include amino acid sequencing, site-directed mutagenesis, modification site-specific antibodies, specific MS strategies, etc.	MS  MS: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.			human ► Hide Isoforms
0	1		T20	LSGALALTETWACSH
0	1		S28	ETWACSHSMRYFYTA
0	1		T55	AVGYVDDTQFVRFDS
0	1		Y83-p	VEQEGPEyWDRETQk
0	1		K90-u	yWDRETQkYNRQAQT
0	1		N92	DRETQkYNRQAQTDR
0	1		T97	kYNRQAQTDRVNLRK
0	1		Y137	DGRLLRGYDQSAYDG
0	10		K145-u	DQSAYDGkDYIALNE
0	2		Y147	SAYDGkDYIALNEDL
0	1		S156	ALNEDLRSWTAADTA
0	1		T162	RSWTAADTAAQITQR
0	4		K170-u	AAQITQRkWEAAREA
0	1		Y183	EAEEWRAYLEGECVE
0	1		-	gap
0	25		K200-u	RRYLENGkEKLQRAE
0	8		K202	YLENGkEKLQRAEHP
0	5		K210-u	LQRAEHPkTHVTHHP
0	10		K267-u	AGDGTFQkWAAVVVP
0	14		K341-u	RRKSSGGkGGSCSQA
0	38		-	gap
0	1		S350	GSCSQAASSNSAQGS
0	2		S351	SCSQAASSNSAQGSD
0	5		-	gap
0	7		-	gap
0	15		S357	SSNSAQGSDESLIAS
0	20		S360	SAQGSDESLIASkA_
0	48		K365-u	DESLIASkA______
0	2		-	gap
0	1		-	gap
0	2		-	gap

	HLAC iso2
T20	LSGALALTETWACSH
S28	ETWACSHSMKYFFTS
T55	SVGYVDDTQFVRFDS
Y83	VEQEGPEYWDRETQK
K90	YWDRETQKYNRQAQT
N92	DRETQKYNRQAQTDR
T97	KYNRQAQTDRVSLRN
Y137	DGRLLRGYDQYAYDG
K145-u	DQYAYDGkDYIALNE
Y147	YAYDGkDYIALNEDL
S156	ALNEDLRSWTAADTA
T162	RSWTAADTAAQITQR
K170	AAQITQRKWEAAREA
Y183	EAEERRAYLEGTCVE
-	gap
K200	RRYLENGKESLQRAE
S202	YLENGKESLQRAEHP
K210	LQRAEHPKTHVTHHP
K267	AGDGTFQKWAAVMVP
K341	RRKSSGGKGGSCSQA
-	gap
S350	GSCSQAASSNSAQGS
S351	SCSQAASSNSAQGSD
-	gap
-	gap
S357	SSNSAQGSDESLIAS
S360	SAQGSDESLIASKA_
K365	DESLIASKA______
-	gap
-	gap
-	gap

	HLAC iso5
T20	LSGALALTETWACSH
S28	ETWACSHSMRYFYTA
T55	AVGYVDDTQFVQFDS
Y83	VEQEGPEYWDRETQK
K90	YWDRETQKYKRQAQT
K92	DRETQKYKRQAQTDR
T97	KYKRQAQTDRVNLRK
Y137-p	DGRLLRGyNQFAYDG
K145-u	NQFAYDGkDyIALNE
Y147-p	FAYDGkDyIALNEDL
S156	ALNEDLRSWTAADkA
K162-u	RSWTAADkAAQITQR
K170	AAQITQRKWEAAREA
Y183	EAEQRRAYLEGTCVE
-	gap
K200	RRYLENGKKTLQRAE
T202	YLENGKKTLQRAEHP
K210-u	LQRAEHPkTHVTHHP
K267-u	AGDGTFQkWAAVVVP
K341-u	RRKSSGGkGGSCSQA
-	gap
S350-p	GSCSQAAssNSAQGs
S351-p	SCSQAAssNSAQGsD
-	gap
-	gap
S357-p	ssNSAQGsDEsLIAC
S360-p	SAQGsDEsLIACkA_
K365-u	DEsLIACkA______
-	gap
-	gap
-	gap

