dbPAF Protein Information

Tag Content
dbPAF ID dbPAF-0050895
Uniprot Accession E9Q5I3; E9Q5I3_MOUSE;
Genbank Protein ID NP_083077.2;
Genbank Nucleotide ID NM_028801.2;
Protein Name Protein Muc5b
Protein Synonyms/Alias
Gene Name Muc5b
Gene Synonyms/Alias
Organism Mus musculus(Mouse)
NCBI Taxa ID 10090
Functional Description
(View all)
Phosphorylation Sites
 dbPAF PTMs: 14
PositionPeptidesSourceReferences ( PMIDs )
1393CRAVKFPSMDLEKLGPhosphoSitePlus22135298
1465RPSSPTLTTHTASSEPhosphoSitePlus22135298
1466PSSPTLTTHTASSESPhosphoSitePlus22135298
1722MEASEMPTFWTLRTSPhosphoSitePlus22135298
1742TTPLTVTSVSTQHPKPhosphoSitePlus22135298
1744PLTVTSVSTQHPKSLPhosphoSitePlus22135298
1774QGYSLPPSSPHTTNSPhosphoSitePlus22135298
1779PPSSPHTTNSLSATTPhosphoSitePlus22135298
2636TSTTESPSSSGKTTIPhosphoSitePlus22135298
2637STTESPSSSGKTTILPhosphoSitePlus22135298
2638TTESPSSSGKTTILTPhosphoSitePlus22135298
3266QGHSLPPSSPHTTNSPhosphoSitePlus22135298
3271PPSSPHTTNSLSATTPhosphoSitePlus22135298
4608PKVECKETNCTTSCPPhosphoSitePlus22135298
Sequence
(Fasta)		MGSRNWSWAL VWASVALLMV WPAESQGQAE LSSEHLELTG DSQRVYSDSI SSSTRHVTFI 60
PPITVFPSMS ALHLAHNGRV CSTWGDFHYK TFDGDVFRFP GLCNYVFSSH CGATYEDFNI 120
QLRRGLEGSR PTVTYVLLRA QGLVIELSNG SVLVNGHREK LPYSRAGLLM EKSSGYVKIS 180
IRLVLTFLWN EEDSALLELD SKYINQTCGL CGDFNGLPAV SEFYTHNTRL TPVQFGNLQK 240
LDGPTEQCQD VLPSAVSNCT DTEDICRRTL LGPAFDKCTA LVDVSMYLDA CVQDLCRCPT 300
CPCATFAEYS RQCAHAGGYP QNWRHPDLCN WTCPFNMEYR ECSSPCVDTC SNPQRSQLCE 360
DHCMDGCFCP PGTVLDDVRH LGCLPLEQCH CTHGGRIYAP GESFNTSCRS CTCFGGLWKC 420
KDLPCPGTCS VQGGSHIFTF DEKLYNVHGD CSYILTKKCA DSSFTVLVDL RKCGVTDTEN 480
CLKAVTLNLN SGDTVIRIQV NGAVFLNSIF TQMPLSAGNI TIFKPSSFFI IVQTGMGLQL 540
QVQLVPLMQV FVRLDRSYQG QMCGLCGNFN QNQADDFTAL SGVVEGTGAA FSNTWKTQAS 600
CPNSKNTYED PCSYSVENEN FAREWCSMLT ESSGVFSACH ATVSPVPFYS NCLFDTCNCE 660
NSEDCMCAAL SSYVFACAAK GVLLSGWRDK VCYKYTNNCP QTKGYFYSVS SCQPTCRSLS 720
EADVTCSVPF VTVDGCTCPE GTFLNDKDHC VPVEECPCYF HGTVVAPREV VTDNGVVCSC 780
TNGKLTCLGA LMQKSTECQA PMVYLDCNNA SVGHHGAECL KSCHTLDVEC FSTQCVSGCV 840
CPSGLVADGN GGCIAEEDCP CIHNEVTYRP GEIIRVDCNN CTCKNRRWEC TNKPCMGACV 900
AYGDGHFVTF DGERYIFEGS CEYTLAQDYC RGNTSTNGTF RIVTENVPCG TTGTTCSKTI 960
KIFVESYELI LHEGNFKVVE QGPSGDPPYK IRFMGIFLVI EIRSGIVVSW DRKTSVFVRL 1020
QQHYKGRVCG LCGNFDDNAI NDFTTRSQSV VGDVLEFGNS WKFSPSCPDA PVPKDPCIAN 1080
PYRKSWAQKK CSIINSATFA ACHSQVDSTK YYEACVHDVC ACDSGGDCEC FCTAVAAYAQ 1140
ACRDVGVCLS WRTPDICPLF CDYYNPHGEC EWHYQPCGAP CLKTCRNPTG HCLVDLPGLE 1200
