PhosphoNET

           
Protein Info 
   
Short Name:  DIP2A
Full Name:  Disco-interacting protein 2 homolog A
Alias:  C21orf106; DIP2; DIP2 disco-interacting protein 2 A; DIP2-like; Disco-interacting protein 2 homolog A; KIAA0184
Type:  Unknown function
Mass (Da):  170369
Number AA:  1571
UniProt ID:  Q14689
International Prot ID:  IPI00654865
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003824  GO:0008134   PhosphoSite+ KinaseNET
Biological Process:  GO:0008152  GO:0007275   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 1S20LPAEVRESLAELELE
Site 2S29AELELELSEGDITQK
Site 3T34ELSEGDITQKGYEKK
Site 4Y49RAKLLARYIPLIQGI
Site 5S59LIQGIDPSLQAENRI
Site 6S70ENRIPGPSQTTAAAP
Site 7S82AAPKQQKSRPTASRD
Site 8T85KQQKSRPTASRDERF
Site 9S94RFRSDVHTEAVQAAL
Site 10T98RFRSDVHTEAVQAAL
Site 11Y108VQAALAKYKERKMPM
Site 12S117ERKMPMPSKRRSVLV
Site 13S121PMPSKRRSVLVHSSV
Site 14T130LVHSSVETYTPPDTS
Site 15Y131VHSSVETYTPPDTSS
Site 16T132HSSVETYTPPDTSSA
Site 17T136ETYTPPDTSSASEDE
Site 18S137TYTPPDTSSASEDEG
Site 19S138YTPPDTSSASEDEGS
Site 20S140PPDTSSASEDEGSLR
Site 21S145SASEDEGSLRRPGRL
Site 22T153LRRPGRLTSTPLQSH
Site 23S154RRPGRLTSTPLQSHS
Site 24T155RPGRLTSTPLQSHSS
Site 25S159LTSTPLQSHSSVEPW
Site 26S161STPLQSHSSVEPWLD
Site 27S162TPLQSHSSVEPWLDR
Site 28S174LDRVIQGSSTSSSAS
Site 29S175DRVIQGSSTSSSASS
Site 30T176RVIQGSSTSSSASST
Site 31S177VIQGSSTSSSASSTS
Site 32S178IQGSSTSSSASSTSS
Site 33S179QGSSTSSSASSTSSH
Site 34S181SSTSSSASSTSSHPG
Site 35S182STSSSASSTSSHPGG
Site 36T183TSSSASSTSSHPGGR
Site 37S184SSSASSTSSHPGGRP
Site 38S185SSASSTSSHPGGRPT
Site 39T192SHPGGRPTTAPSAAA
Site 40T193HPGGRPTTAPSAAAT
Site 41S196GRPTTAPSAAATPGA
Site 42S222HTHIDLHSAPPDVTT
Site 43T229SAPPDVTTGLVEHSY
Site 44Y236TGLVEHSYFERPQVA
Site 45S244FERPQVASVRSVPRG
Site 46S247PQVASVRSVPRGCSG
Site 47S253RSVPRGCSGSMLETA
Site 48S255VPRGCSGSMLETADG
Site 49S267ADGVPVNSRVSSKIQ
Site 50S270VPVNSRVSSKIQQLL
Site 51S271PVNSRVSSKIQQLLN
Site 52T279KIQQLLNTLKRPKRP
Site 53S315NQPKPEGSETSVLRG
Site 54T317PKPEGSETSVLRGEP
Site 55S318KPEGSETSVLRGEPL
Site 56T326VLRGEPLTAGVPRPP
Site 57S334AGVPRPPSLLATLQR
Site 58T338RPPSLLATLQRWGTT
Site 59T344ATLQRWGTTQPKSPC
Site 60T345TLQRWGTTQPKSPCL
