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AKAP13 (mouse)

Overview AKAP13 Anchors cAMP-dependent protein kinase (PKA) and acts as an adapter protein to selectively couple G alpha-13 and Rho. Augments gene activation by the estrogen receptor in an element- specific and ligand-dependent manner. Activates estrogen receptor beta by a p38 MAPK-dependent pathway. Stimulates exchange activity on Rho proteins in vitro, but not on CDC42, Ras or Rac and may bind calcium ions. 4 isoforms of the human protein are produced by alternative splicing. Note: This description may include information from UniProtKB. Protein type: Guanine nucleotide exchange factor, Rac/Rho; Adaptor/scaffold Cellular Component: perinuclear region of cytoplasm; cytoplasm Molecular Function: Rho GTPase binding; metal ion binding; protein kinase A binding; protein complex scaffold Biological Process: nuclear export; regulation of protein kinase activity Reference #:  NP_083608 (RefSeq) Alt. Names/Synonyms: 1700026G02Rik; 5730522G15Rik; 5830460E08Rik; A kinase (PRKA) anchor protein 13; AKAP-Lbc; Akap13; BRX; Ht31; LBC; MCG15699, isoform CRA_c; PROTO-LB; PROTO-LBC; Putative uncharacterized protein; type II cAMP-dependent protein kinase anchoring protein Ht31 Gene Symbols: Akap13 Molecular weight: 303,976 Da Basal Isoelectric point: 5.26  Predict pI for various phosphorylation states

Select Structure to View Below AKAP13 2DRN - C=1246-1268 (human) 2LG1 - A=2164-2346 (human)

STRING  |  Scansite  |  Phospho.ELM  |  NetworKIN  |  Pfam  |  UCSD-Nature  |  UniProtKB  |  Entrez-Gene  |  GenPept  |  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.			mouse
0	1		K135-u	DVNSLDEkVALAFRH
0	2		T180	RLGLLRLTWFLLQKP
0	1		K186	LTWFLLQKPGGRGAL
0	1		T271	EPHGDSCTGHISKLM
0	1		K286-u	NIQQQLMkTNLKQMD
0	1		T578-p	RGCEGGTtsDQSsPV
0	1		S579-p	GCEGGTtsDQSsPVL
0	1		S583-p	GTtsDQSsPVLPAAA
0	3		-	gap
0	2		S784	SSFSLASSPESESVT
0	2		S856-p	RTSMGNTsPVGIGGE
0	1		S867-p	IGGEQEGssPTATLE
0	1		S868-p	GGEQEGssPTATLEV
0	1		T941-p	MSREDQRtPPSGQEI
0	8		-	gap
0	1		K1086-a	ATAEPRKkDASHCIK
0	1		K1118-a	LPEAFLDkGVTDLQE