	HLAC iso7
T20	LSGGLALTETWACSH
S28	ETWACSHSMRYFDTA
T55	SVGYVDDTQFVRFDS
Y83	VEQEGPEYWDRETQK
K90	YWDRETQKYKRQAQA
K92	DRETQKYKRQAQADR
A97	KYKRQAQADRVSLRN
Y137	DGRLLRGYDQSAYDG
K145	DQSAYDGKDYIALNE
Y147	SAYDGKDYIALNEDL
S156	ALNEDLRSWTAADTA
T162	RSWTAADTAAQITQR
K170	AAQITQRKLEAARAA
Y183-p	AAEQLRAyLEGTCVE
-	gap
K200-u	RRYLENGkEtLQRAE
T202-p	YLENGkEtLQRAEPP
K210	LQRAEPPKTHVTHHP
K267-u	AGDGTFQkWAAVVVP
K341-u	RRKSSGGkGGSCSQA
-	gap
C350	GSCSQAACSNSAQGs
S351	SCSQAACSNSAQGsD
-	gap
-	gap
S357-p	CSNSAQGsDEsLITC
S360-p	SAQGsDEsLITCkA_
K365-u	DEsLITCkA______
-	gap
-	gap
-	gap

	HLAC iso15
-	gap
S3	_____SHSMRYFYTA
T30	AVGYVDDTQFVRFDS
Y58	VEQEGPEYWDRETQN
N65	YWDRETQNYkRQAQT
K67-u	DRETQNYkRQAQTDR
T72	NYkRQAQTDRVNLRK
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap

	HLAC iso20
T20	LSGGLALTETWACSH
S28	ETWACSHSMRYFDTA
T55	SVGYVDDTQFVRFDS
Y83	VEQEGPEYWDRETQK
K90	YWDRETQKYKRQAQA
K92	DRETQKYKRQAQADR
A97	KYKRQAQADRVSLRN
Y137	DGRLLRGYDQFAYDG
K145-u	DQFAYDGkDYIALNE
Y147	FAYDGkDYIALNEDL
S156	ALNEDLRSWTAADTA
T162	RSWTAADTAAQITQR
K170	AAQITQRKLEAARAA
Y183	AAEQDRAYLEGTCVE
-	gap
K200	RRYLENGKKTLQRAE
T202	YLENGKKTLQRAEPP
K210	LQRAEPPKTHVTHHP
K267-u	AGDGTFQkWAAVVVP
K341	RRKSSGGKGGSCSQA
-	gap
C350	GSCSQAACSNSAQGs
S351	SCSQAACSNSAQGsD
-	gap
-	gap
S357-p	CSNSAQGsDEsLITC
S360-p	SAQGsDEsLITCKA_
K365	DEsLITCKA______
-	gap
-	gap
-	gap

	HLAC iso27
T20	LSGALALTETWACSH
S28	ETWACSHSMRYFDTA
T55	SVGYVDDTQFVRFDS
Y83	VEQEGPEYWDRETQK
K90	YWDRETQKYKRQAQA
K92	DRETQKYKRQAQADR
A97	KYKRQAQADRVNLRK
Y137	DGRLLRGYDQSAYDG
K145	DQSAYDGKDYIALNE
Y147	SAYDGKDYIALNEDL
S156	ALNEDLRSWTAADTA
T162	RSWTAADTAAQITQR
K170	AAQITQRKWEAAREA
Y183	EAEQWRAYLEGTCVE
-	gap
K200	RRYLENGKEtLQRAE
T202-p	YLENGKEtLQRAEHP
K210	LQRAEHPKTHVTHHP
K267	AGDGTFQKWAAVVVP
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
-	gap
S345-p	SGREGVRsGVWPAtV
T351-p	RsGVWPAtVPRALMS

