PhosphoNET

           
Protein Info 
   
Short Name:  INTS1
Full Name:  Integrator complex subunit 1
Alias:  DKFZp586J0619; INT1; INT1_HUMAN; KIAA1440; NET28
Type:  Membrane protein, integral, RNA processing
Mass (Da):  244297
Number AA:  2190
UniProt ID:  Q8N201
International Prot ID:  IPI00166215
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021  GO:0032039   Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0016180     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 1T8MNRAKPTTVRRPSAA
Site 2S13PTTVRRPSAAAKPSG
Site 3S19PSAAAKPSGHPPPGD
Site 4S39SKGQANESKTASTLL
Site 5T41GQANESKTASTLLKP
Site 6S43ANESKTASTLLKPAP
Site 7S51TLLKPAPSGLPSERK
Site 8S55PAPSGLPSERKRDAA
Site 9S66RDAAAALSSASALTG
Site 10T75ASALTGLTKRPKLSS
Site 11S81LTKRPKLSSTPPLSA
Site 12S82TKRPKLSSTPPLSAL
Site 13T83KRPKLSSTPPLSALG
Site 14S87LSSTPPLSALGRLAE
Site 15S104VAEKRAISPSIKEPS
Site 16S106EKRAISPSIKEPSVV
Site 17S158VTRAKPDSTLYLSLM
Site 18T159TRAKPDSTLYLSLMY
Site 19Y161AKPDSTLYLSLMYLA
Site 20S193SLLRRDASINFKAKG
Site 21Y216CNLLMAAYEEDENWP
Site 22T248VDSPHCKTFVDNIQT
Site 23S265NTRMPPRSVLLQGEA
Site 24S283AGDLGAGSSPHPSLT
Site 25S284GDLGAGSSPHPSLTE
Site 26S288AGSSPHPSLTEEEDS
Site 27T290SSPHPSLTEEEDSQT
Site 28S295SLTEEEDSQTELLIA
Site 29T297TEEEDSQTELLIAEE
Site 30S307LIAEEKLSPEQEGQL
Site 31Y318EGQLMPRYEELAESV
Site 32S324RYEELAESVEEYVLD
Site 33Y328LAESVEEYVLDMLRD
Site 34T355RNLLRLLTSTCGYKE
Site 35S451LVIFNELSSARNPNN
Site 36S452VIFNELSSARNPNNM
Site 37Y463PNNMQVLYTALQHSS
Site 38T486MVFQDLLTNKDDYLR
Site 39Y491LLTNKDDYLRASRAL
Site 40S495KDDYLRASRALLREI
Site 41Y528QERKEPQYLEMEFKE
Site 42S577RNLEVLRSFQNQIAA
Site 43Y608SKLAPKDYVHCLHKV
Site 44T618CLHKVLFTEQPETYY
Site 45Y711AVLNLCTYHHPENIQ
Site 46Y723NIQLPPGYQPPNLAI
Site 47Y775EMVMTNNYSYPPCTL
Site 48Y777VMTNNYSYPPCTLTD
Site 49T781NYSYPPCTLTDEETR
Site 50T783SYPPCTLTDEETRTE
Site 51T789LTDEETRTEMLNREL
Site 52T821AAASTKQTITESSSL
Site 53T823ASTKQTITESSSLLL
Site 54S825TKQTITESSSLLLSQ
Site 55S831ESSSLLLSQLTSLDP
Site 56S835LLLSQLTSLDPQGPP
Site 57S855HILDQVKSLNQSLRL
Site 58S859QVKSLNQSLRLGHLL
Site 59S884HIIQRQASSQSMPWL
Site 60S885IIQRQASSQSMPWLA
Site 61S924DAVDDAASGEEDDEG
Site 62T967GPKADEQTTCEVLDY
Site 63Y974TTCEVLDYFLRRLGS
Site 64S981YFLRRLGSSQVASRV
Site 65S999KGLSLVLSEGSLRDG
Site 66S1002SLVLSEGSLRDGEEK
Site 67T1020MEEDVGDTDVLQGYQ
Site 68S1041PRLPLFDSVRSTTAL
Site 69T1046FDSVRSTTALALQQA
Site 70T1062HMETDPQTISAYLIY
Site 71Y1066DPQTISAYLIYLSQH