0	1		T1128	TDLQEVITPEIEPLD
0	4		S1200	ASIPAEESNATTVST
0	1		-	gap
0	3		T1204	AEESNATTVSTQAAD
0	2		S1218-p	DVPTRADsIEETATR
0	1		S1377	SLLASKQSSECRSFI
0	2		S1455-p	DRHSSHGsDVSLPQT
0	1		S1458	SSHGsDVSLPQTSKL
0	3		S1473-p	NRSRNHQsANGFFSP
0	1		F1478	HQsANGFFSPGVEAP
0	4		S1524-p	FLRSSMRsLsPFRRH
0	12		S1526-p	RSSMRsLsPFRRHsW
2	18		S1532-p	LsPFRRHsWGPGKNA
0	1		S1541-p	GPGKNAAsDAEMNQR
0	1		-	gap
0	1		-	gap
0	1		-	gap
0	2		S1567-p	RPPIHRRsFsLEGLT
0	10		S1569-p	PIHRRsFsLEGLTGG
0	1		S1594-p	EMSSANSsELRNPFG
0	9		S1608-p	GGEEQRNsLMsLsEE
0	12		S1611-p	EQRNsLMsLsEEHLE
0	10		S1613-p	RNsLMsLsEEHLEPD
0	10		K1637	QQTCYRSKQQGFNYC
0	1		Y1643	SKQQGFNYCTSAISS
0	1		S1709	EKSGTKVSRTFsYIR
0	6		S1713-p	TKVSRTFsYIRNKMS
0	1		K1728-a	SSKKSKEkEKEKDKI
0	1		K1740-a	DKIKEKEkDSkEKEK
0	1		K1743-a	KEKEkDSkEKEKDKK
0	22		S1839-p	QPKERPRsAVLLADE
0	1		A1847	AVLLADEATAAPMFT
0	4		A1850	LADEATAAPMFTNRR
0	2		S1858	PMFTNRRSQQSVSLS
0	1		S1863	RRSQQSVSLSKsVsI
0	1		S1865	SQQSVSLSKsVsIQN
0	1		S1867-p	QSVSLSKsVsIQNIT
0	1		S1869-p	VSLSKsVsIQNITGV
0	23		S1892-p	TWKFLSHstDsLNKI
0	4		T1893-p	WKFLSHstDsLNKIC
0	15		S1895-p	FLSHstDsLNKICKV
0	1		S1908-p	KVNESTEsLTDEGVG
0	1		T1989-p	VYSRGMMtDLLFEQQ
0	1		Y2073-p	QHNQSVNyFKDLYTK
0	2		Y2078	VNyFKDLYTKDKRFQ
0	2		Y2168	KVRLGEIYTKTDSKS
0	1		S2175	YTKTDSKSIMRMKSG
0	1		Y2232	LQEKDQKYVFASLDH
0	1		S2236	DQKYVFASLDHKSTV
0	1		S2241	FASLDHKSTVISLKK
0	1		T2242	ASLDHKSTVISLKKL
0	3		S2308	DEDEGIPSENEEEKK
0	7		S2353	FRDMTECSTPLPEDC
0	19		T2354	RDMTECSTPLPEDCs
0	19		S2361-p	TPLPEDCsPtHsPRV
0	10		T2363-p	LPEDCsPtHsPRVLF
0	5		S2365-p	EDCsPtHsPRVLFRS
0	4		S2372	sPRVLFRSNtEEALK
0	58		T2374-p	RVLFRSNtEEALKGG
0	1		S2424	EVMAAPISLPRRAEt
0	299		T2431-p	SLPRRAEtFGGFDCH
0	8		C2437	EtFGGFDCHQMNASK
0	15		S2462-p	QDLRRTEsDSGLKKG
0	7		S2525-p	TEKVLTRsAsRPssL
0	16		S2527-p	KVLTRsAsRPssLIE
0	8		S2530-p	TRsAsRPssLIEQEK
0	17		S2531-p	RsAsRPssLIEQEKQ
0	102		S2663-p	GRLMRIPsFLPNsDE
0	13		N2667	RIPsFLPNsDEFSSP
0	1		S2668-p	IPsFLPNsDEFSSPS
0	37		S2673	PNsDEFSSPSAPSVT
0	2		S2675	sDEFSSPSAPSVTKS
0	5		S2678	FSSPSAPSVTKSGSL
0	18		S2692-p	LDSELSVsPKRNSIS
1	0		S2697	SVsPKRNSISRTQKD
0	1		S2713	GPFHILGSASQTKVP
