PhosphoNET

           
Protein Info 
   
Short Name:  INADL
Full Name:  InaD-like protein
Alias:  Cipp; InaD-like; Pals1-associated tight junction protein; PATJ; Protein associated to tight junctions
Type:  Adaptor/scaffold
Mass (Da):  196368
Number AA:  1801
UniProt ID:  Q8NI35
International Prot ID:  IPI00221128
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016324  GO:0005923  GO:0005923 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0005515  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0007242  GO:0007165  GO:0007242 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 1T7_MPENPATDKLQVLQ
Site 2T29KLQEKGDTSQNEKLS
Site 3S30LQEKGDTSQNEKLSM
Site 4S36TSQNEKLSMFYETLK
Site 5T52PLFNQILTLQQSIKQ
Site 6S56QILTLQQSIKQLKGQ
Site 7S69GQLNHIPSDCSANFD
Site 8S99NGNVHRPSNNSTVSG
Site 9S102VHRPSNNSTVSGLFP
Site 10T103HRPSNNSTVSGLFPW
Site 11S105PSNNSTVSGLFPWTP
Site 12T111VSGLFPWTPKLGNED
Site 13S141YIDIERPSTGGLGFS
Site 14S171VKDVQPGSVADRDQR
Site 15T191QILAINHTPLDQNIS
Site 16T224VAREPVHTKSSTSSS
Site 17S226REPVHTKSSTSSSLN
Site 18S227EPVHTKSSTSSSLND
Site 19S230HTKSSTSSSLNDTTL
Site 20S231TKSSTSSSLNDTTLP
Site 21T235TSSSLNDTTLPETVC
Site 22T236SSSLNDTTLPETVCW
Site 23T289DRDGRLQTGDHILKI
Site 24S333RDPAGDISVTPPAPA
Site 25T335PAGDISVTPPAPAAL
Site 26S351VALPTVASKGPGSDS
Site 27S356VASKGPGSDSSLFET
Site 28S358SKGPGSDSSLFETYN
Site 29S359KGPGSDSSLFETYNV
Site 30T363SDSSLFETYNVELVR
Site 31S387IVGYVGTSHTGEASG
Site 32T389GYVGTSHTGEASGIY
Site 33Y396TGEASGIYVKSIIPG
Site 34S404VKSIIPGSAAYHNGH
Site 35T448AGQVVHLTLVRRKTS
Site 36T454LTLVRRKTSSSTSPL
Site 37S455TLVRRKTSSSTSPLE
Site 38S456LVRRKTSSSTSPLEP
Site 39S457VRRKTSSSTSPLEPP
Site 40S459RKTSSSTSPLEPPSD
Site 41S465TSPLEPPSDRGTVVE
Site 42T469EPPSDRGTVVEPLKP
Site 43T504EIKERIDTLKNDNIQ
Site 44S522KLEKVPDSPENELKS
Site 45S529SPENELKSRWENLLG
Site 46Y559DDAELQKYSKLLPIH
Site 47S576RLGVEVDSFDGHHYI
Site 48Y582DSFDGHHYISSIVSG
Site 49S584FDGHHYISSIVSGGP
Site 50S585DGHHYISSIVSGGPV
Site 51S616GMQLYGKSRREAVSF
Site 52S622KSRREAVSFLKEVPP
Site 53S645RLFDDEASVDEPRRT
Site 54T652SVDEPRRTETSLPET
Site 55T654DEPRRTETSLPETEV
Site 56S655EPRRTETSLPETEVD
Site 57T659TETSLPETEVDHNMD
Site 58S681DGELALWSPEVKIVE
Site 59Y703LGFSILDYQDPLDPT
Site 60T710YQDPLDPTRSVIVIR
Site 61S739LPGDRLVSVNEYCLD
Site 62Y743RLVSVNEYCLDNTSL
Site 63Y783DNEEESCYILHSSSN
Site 64S789CYILHSSSNEDKTEF
Site 65T794SSSNEDKTEFSGTIH
Site 66T799DKTEFSGTIHDINSS
Site 67Y820KGFRDEPYFKEELVD
Site 68S836PFLDLGKSFHSQQKE
Site 69S839DLGKSFHSQQKEIEQ
Site 70Y876EILVDEEYELYQDPS
Site 71Y879VDEEYELYQDPSPSM
Site 72S883YELYQDPSPSMELYP
Site 73S885LYQDPSPSMELYPLS
Site 74Y889PSPSMELYPLSHIQE
Site 75S892SMELYPLSHIQEATP
Site 76T898LSHIQEATPVPSVNE