GCYPQCPASQ PFFNEDQMKC VAQCGCYDDN GNYHDIGTQV PTAENCQSCL CTPGGLQCVY 1260
NLTACTCTYE GRTYNYNDVV YNTTDGLGAC LVAICKDNGT IARTTEVCHE VPSTTPFTFT 1320
TTLAPLATNG SASTVSTVCV HEVCQWSIWY DESHPEAGMS GGDFETFENL RKKGHQVCQT 1380
PVGIECRAVK FPSMDLEKLG QKVNCDPSSG LSCFNSEQSP PLCHDYELRV LCCDYVPCGS 1440
SLTLGISTTP SQPDTSRRPS SPTLTTHTAS SESQSWTREE KKTSVDKSYS SRQTVPFTSN 1500
SRLTSTSMSS ASSLPLSNPT WTTTLKATDE NTMLSSRTTA VFTSQTRSTS RPSTVTQPIS 1560
SPETSSTTCQ PQCQWTKWID VDYPSSSING GDIETYENIR ANGEKICEKP QDIRCMAQNH 1620
PGVNVDELGQ KVKCDVSSGL VCYNKDQGGT FQMCYNYLIK VLCCSVSHCQ GSTTPEGSVS 1680
TTETATSTPQ TLSSKPLPNT SSFETWSPSG PTTSMEASEM PTFWTLRTSV SSPPTTPLTV 1740
TSVSTQHPKS LESSGSPSVV TARSTSQGYS LPPSSPHTTN SLSATTSKAS LSSMTTISTS 1800
LTTPGPSSPP HGGTTTHPVT TASTTRAVTE TLSSRPHTKT TSELPTVSSA SSTAGPGTQT 1860
FSTTCQPQCQ WTKWIDVDYP SSSINGGDIE TYENIRANGE KICEKPQDIR CMAQNYPGVN 1920
VDKLGQKVKC DVSSGLVCYN KDQGGTFPMC YNYLIKVLCC SVSHCQGSTT PEGSVSTTET 1980
TTATPQTLSS KPLPNTSSIE TWSPSGPTTS MEASEMPTFW TLRTSVSSPP TTPLTVTSVS 2040
TQHPKSLESS GSPSVVTARS TSPGHSQPPS SPYATNSLSA TTSKASLSSM TTISTSLTTP 2100
GPSSPPHGGT TTHPVTTAST TRAVTETLSS RPHTKTTSEL PTVSSVSSTA GPGTQTGSTS 2160
RPNTVTQPAS SPETSSTTCQ PQCQWTKWID VDYPSSSING GDIETYENIR ANGEKICEKP 2220
QDIRCMAQNH PGVNVDELGQ KVKCDVSSGL VCYNKDQGGT FQMCYNYLIK VLCCSVSHCQ 2280
GSTTPEGSVS TTETTTATPQ TLSSKPLPNT SSIETWSPSG PTTSMEASEM PTFWTLRTSV 2340
SSPPTTPLTV TSVSTQHPKS LESSGSPSVV TARSTSPGHS QPPSSPYATN SLSATTSKAS 2400
LSSMTTISTS LTTPGPSSPP HGGTTTHPVT TASTTRAVTE TLSSRPHTKT TSELPTVSSV 2460
SSTAGPGTQT GSTSRPNTVT QPASSPETSS TTCQPQCQWT KWIDVDYPSS SINGGDIETY 2520
ENIRANGEKI CEKPQDIRCM AQNHPGVNVD ELGQKVKCDV SSGLVCYNKD QGGTFQMCYN 2580
YLIKVLCCSV SHCQRSTTPA GSAPTTGTAP TATSGTATHT SWPASSMPTS TTESPSSSGK 2640
TTILTTASSL ATGTPRETQT SSLLTTGLSS ALTTTGTTST GCKSQCTWTD WLDSDKPQPG 2700
QFEGDIETYY HIQNKTGIKI CKKPVDIECE AVLFPNISFQ KLGQEVVCNV DFGLICRNSK 2760
QSDNQICFNY HIRVLCCEED TSCISTTGLL STTSTSAPGF PSTVSTSTTS KLPSEEPIPS 2820
TSFTTQSRPS TPRTEKIVSI ATARTTGSFP VSSLSTFPAS PTSLLPTSEE PHSGKPSTSS 2880
WTASSNVPST AKPTTSTGRQ FPRTKTTLWN SLPSSTPTMA TRSIHPISTT MTTKNPQTLV 2940
TSDISKSNSM LPSRPHITAS SVTSTSGSQI SKSYSSTSLT TAGPSSPPHG GTTTHPVTTA 3000
STTRAVTETL SSRPHTKTTS ELPTVSSVSS TAGPGTQTGS TSRPSIVTQP VSSPETSSTT 3060
CQPQCQWTRW INVDYPSSSI NGGDIETYEN IRANGEKICE KPQDIRCMAQ NYPGVNVDEL 3120
GQKVKCDVNS GLVCYNKDQG GTFKMCYNYL IKVLCCSVSH CQGSTTPEGS VSTTETASSI 3180
PQTLSSKPLP NTSSFETWSP SGPTTSMEAS EMPTFWTLRT SVSSPPTTPL TVTSVSTQHP 3240
KSLESSGSPS VVTARSTSQG HSLPPSSPHT TNSLSATTSK ASLSSMTTIS TSLTTSEPSS 3300