0	1		S2724	TKVPEGQSQAPSSTS
0	1		S2729	GQSQAPSSTSTSTRL
0	1		P2768	DGPASEVPAEGEEIF

	human ► Hide Isoforms
K135	DVNSLDKKLVLAFRH
T180-p	RLGLLRLtWFLLQkP
K186-u	LtWFLLQkPGGRGAL
T273-p	PFPGDGCtGPIFKLM
K288	NIQQQLMKTNLKQMD
-	gap
-	gap
S586	DAPVDQNSVVIPAAA
Y604-p	ISDGLEPyTLLAAGI
S790-p	STFSLANsPGSESVT
S864	QHGMGNTSLTGLGGE
-	gap
-	gap
T953-p	TLQEEQRtPPPGQDT
S983-p	KALQLSNsPGASSAF
E1106	GMAEPRRENISHNTQ
K1139	LPVALQDKAVTDPQG
T1149-p	TDPQGVGtPEMIPLD
S1226-p	PPSGRERstPsLPCM
T1227-p	PSGRERstPsLPCMV
S1229-p	GRERstPsLPCMVSA
L1247	PLPKGADLIEEAASR
S1411-p	SLLASKQsPECENFL
S1489	DRHSSHGSDVsLSQI
S1492-p	SSHGSDVsLSQILKP
S1507-p	NRSRDRQsLDGFySH
Y1512-p	RQsLDGFySHGMGAE
S1557-p	VLRSSMRsLsPFRRH
S1559-p	RSSMRsLsPFRRHsW
S1565-p	LsPFRRHsWGPGKNA
S1574	GPGKNAASDAEMNHR
-	gap
-	gap
-	gap
S1600-p	RPPIHRRsFsLEGLT
S1602-p	PIHRRsFsLEGLTGG
E1628	EVSSANAEELRHPFS
S1642-p	SGEERVDsLVsLsEE
S1645-p	ERVDsLVsLsEEDLE
S1647-p	VDsLVsLsEEDLESD
K1670-m1	QQICHRSkQQGFNyC
Y1676-p	SkQQGFNyCTSAISS
S1746-p	WKSGTKVsRTFsYIK
S1750-p	TKVsRTFsYIKNKMS
K1765	SSKKSKEKEKEKDKI
K1777	DKIKEKEKDSKDKEK
K1780	KEKEKDSKDKEKDKK
S1876-p	QPKERPRsAVLLVDE
T1884-p	AVLLVDEtATtPIFA
T1887-p	LVDEtATtPIFANRR
S1895-p	PIFANRRsQQSVsLs
S1900-p	RRsQQSVsLsKsVSI
S1902-p	sQQSVsLsKsVSIQN
S1904-p	QSVsLsKsVSIQNIT
S1906	VsLsKsVSIQNITGV
S1929-p	TWKFLSHstDsLNKI
T1930-p	WKFLSHstDsLNKIS
S1932-p	FLSHstDsLNKISKV
S1945	KVNESTESLTDEGVG
A2026	VYSQGMMADLLFEQQ
Y2110	QHNQSVNYFKDLyAK
Y2115-p	VNYFKDLyAKDKRFQ
Y2205-p	KVRLNEIyTKTDSKs
S2212-p	yTKTDSKsIMRMKSG
Y2269-p	LQEKDQKyIFAsLDQ
S2273-p	DQKyIFAsLDQKstV
S2278-p	FAsLDQKstVISLKK
T2279-p	AsLDQKstVISLKKL
S2345-p	DEDEGIPsENEEEKK
S2390-p	FRDMAECstPLPEDC
T2391-p	RDMAECstPLPEDCs
S2398-p	tPLPEDCsPtHsPRV
T2400-p	LPEDCsPtHsPRVLF
S2402-p	EDCsPtHsPRVLFRs
S2409-p	sPRVLFRsNtEEALK
T2411-p	RVLFRsNtEEALKGG
S2460-p	QDVVGPVsLPRRAEt
T2467-p	sLPRRAEtFGGFDsH
S2473-p	EtFGGFDsHQMNASK
S2498-p	QDLRRTEsDSGLKKG
S2561-p	SERALTRsLsRPssL
S2563-p	RALTRsLsRPssLIE
S2566-p	TRsLsRPssLIEQEK
S2567-p	RsLsRPssLIEQEKQ
S2699-p	TKLMRIPsFFPsPEE
S2703-p	RIPsFFPsPEEPPsP
P2704	IPsFFPsPEEPPsPs
S2709-p	PsPEEPPsPsAPsIA
S2711-p	PEEPPsPsAPsIAKS
S2714-p	PPsPsAPsIAKSGSL