Site 72S1071SAYLIYLSQHTPVEE
Site 73T1074LIYLSQHTPVEEQAQ
Site 74S1097ARLVVERSTIMSHLF
Site 75S1101VERSTIMSHLFSKLS
Site 76S1105TIMSHLFSKLSPSAA
Site 77S1108SHLFSKLSPSAASDA
Site 78S1125SALLSIFSRYVRRMR
Site 79Y1127LLSIFSRYVRRMRQS
Site 80S1134YVRRMRQSKEGEEVY
Site 81Y1141SKEGEEVYSWSESQD
Site 82S1142KEGEEVYSWSESQDQ
Site 83S1144GEEVYSWSESQDQVF
Site 84S1146EVYSWSESQDQVFLR
Site 85S1155DQVFLRWSSGETATM
Site 86S1156QVFLRWSSGETATMH
Site 87S1184GPPRADDSEFQALLD
Site 88T1275AVAHDPQTLEQNIMD
Site 89Y1285QNIMDKNYMAHLVEV
Site 90S1299VQHERGASGGQTFHS
Site 91T1303RGASGGQTFHSLLTA
Site 92S1311FHSLLTASLPPRRDS
Site 93S1318SLPPRRDSTEAPKPK
Site 94T1319LPPRRDSTEAPKPKS
Site 95S1326TEAPKPKSSPEQPIG
Site 96S1327EAPKPKSSPEQPIGQ
Site 97T1341QGRIRVGTQLRVLGP
Site 98S1363FLQIFPLSPDPRWQS
Site 99S1370SPDPRWQSSSPRPVA
Site 100S1371PDPRWQSSSPRPVAL
Site 101S1372DPRWQSSSPRPVALA
Site 102S1395LARVVQGSPEVPGIT
Site 103S1415ALATLLSSPHGGALV
Site 104Y1442LLRQLCQYQRCVPQD
Site 105T1450QRCVPQDTGFSSLFL
Site 106S1469QMLQWLDSPGVEGGP
Site 107S1486AQLRMLASQASAGRR
Site 108S1489RMLASQASAGRRLSD
Site 109S1495ASAGRRLSDVRGGLL
Site 110S1535LRSGEQCSVEPDLIS
Site 111S1553QGLIEVRSPHLEELL
Site 112S1572SATADAASPFPACKP
Site 113S1605KPGADGGSLEAVRLG
Site 114S1632LDPEVVSSCPDLQLR
Site 115S1643LQLRLLFSRRKGKGQ
Site 116S1655KGQAQVPSFRPYLLT
Site 117T1662SFRPYLLTLFTHQSS
Site 118T1665PYLLTLFTHQSSWPT
Site 119S1692REQRFDPSASLDFLW
Site 120S1694QRFDPSASLDFLWAC
Site 121T1715WQGRDQRTPQKRREE
Site 122T1752TRSQDGDTAACSLIQ
Site 123T1780DESVRKVTEHLSGCI
Site 124Y1807RDLLLQLYLQRPELR
Site 125S1830HSEGAASSSVCKLDG
Site 126S1831SEGAASSSVCKLDGL
Site 127S1850ITLLADTSDSRALEN
Site 128S1863ENRGADASMACRKLA
Site 129Y1945FIRLLLNYRKSSRHL
Site 130S1948LLLNYRKSSRHLAAF
Site 131S1949LLNYRKSSRHLAAFI
Site 132S1976YNAPAAISFLQKHAD
Site 133S1989ADPLHDLSFDNSDLV
Site 134S1993HDLSFDNSDLVMLKS
Site 135S2006KSLLAGLSLPSRDDR
Site 136T2014LPSRDDRTDRGLDEE
Site 137S2026DEEGEEESSAGSLPL
Site 138S2027EEGEEESSAGSLPLV
Site 139S2030EEESSAGSLPLVSVS
Site 140Y2050TAAEMAPYMKRLSRG
Site 141S2055APYMKRLSRGQTVED
Site 142T2059KRLSRGQTVEDLLEV
Site 143S2068EDLLEVLSDIDEMSR
Site 144S2074LSDIDEMSRRRPEIL
Site 145S2082RRRPEILSFFSTNLQ
Site 146S2093TNLQRLMSSAEECCR
Site 147S2116RSMQNSPSIAAAFLP
Site 148T2139QDFEVVQTALRNLPE
Site 149Y2147ALRNLPEYALLCQEH
Site 150S2174MYGQMDPSAQISEAL
Site 151S2178MDPSAQISEALRILH
 
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
 


2019 Kinexus Bioinformatics Corporation