	mouse ► Hide Isoforms
A20	LAAALAPAQTRAGPH
S28	QTRAGPHSLRYFETV
T55	SVGYVDNTEFVRFDS
Y83	MEQEGPEYWERETQI
I90	YWERETQIAKGNEQS
K92	ERETQIAKGNEQSFR
S97	IAKGNEQSFRVDLRT
Y137	DWRLLRGYEQFAYDG
C145	EQFAYDGCDYIALNE
Y147	FAYDGCDYIALNEDL
T156	ALNEDLKTWTAADMA
M162	KTWTAADMAALITKH
K170	AALITKHKWEQAGAA
Y183	AAERDRAYLEGTCVE
-	gap
N200	RRYLELGNATLLHTD
T202	YLELGNATLLHTDSP
K210	LLHTDSPKAHVTHHP
K267-u	AGDGTFQkWASVVVP
K340	MRRNTGGKGGDYTLT
Y344	TGGKGGDYTLTPGSQ
-	gap
-	gap
S350	DYTLTPGSQSsEMsL
S352	TLTPGSQSsEMsLPD
S353-p	LTPGSQSsEMsLPDC
S356-p	GSQSsEMsLPDCKA_
K361	EMsLPDCKA______
-	gap
-	gap
-	gap

	HLAC iso7
T17	LAAALAPTQTRAGPH
S25	QTRAGPHSLRYFETA
T52	EVGYVDDTEFVRFDS
Y80	MEQVEPEYWEEQTQI
I87	YWEEQTQIAKGNEQR
K89	EEQTQIAKGNEQRsR
S95-p	AKGNEQRsRVNLRTA
Y134	DWRLLRGYEQVAYDG
R142	EQVAYDGRDYIALNE
Y144	VAYDGRDYIALNEDL
T153	ALNEDLKTWTAADMA
M159	KTWTAADMAALITKH
K167	AALITKHKWEQAGAA
Y180	AAERRRAYLEGTCVE
-	gap
N197	RRYLELGNATLLRTD
T199	YLELGNATLLRTDSP
K207	LLRTDSPKAHVTHHS
K264	AGDGTFQKWASVVVP
K337-u	RRRNTGGkGGDyALA
Y341-p	TGGkGGDyALAPGsQ
-	gap
-	gap
S347-p	DyALAPGsQtsDLsL
T349-p	ALAPGsQtsDLsLPD
S350-p	LAPGsQtsDLsLPDC
S353-p	GsQtsDLsLPDCKVM
K358	DLsLPDCKVMVHNPH
S366-p	VMVHNPHsLA_____
-	gap
-	gap

	HLAC iso21
T17	LAAALAPTQTRAGPH
S25	QTRAGPHSLRYFVTA
T52	EVGYVDDTEFVRFDS
Y80	MEQEGPEYWERETQK
K87	YWERETQKAKGNEQS
K89	ERETQKAKGNEQSFR
S94	KAKGNEQSFRVDLRT
Y134	DGRLLRGYQQYAYDG
C142	QQYAYDGCDYIALNE
Y144	YAYDGCDYIALNEDL
T153	ALNEDLKTWTAADMA
M159	KTWTAADMAALITKH
K167	AALITKHKWEQAGEA
Y180	EAERLRAYLEGTCVE
-	gap
N197	RRYLKNGNAtLLRTD
T199-p	YLKNGNAtLLRTDSP
K207	LLRTDSPKAHVTHHS
K264	AGDGTFQKWASVVVP
K338-u	RRRNTGGkGGDyALA
Y342-p	TGGkGGDyALAPGsQ
-	gap
-	gap
S348-p	DyALAPGsQtsDLsL
T350-p	ALAPGsQtsDLsLPD
S351-p	LAPGsQtsDLsLPDC
S354-p	GsQtsDLsLPDCkVM
K359-u	DLsLPDCkVMVHDPH
S367-p	VMVHDPHsLA_____
-	gap
-	gap

	HLAC iso22
T17	LAAALAPTQTRAGPH
S25	QTRAGPHSLRYFVTA
T52	AVGYVDDTQFVRFDS
Y80	MEQEGPEYWEEQTQR
R87	YWEEQTQRAKSDEQW
K89	EEQTQRAKSDEQWFR
W94	RAKSDEQWFRVSLRT
Y134	DWRLLRGYQQFAYDG
R142	QQFAYDGRDYIALNE
Y144	FAYDGRDYIALNEDL
T153	ALNEDLKTWTAADTA
T159	KTWTAADTAALITRR
K167	AALITRRKWEQAGDA
Y180	DAEYYRAYLEGECVE
-	gap
N197	RRYLELGNETLLRTD
T199	YLELGNETLLRTDSP
K207	LLRTDSPKAHVTYHP
K264	AGDGTFQKWAAVVVP
K337-u	MRRNTGGkGVNyALA
Y341-p	TGGkGVNyALAPGsQ
-	gap
-	gap
S347-p	NyALAPGsQtsDLsL
T349-p	ALAPGsQtsDLsLPD
S350-p	LAPGsQtsDLsLPDG
S353-p	GsQtsDLsLPDGKVM
K358	DLsLPDGKVMVHDPH
S366-p	VMVHDPHsLA_____
-	gap
-	gap