S2728-p	LDSELSVsPKRNsIS
S2733-p	SVsPKRNsISRTHKD
S2749-p	GPFHILSsTSQTNKG
S2761-p	NKGPEGQsQAPAsTS
S2766-p	GQsQAPAsTSASTRL
S2805-p	DGPASEVsAEGEEIF

	AKAP13 iso2
K135	DVNSLDKKLVLAFRH
T180	RLGLLRLTWFLLQKP
K186	LTWFLLQKPGGRGAL
T273	PFPGDGCTGPIFKLM
K288	NIQQQLMKTNLKQMD
-	gap
-	gap
S586	DAPVDQNSVVIPAAA
Y604	ISDGLEPYTLLAAGI
S790	STFSLANSPGSESVT
S864	QHGMGNTSLTGLGGE
-	gap
-	gap
T953	TLQEEQRTPPPGQDT
S983	KALQLSNSPGASSAF
E1106	GMAEPRRENISHNTQ
K1139	LPVALQDKAVTDPQG
T1149	TDPQGVGTPEMIPLD
S1226	PPSGRERSTPSLPCM
T1227	PSGRERSTPSLPCMV
S1229	GRERSTPSLPCMVSA
L1247	PLPKGADLIEEAASR
S1411	SLLASKQSPECENFL
S1489	DRHSSHGSDVSLSQI
S1492	SSHGSDVSLSQILKP
S1507	NRSRDRQSLDGFYSH
Y1512	RQSLDGFYSHGMGAE
S1557	VLRSSMRSLSPFRRH
S1559	RSSMRSLSPFRRHSW
S1565	LSPFRRHSWGPGKNA
S1574	GPGKNAASDAEMNHR
S1582-p	DAEMNHRsMsWCPsG
S1584-p	EMNHRsMsWCPsGVQ
S1588-p	RsMsWCPsGVQYSAG
S1604	SADFNYRSFSLEGLT
S1606	DFNYRSFSLEGLTGG
E1632	EVSSANAEELRHPFS
S1646	SGEERVDSLVSLSEE
S1649	ERVDSLVSLSEEDLE
S1651	VDSLVSLSEEDLESD
K1674	QQICHRSKQQGFNYC
Y1680	SKQQGFNYCTSAISS
S1750	WKSGTKVSRTFSYIK
S1754	TKVSRTFSYIKNKMS
K1769	SSKKSKEKEKEKDKI
K1781	DKIKEKEKDSKDKEK
K1784	KEKEKDSKDKEKDKK
S1880	QPKERPRSAVLLVDE
T1888	AVLLVDETATTPIFA
T1891	LVDETATTPIFANRR
S1899	PIFANRRSQQSVSLS
S1904	RRSQQSVSLSKSVSI
S1906	SQQSVSLSKSVSIQN
S1908	QSVSLSKSVSIQNIT
S1910	VSLSKSVSIQNITGV
S1933	TWKFLSHSTDSLNKI
T1934	WKFLSHSTDSLNKIS
S1936	FLSHSTDSLNKISKV
S1949	KVNESTESLTDEGVG
A2030	VYSQGMMADLLFEQQ
Y2114	QHNQSVNYFKDLYAK
Y2119	VNYFKDLYAKDKRFQ
Y2209	KVRLNEIYTKTDSKS
S2216	YTKTDSKSIMRMKSG
Y2273	LQEKDQKYIFASLDQ
S2277	DQKYIFASLDQKSTV
S2282	FASLDQKSTVISLKK
T2283	ASLDQKSTVISLKKL
S2349	DEDEGIPSENEEEKK
S2394	FRDMAECSTPLPEDC
T2395	RDMAECSTPLPEDCS
S2402	TPLPEDCSPTHSPRV
T2404	LPEDCSPTHSPRVLF
S2406	EDCSPTHSPRVLFRS
S2413	SPRVLFRSNTEEALK
T2415	RVLFRSNTEEALKGG
S2464	QDVVGPVSLPRRAET
T2471	SLPRRAETFGGFDSH
S2477	ETFGGFDSHQMNASK
S2502	QDLRRTESDSGLKKG
S2565	SERALTRSLSRPSSL
S2567	RALTRSLSRPSSLIE
S2570	TRSLSRPSSLIEQEK
S2571	RSLSRPSSLIEQEKQ
S2703	TKLMRIPSFFPSPEE
S2707	RIPSFFPSPEEPPSP
P2708	IPSFFPSPEEPPSPS
S2713	PSPEEPPSPSAPSIA
S2715	PEEPPSPSAPSIAKS
S2718	PPSPSAPSIAKSGSL
S2732	LDSELSVSPKRNSIS
S2737	SVSPKRNSISRTHKD
