PhosphoNET

           
Protein Info 
   
Short Name:  NIPBL
Full Name:  Nipped-B-like protein
Alias:  Delangin; DKFZp434L1319; FLJ11203; FLJ12597; FLJ13354; FLJ13648; IDN3; Nipped-B; Nipped-B-like; SCC2; SCC2 homolog; Sister chromatid cohesion 2
Type:  DNA binding protein
Mass (Da):  316051
Number AA:  2804
UniProt ID:  Q6KC79
International Prot ID:  IPI00436632
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0032116     Uniprot OncoNet
Molecular Function:  GO:0008022     PhosphoSite+ KinaseNET
Biological Process:  GO:0034088     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 1S30LNQLPLPSPLPATTT
Site 2S63CRDDNLVSQLVHSLN
Site 3S68LVSQLVHSLNQVSTD
Site 4S73VHSLNQVSTDHIELK
Site 5T74HSLNQVSTDHIELKD
Site 6S85ELKDNLGSDDPEGDI
Site 7S103LQAVLARSPNVFREK
Site 8S111PNVFREKSMQNRYVQ
Site 9Y116EKSMQNRYVQSGMMM
Site 10S124VQSGMMMSQYKLSQN
Site 11Y126SGMMMSQYKLSQNSM
Site 12S129MMSQYKLSQNSMHSS
Site 13S132QYKLSQNSMHSSPAS
Site 14S135LSQNSMHSSPASSNY
Site 15S136SQNSMHSSPASSNYQ
Site 16S139SMHSSPASSNYQQTT
Site 17S140MHSSPASSNYQQTTI
Site 18Y142SSPASSNYQQTTISH
Site 19T146SSNYQQTTISHSPSS
Site 20S148NYQQTTISHSPSSRF
Site 21S150QQTTISHSPSSRFVP
Site 22S152TTISHSPSSRFVPPQ
Site 23S153TISHSPSSRFVPPQT
Site 24T160SRFVPPQTSSGNRFM
Site 25S161RFVPPQTSSGNRFMP
Site 26S162FVPPQTSSGNRFMPQ
Site 27S172RFMPQQNSPVPSPYA
Site 28S176QQNSPVPSPYAPQSP
Site 29Y178NSPVPSPYAPQSPAG
Site 30S182PSPYAPQSPAGYMPY
Site 31Y186APQSPAGYMPYSHPS
Site 32Y189SPAGYMPYSHPSSYT
Site 33S190PAGYMPYSHPSSYTT
Site 34T197SHPSSYTTHPQMQQA
Site 35S205HPQMQQASVSSPIVA
Site 36S208MQQASVSSPIVAGGL
Site 37S224NIHDNKVSGPLSGNS
Site 38S228NKVSGPLSGNSANHH
Site 39S243ADNPRHGSSEDYLHM
Site 40S244DNPRHGSSEDYLHMV
Site 41Y247RHGSSEDYLHMVHRL
Site 42S255LHMVHRLSSDDGDSS
Site 43S256HMVHRLSSDDGDSST
Site 44S261LSSDDGDSSTMRNAA
Site 45S262SSDDGDSSTMRNAAS
Site 46T263SDDGDSSTMRNAASF
Site 47S269STMRNAASFPLRSPQ
Site 48S274AASFPLRSPQPVCSP
Site 49S280RSPQPVCSPAGSEGT
Site 50S284PVCSPAGSEGTPKGS
Site 51T287SPAGSEGTPKGSRPP
Site 52S291SEGTPKGSRPPLILQ
Site 53S299RPPLILQSQSLPCSS
Site 54S301PLILQSQSLPCSSPR
Site 55S305QSQSLPCSSPRDVPP
Site 56S306SQSLPCSSPRDVPPD
Site 57S318PPDILLDSPERKQKK
Site 58S339GKDEKEQSEKAAMYD
Site 59Y345QSEKAAMYDIISSPS
Site 60S349AAMYDIISSPSKDST
Site 61S350AMYDIISSPSKDSTK
Site 62S355ISSPSKDSTKLTLRL
Site 63T356SSPSKDSTKLTLRLS
Site 64T359SKDSTKLTLRLSRVR
Site 65S363TKLTLRLSRVRSSDM
Site 66S367LRLSRVRSSDMDQQE
Site 67S368RLSRVRSSDMDQQED
Site 68S378DQQEDMISGVENSNV
Site 69S383MISGVENSNVSENDI
Site 70Y396DIPFNVQYPGQTSKT
Site 71S401VQYPGQTSKTPITPQ