	HLAC iso23
T20	LAAALGPTQTRAGSH
S28	QTRAGSHSLRYFVTA
T55	EVGYVDNTEFVRFDS
Y83	IEQEGPEYWERETRR
R90	YWERETRRAKGNEQS
K92	ERETRRAKGNEQSFR
S97	RAKGNEQSFRVDLRT
Y137	DGRLLRGYWQFAYDG
C145	WQFAYDGCDYIALNE
Y147	FAYDGCDYIALNEDL
T156	ALNEDLKTWTAADMA
M162	KTWTAADMAAQITRR
K170	AAQITRRKWEQAGAA
Y183	AAERDRAYLEGECVE
-	gap
N200	RRYLKNGNAtLLRTD
T202-p	YLKNGNAtLLRTDPP
K210	LLRTDPPKAHVTHHR
K267	AGDGTFQKWASVVVP
K343	RRRNTGGKGGDyALA
Y347-p	TGGKGGDyALAPGsQ
-	gap
-	gap
S353-p	DyALAPGsQssDMsL
S355-p	ALAPGsQssDMsLPD
S356-p	LAPGsQssDMsLPDC
S359-p	GsQssDMsLPDCKV_
K364	DMsLPDCKV______
-	gap
-	gap
-	gap

	HLAC iso25
T17	LAVALAPTQTRAGPH
S25	QTRAGPHSLRYFYTT
T52	SVGYVDNTEFVRFDS
Y80	MEQEGPEYWERETQK
K87	YWERETQKSKGQKES
K89	ERETQKSKGQKESFR
S94	KSKGQKESFRVDLRT
Y134	DWRLLRGYLQYAYDG
R142	LQYAYDGRDYIALNE
Y144	YAYDGRDYIALNEDL
T153	ALNEDLKTWTAADMA
M159	KTWTAADMAAQITRH
K167	AAQITRHKWEQAGAA
Y180	AAELYKAYLEGECVE
S188-p	LEGECVEsLRRYLEL
N197	RRYLELGNATLLRTD
T199	YLELGNATLLRTDSP
K207	LLRTDSPKAHVTHHS
K264	AGDGTFQKWASVVVP
K338-u	RRRNTGGkGGDyALA
Y342-p	TGGkGGDyALAPGSQ
-	gap
-	gap
S348	DyALAPGSQTSDLsL
T350	ALAPGSQTSDLsLPD
S351	LAPGSQTSDLsLPDC
S354-p	GSQTSDLsLPDCKA_
K359	DLsLPDCKA______
-	gap
-	gap
-	gap

	HLAC iso26
-	gap
S28	QTRAGPHSMRYFETA
K55-u	SVGYVDNkEFVRFDS
Y83	MEQEGPEYWERITQI
I90	YWERITQIAKGQEQW
K92	ERITQIAKGQEQWFR
W97	IAKGQEQWFRVNLRT
Y137	DGRLLRGYEQFAYDG
C145	EQFAYDGCDYIALNE
Y147	FAYDGCDYIALNEDL
T156	ALNEDLKTWTAADMA
M162	KTWTAADMAAQITRR
K170-u	AAQITRRkWEQAGAA
Y183	AAEYYRAYLEGECVE
-	gap
N200	HRYLKNGNAtLLRTD
T202-p	YLKNGNAtLLRTDSP
K210	LLRTDSPKAHVTHHP
K267	AGDGTFQKWASVVVP
K340-u	RRRNTGGkGGDyALA
Y344-p	TGGkGGDyALAPGsQ
-	gap
-	gap
S350-p	DyALAPGsQssEMsL
S352-p	ALAPGsQssEMsLRD
S353-p	LAPGsQssEMsLRDC
S356-p	GsQssEMsLRDCKA_
K361	EMsLRDCKA______
-	gap
-	gap
-	gap