Site 61S349WGTTQPKSPCLTALD
Site 62T353QPKSPCLTALDTTGK
Site 63T366GKAVYTLTYGKLWSR
Site 64S372LTYGKLWSRSLKLAY
Site 65S374YGKLWSRSLKLAYTL
Site 66T380RSLKLAYTLLNKLTS
Site 67S387TLLNKLTSKNEPLLK
Site 68T433VPIEVPLTRKDAGSQ
Site 69S439LTRKDAGSQQVGFLL
Site 70T469KGLPKAQTGEVAAFK
Site 71S482FKGWPPLSWLVIDGK
Site 72Y511DTGTGTAYIEYKTSK
Site 73Y514TGTAYIEYKTSKEGS
Site 74S517AYIEYKTSKEGSTVG
Site 75S521YKTSKEGSTVGVTVS
Site 76T522KTSKEGSTVGVTVSH
Site 77T540LAQCRALTQACGYSE
Site 78S546LTQACGYSEAETLTN
Site 79T550CGYSEAETLTNVLDF
Site 80Y582MHVVSVPYALMKANP
Site 81S608ARAALVKSRDMHWSL
Site 82S614KSRDMHWSLLAQRGQ
Site 83S625QRGQRDVSLSSLRML
Site 84S642ADGANPWSISSCDAF
Site 85S644GANPWSISSCDAFLN
Site 86S655AFLNVFQSRGLRPEV
Site 87T674ASSPEALTVAIRRPP
Site 88S694PPRKAVLSMNGLSYG
Site 89S712VDTEEKLSVLTVQDV
Site 90T715EEKLSVLTVQDVGQV
Site 91Y738VKLEGTPYLCKTDEV
Site 92T742GTPYLCKTDEVGEIC
Site 93S866AEQRPDASEEDSFQW
Site 94S870PDASEEDSFQWMSRV
Site 95S911PLGGIHISETKQRFL
Site 96T913GGIHISETKQRFLEG
Site 97T921KQRFLEGTLHPCNVL
Site 98S968GKRIAQASGRELAHL
Site 99S978ELAHLEDSDQARKFL
Site 100T997VLQWRAHTTPDHPLF
Site 101T998LQWRAHTTPDHPLFL
Site 102T1071YCGCVPVTVRPPHPQ
Site 103T1129TWPTILDTDDIPKKK
Site 104S1139IPKKKIASVFRPPSP
Site 105S1217SVYSGHQSVLVPPLE
Site 106S1234SNVSLWLSAVSQYKA
Site 107T1244SQYKARVTFCSYSVM
Site 108T1291ERPRIALTQSFSKLF
Site 109S1293PRIALTQSFSKLFKD
Site 110T1332TAGPDPTTVYVDMRA
Site 111Y1334GPDPTTVYVDMRALR
Site 112S1352VRLVERGSPHSLPLM
Site 113S1355VERGSPHSLPLMESG
Site 114S1384TKGPLGDSHLGEIWV
Site 115S1392HLGEIWVSSPHNATG
Site 116S1393LGEIWVSSPHNATGY
Site 117Y1400SPHNATGYYTVYGEE
Site 118Y1401PHNATGYYTVYGEEA
Site 119T1402HNATGYYTVYGEEAL
Site 120Y1404ATGYYTVYGEEALHA
Site 121S1415ALHADHFSARLSFGD
Site 122S1419DHFSARLSFGDTQTI
Site 123T1423ARLSFGDTQTIWART
Site 124T1425LSFGDTQTIWARTGY
Site 125Y1432TIWARTGYLGFLRRT
Site 126T1439YLGFLRRTELTDASG
Site 127T1442FLRRTELTDASGGRH
Site 128Y1453GGRHDALYVVGSLDE
Site 129T1461VVGSLDETLELRGMR
Site 130Y1469LELRGMRYHPIDIET
Site 131T1476YHPIDIETSVIRAHR
Site 132S1477HPIDIETSVIRAHRS
Site 133Y1566ADQLDPIYVAYNM__
 
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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