Site 72T403YPGQTSKTPITPQDI
Site 73T406QTSKTPITPQDINRP
Site 74S421LNAAQCLSQQEQTAF
Site 75S442PVLQQNTSVAAKQPQ
Site 76Y466ISQQGPIYDEVELDA
Site 77S484IERIERESAIERERF
Site 78S492AIERERFSKEVQDKD
Site 79S509LKKRKQDSYPQEAGG
Site 80Y510KKRKQDSYPQEAGGA
Site 81S525TGGNRPASQETGSTG
Site 82S530PASQETGSTGNGSRP
Site 83T531ASQETGSTGNGSRPA
Site 84S535TGSTGNGSRPALMVS
Site 85S553HQAGRVDSQASITQD
Site 86S556GRVDSQASITQDSDS
Site 87T558VDSQASITQDSDSIK
Site 88S561QASITQDSDSIKKPE
Site 89S563SITQDSDSIKKPEEI
Site 90S588LQEDIVGSLKSTPEN
Site 91S591DIVGSLKSTPENHPE
Site 92T592IVGSLKSTPENHPET
Site 93T599TPENHPETPKKKSDP
Site 94S604PETPKKKSDPELSKS
Site 95S609KKSDPELSKSEMKQS
Site 96S611SDPELSKSEMKQSES
Site 97S616SKSEMKQSESRLAES
Site 98S618SEMKQSESRLAESKP
Site 99S635NRLVETKSSENKLET
Site 100S636RLVETKSSENKLETK
Site 101T646KLETKVETQTEELKQ
Site 102T659KQNESRTTECKQNES
Site 103S679KQNENRLSDTKPNDN
Site 104S693NKQNNGRSETTKSRP
Site 105T695QNNGRSETTKSRPET
Site 106S698GRSETTKSRPETPKQ
Site 107T702TTKSRPETPKQKGES
Site 108S709TPKQKGESRPETPKQ
Site 109T713KGESRPETPKQKSDG
Site 110S718PETPKQKSDGHPETP
Site 111T724KSDGHPETPKQKGDG
Site 112T735KGDGRPETPKQKGES
Site 113T746KGESRPETPKQKNEG
Site 114T757KNEGRPETPKHRHDN
Site 115S768RHDNRRDSGKPSTEK
Site 116S772RRDSGKPSTEKKPEV
Site 117T786VSKHKQDTKSDSPRL
Site 118S788KHKQDTKSDSPRLKS
Site 119S790KQDTKSDSPRLKSER
Site 120S795SDSPRLKSERAEALK
Site 121S809KQRPDGRSVSESLRR
Site 122S811RPDGRSVSESLRRDH
Site 123S813DGRSVSESLRRDHDN
Site 124S824DHDNKQKSDDRGESE
Site 125S830KSDDRGESERHRGDQ
Site 126S838ERHRGDQSRVRRPET
Site 127T845SRVRRPETLRSSSRN
Site 128S848RRPETLRSSSRNEHG
Site 129S849RPETLRSSSRNEHGI
Site 130S850PETLRSSSRNEHGIK
Site 131S858RNEHGIKSDSSKTDK
Site 132S861HGIKSDSSKTDKLER
Site 133S874ERKHRHESGDSRERP
Site 134S877HRHESGDSRERPSSG
Site 135S882GDSRERPSSGEQKSR
Site 136S883DSRERPSSGEQKSRP
Site 137S888PSSGEQKSRPDSPRV
Site 138S892EQKSRPDSPRVKQGD
Site 139S900PRVKQGDSNKSRSDK
Site 140S903KQGDSNKSRSDKLGF
Site 141S905GDSNKSRSDKLGFKS
Site 142S912SDKLGFKSPTSKDDK
Site 143S915LGFKSPTSKDDKRTE
Site 144S926KRTEGNKSKVDTNKA
Site 145T930GNKSKVDTNKAHPDN
Site 146S943DNKAEFPSYLLGGRS
Site 147Y944NKAEFPSYLLGGRSG
Site 148S1009VVVLQKLSLDDVQKL
Site 149S1024IKDREDKSRSSLKPI
Site 150S1026DREDKSRSSLKPIKN
Site 151S1027REDKSRSSLKPIKNK
Site 152S1036KPIKNKPSKSNKGSI
Site 153S1038IKNKPSKSNKGSIDQ
Site 154S1042PSKSNKGSIDQSVLK
Site 155S1046NKGSIDQSVLKELPP
Site 156S1061ELLAEIESTMPLCER
Site 157S1077KMNKRKRSTVNEKPK
Site 158T1078MNKRKRSTVNEKPKY
Site 159Y1085TVNEKPKYAEISSDE
Site 160S1089KPKYAEISSDEDNDS
Site 161S1090PKYAEISSDEDNDSD