	rat ► Hide Isoforms
-	gap
S4	____GSHSLRYFVTA
T31	EVGYVDDTEFVRYDS
Y59	MEREGREYWERETRI
I66	YWERETRIAKGNEQT
K68	ERETRIAKGNEQTFR
T73	IAKGNEQTFRENLRT
Y113	DGSLLRGYEQFAYDG
R121	EQFAYDGRDYIVLNE
Y123	FAYDGRDYIVLNEDL
T132	VLNEDLKTWTAADTA
T138	KTWTAADTAARITRN
K146	AARITRNKWDRAGVA
Y159	VAERHKAYLEGKCLE
S167	LEGKCLESLLRYLEL
K176	LRYLELGKETLLRSD
T178	YLELGKETLLRSDPP
K186	LLRSDPPKAHVTLHP
K243	AGDGTFQKWASVVVP
K321	RRRNTGGKVGVyAPA
Y325-p	TGGKVGVyAPAPSRD
-	gap
-	gap
S334	PAPSRDSSESSDVSL
S336	PSRDSSESSDVSLSD
S337	SRDSSESSDVSLSDC
S340	SSESSDVSLSDCKA_
K345	DVSLSDCKA______
-	gap
-	gap
-	gap

	HLAC iso1
T20-p	LAAALAPtQTRAGSH
S28-p	QTRAGSHsMRYFDIA
T55	IVGYVDDTEFVRFDS
Y83	MEPEGPEYWEEQTRR
R90	YWEEQTRRAKEGEQT
K92	EEQTRRAKEGEQTFR
T97	RAKEGEQTFRVNLRT
Y137	DGRLLRGYEQYAYDG
R145	EQYAYDGRDYIALNE
Y147	YAYDGRDYIALNEDL
T156	ALNEDLKTWTAADFA
F162	KTWTAADFAARISRN
K170	AARISRNKWDQAGVA
Y183	VAERLRAYLEGECVE
-	gap
K200	RRYLELGKETLLRSD
T202	YLELGKETLLRSDPP
K210	LLRSDPPKAHVTLHP
K267	AGDGTFQKWASVVVP
K345	RRRNTGGKGVYTPAP
Y348	NTGGKGVYTPAPGTD
-	gap
-	gap
S357	PAPGTDSSQSSDVSL
S359	PGTDSSQSSDVSLPD
S360	GTDSSQSSDVSLPDC
S363	SSQSSDVSLPDCKA_
K368	DVSLPDCKA______
-	gap
-	gap
-	gap

	HLAC iso3
T17	LAAALAPTQTQAGSH
S25	QTQAGSHSLRYFDIA
R52	IVGYVDDREVMRFDS
Y80	MEREGPEYWERQTRK
K87	YWERQTRKVKEKEQI
K89	ERQTRKVKEKEQIFR
I94	KVKEKEQIFRDNLRT
Y134	DGSLLRGYNQHAYDG
R142	NQHAYDGRDyIALNE
Y144-p	HAYDGRDyIALNEDL
T153-p	ALNEDLKtWTAADTA
T159	KtWTAADTAAQITKN
K167	AAQITKNKWERDGEA
Y180	EAERRRAYLEGECVE
-	gap
K197	RSYLAPRKETLLRSD
T199	YLAPRKETLLRSDPP
K207	LLRSDPPKAHVTLHP
K264	AGDGTFQKWASVVVP
K345	RRRNTGGKGDYTPAR
Y348	NTGGKGDYTPARGRD
-	gap
-	gap
S357	PARGRDSSQSsDVsL
S359	RGRDSSQSsDVsLPD
S360-p	GRDSSQSsDVsLPDC
S363-p	SSQSsDVsLPDCKA_
K368	DVsLPDCKA______
-	gap
-	gap
-	gap

Home  |  Curator Login With enhanced literature mining using Linguamatics I2E Produced by 3rd Millennium  |  Design by Digizyme ©2003-2013 Cell Signaling Technology, Inc.