PhosphoNET

           
Protein Info 
   
Short Name:  INOC1
Full Name:  Putative DNA helicase INO80 complex homolog 1
Alias:  INO80; INO80 complex 1; INO80 complex subunit A; INO80A; KIAA1259
Type:  EC 3.6.1.-; Helicase; DNA binding protein
Mass (Da):  176753
Number AA:  1556
UniProt ID:  Q9ULG1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0003677 PhosphoSite+ KinaseNET
Biological Process:  GO:0006338     Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1Y21TELAKPLYLQYLERA
Site 2Y24AKPLYLQYLERALRL
Site 3T38LDHFLRQTSAIFNRN
Site 4S47AIFNRNISSDDSEDG
Site 5S48IFNRNISSDDSEDGL
Site 6S51RNISSDDSEDGLDDS
Site 7S58SEDGLDDSNPLLPQS
Site 8S65SNPLLPQSGDPLIQV
Site 9S79VKEEPPNSLLGETSG
Site 10S85NSLLGETSGAGSSGM
Site 11S89GETSGAGSSGMLNTY
Site 12S90ETSGAGSSGMLNTYS
Site 13Y96SSGMLNTYSLNGVLQ
Site 14S97SGMLNTYSLNGVLQS
Site 15S104SLNGVLQSESKCDKG
Site 16S106NGVLQSESKCDKGNL
Site 17Y114KCDKGNLYNFSKLKK
Site 18S117KGNLYNFSKLKKSRK
Site 19S122NFSKLKKSRKWLKSI
Site 20S128KSRKWLKSILLSDES
Site 21S132WLKSILLSDESSEAD
Site 22S135SILLSDESSEADSQS
Site 23S136ILLSDESSEADSQSE
Site 24S140DESSEADSQSEDDDE
Site 25S142SSEADSQSEDDDEEE
Site 26S153DEEELNLSREELHNM
Site 27Y166NMLRLHKYKKLHQNK
Site 28Y174KKLHQNKYSKDKELQ
Site 29Y183KDKELQQYQYYSAGL
Site 30Y185KELQQYQYYSAGLLS
Site 31Y186ELQQYQYYSAGLLST
Site 32S192YYSAGLLSTYDPFYE
Site 33Y194SAGLLSTYDPFYEQQ
Site 34Y198LSTYDPFYEQQRHLL
Site 35S236RRRDEELSSEESPRR
Site 36S237RRDEELSSEESPRRH
Site 37S240EELSSEESPRRHHHQ
Site 38T248PRRHHHQTKVFAKFS
Site 39S255TKVFAKFSHDAPPPG
Site 40S269GTKKKHLSIEQLNAR
Site 41S283RRRKVWLSIVKKELP
Site 42S298KANKQKASARNLFLT
Site 43T305SARNLFLTNSRKLAH
Site 44S307RNLFLTNSRKLAHQC
Site 45T340LPRARRLTKEMLLYW
Site 46Y346LTKEMLLYWKKYEKV
Site 47Y350MLLYWKKYEKVEKEH
Site 48T390RKLNFLITQTELYAH
Site 49Y395LITQTELYAHFMSRK
Site 50S421ILRKLEDSSTQRQID
Site 51T423RKLEDSSTQRQIDIG
Site 52T438GGVVVNITQEDYDSN
Site 53Y442VNITQEDYDSNHFKA
Site 54S468IHQARTRSFDEDAKE
Site 55S487ALRAANKSGTGFGES
Site 56S494SGTGFGESYSLANPS
Site 57Y495GTGFGESYSLANPSI
Site 58S496TGFGESYSLANPSIR
Site 59S501SYSLANPSIRAGEDI
Site 60Y521FNGKLKGYQLKGMNW
Site 61Y533MNWLANLYEQGINGI
Site 62T578LIISPASTLNNWHQE
Site 63S613KVIRRFWSQKTLYTQ
Site 64T616RRFWSQKTLYTQDAP
Site 65Y618FWSQKTLYTQDAPFH
Site 66Y640LVVQDVKYFQRVKWQ
Site 67Y648FQRVKWQYMVLDEAQ
Site 68S659DEAQALKSSSSVRWK
Site 69S660EAQALKSSSSVRWKI
Site 70S661AQALKSSSSVRWKIL
Site 71S662QALKSSSSVRWKILL
Site 72T680CRNRLLLTGTPIQNT
Site 73T682NRLLLTGTPIQNTMA
Site 74S725ESHAENKSAIDENQL
Site 75S733AIDENQLSRLHMILK
Site 76S756KDVENELSDKIEILM
Site 77Y764DKIEILMYCQLTSRQ
Site 78Y775TSRQKLLYQALKNKI
Site 79S783QALKNKISIEDLLQS