Site 77S921HDNEPSESQEARTGR
Site 78Y931ARTGRTVYSQEAQPY
Site 79S932RTGRTVYSQEAQPYG
Site 80Y938YSQEAQPYGYCPENV
Site 81S954KENFVMESLPSVPST
Site 82S957FVMESLPSVPSTEGN
Site 83S960ESLPSVPSTEGNSQQ
Site 84T961SLPSVPSTEGNSQQG
Site 85S978DDLENLNSLAKTSLD
Site 86Y1017EQEDLPLYQHQATRV
Site 87S1026HQATRVISKASAYTG
Site 88Y1031VISKASAYTGMLSSR
Site 89T1032ISKASAYTGMLSSRY
Site 90S1036SAYTGMLSSRYATDT
Site 91S1037AYTGMLSSRYATDTC
Site 92Y1039TGMLSSRYATDTCEL
Site 93T1041MLSSRYATDTCELPE
Site 94T1043SSRYATDTCELPERE
Site 95T1057EEGEGEETPNFSHWG
Site 96S1061GEETPNFSHWGPPRI
Site 97S1078IFREPNVSLGISIVG
Site 98S1111IKQVLEDSPAGKTNA
Site 99T1121GKTNALKTGDKILEV
Site 100S1137GVDLQNASHSEAVEA
Site 101S1139DLQNASHSEAVEAIK
Site 102T1162IVQSLSSTPRVIPNV
Site 103T1184TGNQNQDTQEKKEKR
Site 104T1194KKEKRQGTAPPPMKL
Site 105T1209PPPYKALTDDSDENE
Site 106S1212YKALTDDSDENEEED
Site 107T1222NEEEDAFTDQKIRQR
Site 108Y1230DQKIRQRYADLPGEL
Site 109S1252DKNGLGLSLAGNKDR
Site 110S1263NKDRSRMSIFVVGIN
Site 111Y1296EINNQILYGRSHQNA
Site 112S1299NQILYGRSHQNASAI
Site 113S1337VTPFPVPSSSPSSIE
Site 114S1338TPFPVPSSSPSSIED
Site 115S1339PFPVPSSSPSSIEDQ
Site 116S1341PVPSSSPSSIEDQSG
Site 117S1342VPSSSPSSIEDQSGT
Site 118S1347PSSIEDQSGTEPISS
Site 119T1349SIEDQSGTEPISSEE
Site 120S1353QSGTEPISSEEDGSV
Site 121S1354SGTEPISSEEDGSVE
Site 122S1359ISSEEDGSVEVGIKQ
Site 123S1370GIKQLPESESFKLAV
Site 124S1372KQLPESESFKLAVSQ
Site 125S1378ESFKLAVSQMKQQKY
Site 126Y1385SQMKQQKYPTKVSFS
Site 127T1387MKQQKYPTKVSFSSQ
Site 128S1390QKYPTKVSFSSQEIP
Site 129S1393PTKVSFSSQEIPLAP
Site 130S1402EIPLAPASSYHSTDA
Site 131S1403IPLAPASSYHSTDAD
Site 132S1406APASSYHSTDADFTG
Site 133T1407PASSYHSTDADFTGY
Site 134T1412HSTDADFTGYGGFQA
Site 135S1441QEMIIEISKGRSGLG
Site 136S1450GRSGLGLSIVGGKDT
Site 137S1496NGVDLRNSSHEEAIT
Site 138S1497GVDLRNSSHEEAITA
Site 139T1503SSHEEAITALRQTPQ
Site 140T1508AITALRQTPQKVRLV
Site 141Y1523VYRDEAHYRDEENLE
Site 142S1547AGRGLGLSIVGKRNG
Site 143S1555IVGKRNGSGVFISDI
Site 144S1582IQGDQILSVNGEDMR
Site 145S1592GEDMRNASQETVATI
Site 146S1618IGRLRAGSWTSARTT
Site 147T1620RLRAGSWTSARTTSQ
Site 148S1621LRAGSWTSARTTSQN
Site 149T1625SWTSARTTSQNSQGS
Site 150S1626WTSARTTSQNSQGSQ
Site 151S1629ARTTSQNSQGSQQSA
Site 152S1632TSQNSQGSQQSAHSS
Site 153S1635NSQGSQQSAHSSCHP
Site 154S1638GSQQSAHSSCHPSFA
Site 155S1639SQQSAHSSCHPSFAP
Site 156T1657GLQNLVGTKRVSDPS
Site 157S1661LVGTKRVSDPSQKNS
Site 158S1664TKRVSDPSQKNSGTD
Site 159S1668SDPSQKNSGTDMEPR
Site 160T1676GTDMEPRTVEINREL
Site 161S1729KVGDRIVSINGQPLD
Site 162S1739GQPLDGLSHADVVNL
Site 163T1776AQLENMSTGYHLGSP
Site 164Y1778LENMSTGYHLGSPTA
Site 165S1782STGYHLGSPTAEHHP
 
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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