Site 162S1096SSDEDNDSDEAFE__
Site 163S1102DSDEAFESSRKRHKK
Site 164S1103SDEAFESSRKRHKKD
Site 165Y1117DDDKAWEYEERDRRS
Site 166S1124YEERDRRSSGDHRRS
Site 167S1125EERDRRSSGDHRRSG
Site 168S1131SSGDHRRSGHSHEGR
Site 169S1134DHRRSGHSHEGRRSS
Site 170S1140HSHEGRRSSGGGRYR
Site 171S1141SHEGRRSSGGGRYRN
Site 172Y1146RSSGGGRYRNRSPSD
Site 173S1150GGRYRNRSPSDSDME
Site 174S1152RYRNRSPSDSDMEDY
Site 175S1154RNRSPSDSDMEDYSP
Site 176Y1159SDSDMEDYSPPPSLS
Site 177S1160DSDMEDYSPPPSLSE
Site 178S1164EDYSPPPSLSEVARK
Site 179S1166YSPPPSLSEVARKMK
Site 180Y1184KQKKRKAYEPKLTPE
Site 181T1189KAYEPKLTPEEMMDS
Site 182S1196TPEEMMDSSTFKRFT
Site 183S1197PEEMMDSSTFKRFTA
Site 184T1198EEMMDSSTFKRFTAS
Site 185T1203SSTFKRFTASIENIL
Site 186S1205TFKRFTASIENILDN
Site 187S1243HQLNELGSESAKIKA
Site 188S1258MGIMDKLSTDKTVKV
Site 189T1262DKLSTDKTVKVLNIL
Site 190S1277EKNIQDGSKLSTLLN
Site 191T1281QDGSKLSTLLNHNND
Site 192T1289LLNHNNDTEEEERLW
Site 193Y1328PNMPKAVYIEDVIER
Site 194T1347TKFHLQNTLYPQYDP
Site 195Y1349FHLQNTLYPQYDPVY
Site 196Y1352QNTLYPQYDPVYRLD
Site 197Y1356YPQYDPVYRLDPHGG
Site 198S1367PHGGGLLSSKAKRAK
Site 199S1368HGGGLLSSKAKRAKC
Site 200T1377AKRAKCSTHKQRVIV
Site 201T1439LCAIKLVTAVFSRYE
Site 202T1458LILEEIFTSLARLPT
Site 203S1459ILEEIFTSLARLPTS
Site 204T1465TSLARLPTSKRSLRN
Site 205S1466SLARLPTSKRSLRNF
Site 206S1469RLPTSKRSLRNFRLN
Site 207S1477LRNFRLNSSDMDGEP
Site 208S1478RNFRLNSSDMDGEPM
Site 209S1506QCVVHLPSSEKDSNA
Site 210S1507CVVHLPSSEKDSNAE
Site 211S1511LPSSEKDSNAEEDSN
Site 212S1517DSNAEEDSNKKIDQD
Site 213S1543RTAQNFLSIFLKKCG
Site 214S1551IFLKKCGSKQGEEDY
Site 215Y1558SKQGEEDYRPLFENF
Site 216S1571NFVQDLLSTVNKPEW
Site 217T1572FVQDLLSTVNKPEWP
Site 218S1597RLLVHQFSNKSTEMA
Site 219S1600VHQFSNKSTEMALRV
Site 220S1609EMALRVASLDYLGTV
Site 221T1626RLRKDAVTSKMDQGS
Site 222S1633TSKMDQGSIERILKQ
Site 223Y1658LQKALLDYLDENTET
Site 224T1663LDYLDENTETDPSLV
Site 225T1665YLDENTETDPSLVFS
Site 226S1668ENTETDPSLVFSRKF
Site 227S1672TDPSLVFSRKFYIAQ
Site 228Y1676LVFSRKFYIAQWFRD
Site 229T1684IAQWFRDTTLETEKA
Site 230T1685AQWFRDTTLETEKAM
Site 231S1694ETEKAMKSQKDEESS
Site 232S1700KSQKDEESSEGTHHA
Site 233T1733FLRSIIKTTPSQFST
Site 234T1734LRSIIKTTPSQFSTL
Site 235S1736SIIKTTPSQFSTLKM
Site 236T1740TTPSQFSTLKMNSDT
Site 237T1747TLKMNSDTVDYDDAC
Site 238S1769SMRPFAQSFDIYLTQ
Site 239S1824HGRLMDNSTSVREAA
Site 240T1825GRLMDNSTSVREAAV
Site 241S1826RLMDNSTSVREAAVE
Site 242Y1850PQLAEQYYDMLIERI
Site 243S1863RILDTGISVRKRVIK
Site 244T1881DICIEQPTFPKITEM
Site 245T1909IKKLVNETFQKLWFT
Site 246T1916TFQKLWFTPTPHNDK
Site 247T1918QKLWFTPTPHNDKEA