S2753	GPFHILSSTSQTNKG
S2765	NKGPEGQSQAPASTS
S2770	GQSQAPASTSASTRL
S2809	DGPASEVSAEGEEIF

	AKAP13 iso4
K135	DVNSLDKKLVLAFRH
T180	RLGLLRLTWFLLQKP
K186	LTWFLLQKPGGRGAL
T273	PFPGDGCTGPIFKLM
K288	NIQQQLMKTNLKQMD
-	gap
-	gap
S586	DAPVDQNSVVIPAAA
Y604	ISDGLEPYTLLAAGI
S790	STFSLANSPGSESVT
S864	QHGMGNTSLTGLGGE
-	gap
-	gap
T953	TLQEEQRTPPPGQDT
S983	KALQLSNSPGASSAF
E1106	GMAEPRRENISHNTQ
K1139	LPVALQDKAVTDPQG
T1149	TDPQGVGTPEMIPLD
S1226	PPSGRERSTPSLPCM
T1227	PSGRERSTPSLPCMV
S1229	GRERSTPSLPCMVSA
L1247	PLPKGADLIEEAASR
S1411	SLLASKQSPECENFL
S1489	DRHSSHGSDVSLSQI
S1492	SSHGSDVSLSQILKP
S1507	NRSRDRQSLDGFYSH
Y1512	RQSLDGFYSHGMGAE
S1557	VLRSSMRSLSPFRRH
S1559	RSSMRSLSPFRRHSW
S1565	LSPFRRHSWGPGKNA
S1574	GPGKNAASDAEMNHR
-	gap
-	gap
-	gap
S1582	DAEMNHRSFSLEGLT
S1584	EMNHRSFSLEGLTGG
E1610	EVSSANAEELRHPFS
S1624	SGEERVDSLVSLSEE
S1627	ERVDSLVSLSEEDLE
S1629	VDSLVSLSEEDLESD
K1652	QQICHRSKQQGFNYC
Y1658	SKQQGFNYCTSAISS
S1728	WKSGTKVSRTFSYIK
S1732	TKVSRTFSYIKNKMS
K1747	SSKKSKEKEKEKDKI
K1759	DKIKEKEKDSKDKEK
K1762	KEKEKDSKDKEKDKK
S1858	QPKERPRSAVLLVDE
T1866	AVLLVDETATTPIFA
T1869	LVDETATTPIFANRR
S1877	PIFANRRSQQSVSLS
S1882	RRSQQSVSLSKSVSI
S1884	SQQSVSLSKSVSIQN
S1886	QSVSLSKSVSIQNIT
S1888	VSLSKSVSIQNITGV
S1911	TWKFLSHSTDSLNKI
T1912	WKFLSHSTDSLNKIS
S1914	FLSHSTDSLNKISKV
S1927	KVNESTESLTDEGTD
A2006	VYSQGMMADLLFEQQ
Y2090	QHNQSVNYFKDLYAK
Y2095	VNYFKDLYAKDKRFQ
Y2185	KVRLNEIYTKTDSKS
S2192	YTKTDSKSIMRMKSG
Y2249	LQEKDQKYIFASLDQ
S2253	DQKYIFASLDQKSTV
S2258	FASLDQKSTVISLKK
T2259	ASLDQKSTVISLKKL
S2325	DEDEGIPSENEEEKK
S2370	FRDMAECSTPLPEDC
T2371	RDMAECSTPLPEDCS
S2378	TPLPEDCSPTHSPRV
T2380	LPEDCSPTHSPRVLF
S2382	EDCSPTHSPRVLFRS
S2389	SPRVLFRSNTEEALK
T2391	RVLFRSNTEEALKGG
S2440	QDVVGPVSLPRRAET
T2447	SLPRRAETFGGFDSH
S2453	ETFGGFDSHQMNASK
S2478	QDLRRTESDSGLKKG
S2541	SERALTRSLSRPSSL
S2543	RALTRSLSRPSSLIE
S2546	TRSLSRPSSLIEQEK
S2547	RSLSRPSSLIEQEKQ
S2679	TKLMRIPSFFPSPEE
S2683	RIPSFFPSPEEPPSP
P2684	IPSFFPSPEEPPSPS
S2689	PSPEEPPSPSAPSIA
S2691	PEEPPSPSAPSIAKS
S2694	PPSPSAPSIAKSGSL
S2708	LDSELSVSPKRNSIS
S2713	SVSPKRNSISRTHKD
S2729	GPFHILSSTSQTNKG
S2741	NKGPEGQSQAPASTS
S2746	GQSQAPASTSASTRL
S2785	DGPASEVSAEGEEIF