PPHGGTTTHP VTAASTTRAV TETLSSRPHT KTTSELPTVP SASSTAGPGT QTGSTSRPST 3360
VTQPASSPET SSTTCQPQCQ WTKWIDVDYP SSSINGGDIE TYENIRTNGE KICEKPQDIR 3420
CMAQNHPGVN VDELGQKVKC DVNSGLVCYN KDQGGTFQMC YNYLIKVLCC SVSHCQGSTT 3480
TPGSAPMTGS ATTATQTLSS MPLPNTSLTV TSPHSASTTA ATSITETSSP RSVSSIHTTP 3540
KIFPETLQST TGLTTQQTSS TGIWTSMLTG TAGTVSSTSL STSLESTTGI TEVSTSMPMT 3600
STLPVTVTNA TTPQGTTLCQ PKCKWTEWFD VDSPTSGSVK GDMETYENIR ASGKTLCQAP 3660
EKIECRAENY PAVSIDKVGQ VVSCNLETGL VCKNEDQKDD FKMCFNYNIR VLCCDDYSHC 3720
PTTTYTTIKS PLAPFTTSVS SSMESTFQTN RPASPSGPST QASTWSTLPD SGCTPRCKWT 3780
EWFDADYPNP GPRGGDFEVY AVFREVGYIF CDQPKDIECR SEKEPDRPLE TLEQVVQCDV 3840
RFGLICKNIN QSGPLQYCDN YHVRLLCCDN YSHCTSSPMA TMSTALSSSH LPSTHTSLAL 3900
NTTTFFPGLS SSSEPHSSSL MSTHTSTMLT TETSPIATGP TVAPSSTSGT PYTPKVSPSS 3960
QVTFSVSTAF SSVFSTPRPV FSSHASSPSP CFCQAFGQLF LPGDIIYNKT DGAGCQFYAI 4020
CNQYCDVDRF QGTCPSSSPP MSSTTVPLPP LLPGCDNAIP PRQVNESWTL ENCTVARCQG 4080
NNQIILLEPE PVDNVTCANR HLPIKVWDQE PCHFHYECEC FCSGWGHSHY LTFDGTSYTF 4140
LDNCTSVLMR EIHPRHGNLS ILAHSYYCGA TTNVTSCPRA LSVYYNSMEI ILTISTTESG 4200
KDESLIIWDQ MWIRSGFSKN GVTVSLSGAT TMSVNISTIG TIITFDGNIF QIWLPYRYFS 4260
SNTEGQCGTC TNSQIDDCRR PDGTIASDCQ DMAKEWLVPG NSSSSCLAQP SPLPSTTPQT 4320
PVSSTLTSTP CPSAPLCELM LSQVFAECHR LIPPDAFFRS CVSDHCNANI TDMLCQSLEA 4380
YAALCRAQGV CTNWRNATGG LCDLSCPPTK EYRPCGPLHP ASCNSRTQDS TTGMLAEGCF 4440
CPENQLLFNS RMDICVSECP CVGPDGLPKF PGEHWISNCQ ACVCEPGSVS VQCEPVKCES 4500
QDKPPQCTEA GFVTVTWPSA DNPCCPETLC VCNSTTCPKS LPTCEPGYEL VQTHENSSCC 4560
PSYSCRPKLC TYNDTIYGVG TTFPGGPCHT CTCLSDGDQE PKVECKETNC TTSCPQGFKY 4620
TLVPEQCCGE CLQNACLTPE GHAVQPNETW VNSPVDNCTA YHCMAENGVY VLTPIPTSCP 4680
DVSNCTGTLR KTGCCYSCEK EDSSTCQVHV NATVLRYKGC ETEVNITFCE GSCSGISKYS 4740
MEAQAMERQC TCCQESKVHD VAVTMQCPDG TVIQHTYTHI DECNCAPACS SLPGTSMIAS 4800
4801
Keyword

KW-0181--Complete proteome
KW-1015--Disulfide bond
KW-1267--Proteomics identification
KW-1185--Reference proteome
KW-0964--Secreted
KW-0732--Signal
Interpro

IPR006207--Cys_knot_C
IPR002919--TIL_dom
IPR014853--Unchr_dom_Cys-rich
IPR001007--VWF_dom
IPR001846--VWF_type-D
IPR025155--WxxW_domain
PROSITE

PS01185--CTCK_1
PS01225--CTCK_2
PS01208--VWFC_1
PS50184--VWFC_2
PS51233--VWFD
Pfam

PF08742--C8
PF13330--Mucin2_WxxW
PF01826--TIL
PF00094--VWD
Gene Ontology

GO:0070062--C:extracellular exosome
GO:0005615--C:extracellular space
GO:0042742--P:defense response to bacterium
GO:0043030--P:regulation of macrophage activation