Site 248T1927HNDKEAMTRKILNIT
Site 249Y1945AACRDTGYDWFEQLL
Site 250S1958LLQNLLKSEEDSSYK
Site 251S1962LLKSEEDSSYKPVKK
Site 252S1963LKSEEDSSYKPVKKA
Site 253Y1964KSEEDSSYKPVKKAC
Site 254Y1985LVEHILKYEESLADS
Site 255S1988HILKYEESLADSDNK
Site 256S1992YEESLADSDNKGVNS
Site 257S1999SDNKGVNSGRLVACI
Site 258Y2030HAMTMQPYLTTKCST
Site 259Y2114WACFNRYYGAISKLK
Site 260S2118NRYYGAISKLKSQHQ
Site 261S2122GAISKLKSQHQEDPN
Site 262T2135PNNTSLLTNKPALLR
Site 263Y2179KVLELLMYFTKHSDE
Site 264S2184LMYFTKHSDEEVQTK
Site 265T2190HSDEEVQTKAIIGLG
Site 266Y2216EQEVKNLYNNILSDK
Site 267S2221NLYNNILSDKNSSVN
Site 268S2225NILSDKNSSVNLKIQ
Site 269S2271LKEMGDVSSGMSSSI
Site 270S2272KEMGDVSSGMSSSIM
Site 271S2275GDVSSGMSSSIMQLY
Site 272S2295EAFFHTQSSVRHFAL
Site 273T2328PYLIAMGTDPEPAMR
Site 274Y2349LVEIDKKYAGFIHMK
Site 275S2387RGFRQDESSSALCSH
Site 276S2388GFRQDESSSALCSHL
Site 277S2389FRQDESSSALCSHLY
Site 278S2393ESSSALCSHLYSMIR
Site 279Y2396SALCSHLYSMIRGNR
Site 280S2397ALCSHLYSMIRGNRQ
Site 281Y2440DNLACFPYQTQEEPL
Site 282S2467SGSNLLQSFKESMVK
Site 283S2471LLQSFKESMVKDKRK
Site 284S2482DKRKERKSSPSKENE
Site 285S2483KRKERKSSPSKENES
Site 286S2485KERKSSPSKENESSD
Site 287S2490SPSKENESSDSEEEV
Site 288S2491PSKENESSDSEEEVS
Site 289S2493KENESSDSEEEVSRP
Site 290S2498SDSEEEVSRPRKSRK
Site 291S2503EVSRPRKSRKRVDSD
Site 292S2509KSRKRVDSDSDSDSE
Site 293S2511RKRVDSDSDSDSEDD
Site 294S2513RVDSDSDSDSEDDIN
Site 295S2515DSDSDSDSEDDINSV
Site 296S2521DSEDDINSVMKCLPE
Site 297S2560LKNLCGFSDSKIQKY
Site 298S2562NLCGFSDSKIQKYSP
Site 299Y2567SDSKIQKYSPSESAK
Site 300S2568DSKIQKYSPSESAKV
Site 301S2570KIQKYSPSESAKVYD
Site 302S2572QKYSPSESAKVYDKA
Site 303Y2576PSESAKVYDKAINRK
Site 304T2584DKAINRKTGVHFHPK
Site 305S2599QTLDFLRSDMANSKI
Site 306S2613ITEEVKRSIVKQYLD
Site 307Y2618KRSIVKQYLDFKLLM
Site 308S2640EEEEGEVSASTNARN
Site 309S2642EEGEVSASTNARNKA
Site 310T2651NARNKAITSLLGGGS
Site 311S2652ARNKAITSLLGGGSP
Site 312S2658TSLLGGGSPKNNTAA
Site 313T2663GGSPKNNTAAETEDD
Site 314T2667KNNTAAETEDDESDG
Site 315S2672AETEDDESDGEDRGG
Site 316T2681GEDRGGGTSGSLRRS
Site 317S2682EDRGGGTSGSLRRSK
Site 318S2684RGGGTSGSLRRSKRN
Site 319S2688TSGSLRRSKRNSDST
Site 320S2692LRRSKRNSDSTELAA
Site 321T2695SKRNSDSTELAAQMN
Site 322Y2718IAICCPKYKDRPQIA
Site 323T2731IARVVQKTSSGFSVQ
Site 324S2736QKTSSGFSVQWMAGS
Site 325S2743SVQWMAGSYSGSWTE
Site 326S2747MAGSYSGSWTEAKRR
Site 327T2749GSYSGSWTEAKRRDG
Site 328T2765KLVPWVDTIKESDII
Site 329Y2773IKESDIIYKKIALTS
Site 330Y2796VQTLRSLYAAKDGTS
 
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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