	rat
K135	DVNSLDEKVALAFRH
T180	RLGLLRLTWFLLQKP
K186	LTWFLLQKPGGRGAL
T271	EPHGDSCTGHISKLM
K286	NIQQQLMKTNLKQMD
T567	RGCEGGITSDQSSQV
S568	GCEGGITSDQSSQVL
S572	GITSDQSSQVLPAAA
-	gap
S776	SSFSLASSPESESVT
S848	QTSMGNTSPVGVGEQ
S858	GVGEQEGSSLTATLE
S859	VGEQEGSSLTATLEV
T932-p	MSREDQRtPPPGQEI
S962	KALQHSNSPDTPSAC
E1078	ATAEPTKEDALHHVK
K1108	LPEALLDKGVTDLQE
T1118	TDLQEVITPEIEPLD
S1191	ASVPGEESNVTTVLG
-	gap
T1195	GEESNVTTVLGMVST
S1213	DGPPGADSIEETATR
S1372	SLLASKQSSECRSFI
S1450	DRHSSHGSDVSLPQT
S1453	SSHGSDVSLPQTSKL
S1468	NRSRNHQSSNGFFSH
F1473	HQSSNGFFSHGVDPE
S1518	FLRNSMRSLSPFRRH
S1520	RNSMRSLSPFRRHsW
S1526-p	LSPFRRHsWGPGKNA
S1535	GPGKNAASDAEMNQR
S1561	RPPIHRRSMSWCPSG
S1563	PIHRRSMSWCPSGVQ
S1567	RSMSWCPSGVQYSAA
S1583	NADFNIRSFSLEGLT
S1585	DFNIRSFSLEGLTGG
S1611	EISSANSSELRNPFS
S1625	SGEEQRSSLMSLSEE
S1628	EQRSSLMSLSEEHLE
S1630	RSSLMSLSEEHLEPD
K1654	QQTCYRSKQQGFNYC
Y1660	SKQQGFNYCTSAISS
S1726	EKSGTKVSRTFSYIR
S1730	TKVSRTFSYIRNKMS
-	gap
-	gap
-	gap
S1838	QPKERPRSAVLLAEE
A1846	AVLLAEEAIAAPMFT
A1849	LAEEAIAAPMFTNRR
S1857	PMFTNRRSQQSVSLS
S1862	RRSQQSVSLSKSVSI
S1864	SQQSVSLSKSVSIQN
S1866	QSVSLSKSVSIQNIT
S1868	VSLSKSVSIQNITGV
S1891-p	TWKFLSHsTDSLNKI
T1892	WKFLSHsTDSLNKIC
S1894	FLSHsTDSLNKICKV
S1907	KVNESTESLTDEGVG
T1988	VYSRGMMTDLLFEQQ
Y2072	QHNQSVNYFKDLYTK
Y2077	VNYFKDLYTKDKRFQ
Y2167	KVRLGEIYTKTDSKS
S2174	YTKTDSKSIMRMKSG
Y2216	LKEKDQKYVFASLDH
S2220	DQKYVFASLDHKSTV
S2225	FASLDHKSTVISLKK
T2226	ASLDHKSTVISLKKL
S2292	DEDEGIPSENEEEKR
S2337	FRDMTECSTPLPEDC
T2338	RDMTECSTPLPEDCS
S2345	TPLPEDCSPTHSPRM
T2347	LPEDCSPTHSPRMLF
S2349	EDCSPTHSPRMLFRS
S2356	SPRMLFRSNTEEALK
T2358	RMLFRSNTEEALKGG
S2408	EVMAGPISLPRRAET
T2415	SLPRRAETFGGFDCH
C2421	ETFGGFDCHQLNASK
S2446	QDLRRTESDSGLKKG
S2509	TEKVLTRSASRPSSL
S2511	KVLTRSASRPSSLIE
S2514	TRSASRPSSLIEQEK
S2515	RSASRPSSLIEQEKQ
S2647	GRLMRVPSFLPNSDE
N2651	RVPSFLPNSDEFSLL
S2652	VPSFLPNSDEFSLLS
L2657	PNSDEFSLLSTPSIT
S2659	SDEFSLLSTPSITKS
S2662	FSLLSTPSITKSGSL
S2676-p	LDSELSVsPKRNSIS
S2681	SVsPKRNSISRTQKD
S2697	GPFHILSSASQTKVP
S2708	TKVPEGQSQAPSSTS
S2713	GQSQAPSSTSTSTRL
P2752	DGPAPEVPAEGEEIF

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