Site 80S790SIEDLLQSSMGSTQQ
Site 81S794LLQSSMGSTQQAQNT
Site 82T795LQSSMGSTQQAQNTT
Site 83T801STQQAQNTTSSLMNL
Site 84T827ELFERQETWSPFHIS
Site 85S829FERQETWSPFHISLK
Site 86Y845YHISKFIYRHGQIRV
Site 87S865DRWLRVLSPFAPDYI
Site 88Y871LSPFAPDYIQRSLFH
Site 89S875APDYIQRSLFHRKGI
Site 90S886RKGINEESCFSFLRF
Site 91S923LFLSLKASYRLHQLR
Site 92S931YRLHQLRSWGAPEGE
Site 93Y943EGESHQRYLRNKDFL
Site 94S981SSHCKAVSGYSDQVV
Site 95S993QVVHQRRSATSSLRR
Site 96T995VHQRRSATSSLRRCL
Site 97S996HQRRSATSSLRRCLL
Site 98S997QRRSATSSLRRCLLT
Site 99S1024VTAVPLDSYCNDRSA
Site 100Y1025TAVPLDSYCNDRSAE
Site 101S1030DSYCNDRSAEYERRV
Site 102Y1033CNDRSAEYERRVLKE
Site 103S1043RVLKEGGSLAAKQCL
Site 104S1066ADWLNRRSQFFPEPA
Site 105S1086IRPQNGWSFIRIPGK
Site 106S1095IRIPGKESLITDSGK
Site 107T1098PGKESLITDSGKLYA
Site 108T1111YALDVLLTRLKSQGH
Site 109Y1123QGHRVLIYSQMTRMI
Site 110S1124GHRVLIYSQMTRMID
Site 111T1127VLIYSQMTRMIDLLE
Site 112Y1136MIDLLEEYMVYRKHT
Site 113Y1139LLEEYMVYRKHTYMR
Site 114T1143YMVYRKHTYMRLDGS
Site 115Y1144MVYRKHTYMRLDGSS
Site 116S1150TYMRLDGSSKISERR
Site 117S1151YMRLDGSSKISERRD
Site 118S1154LDGSSKISERRDMVA
Site 119Y1194AADTVIFYDSDWNPT
Site 120S1242LQRAKEKSEIQRMVI
Site 121S1250EIQRMVISGGNFKPD
Site 122T1258GGNFKPDTLKPKEVV
Site 123T1291EKRQQEETNRVKERK
Site 124Y1304RKRKREKYAEKKKKE
Site 125S1336FVPSADNSNLSADGD
Site 126S1339SADNSNLSADGDDSF
Site 127S1345LSADGDDSFISVDSA
Site 128S1348DGDDSFISVDSAMPS
Site 129S1351DSFISVDSAMPSPFS
Site 130S1358SAMPSPFSEISISSE
Site 131S1361PSPFSEISISSELHT
Site 132S1363PFSEISISSELHTGS
Site 133T1368SISSELHTGSIPLDE
Site 134S1370SSELHTGSIPLDESS
Site 135S1389VIVDDPASSAPQSRA
Site 136S1390IVDDPASSAPQSRAT
Site 137S1394PASSAPQSRATNSPA
Site 138T1397SAPQSRATNSPASIT
Site 139S1399PQSRATNSPASITGS
Site 140S1402RATNSPASITGSVSD
Site 141T1404TNSPASITGSVSDTV
Site 142S1406SPASITGSVSDTVNG
Site 143S1427PAAGRGHSARSRGRP
Site 144S1430GRGHSARSRGRPKGS
Site 145S1439GRPKGSGSTAKGAGK
Site 146S1449KGAGKGRSRKSTAGS
Site 147S1452GKGRSRKSTAGSAAA
Site 148T1453KGRSRKSTAGSAAAM
Site 149S1456SRKSTAGSAAAMAGA
Site 150Y1475AAASAAAYAAYGYNV
Site 151Y1478SAAAYAAYGYNVSKG
Site 152Y1480AAYAAYGYNVSKGIS
Site 153S1483AAYGYNVSKGISASS
Site 154S1487YNVSKGISASSPLQT
Site 155S1489VSKGISASSPLQTSL
Site 156S1490SKGISASSPLQTSLV
Site 157T1494SASSPLQTSLVRPAG
Site 158S1508GLADFGPSSASSPLS
Site 159S1509LADFGPSSASSPLSS
Site 160S1511DFGPSSASSPLSSPL
Site 161S1512FGPSSASSPLSSPLS
Site 162S1515SSASSPLSSPLSKGN
Site 163S1516SASSPLSSPLSKGNN
Site 164S1519SPLSSPLSKGNNVPG
Site 165S1536KNLHMTSSLAPDSLV
Site 166S1541TSSLAPDSLVRKQGK
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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