PhosphoNET

           
Protein Info 
   
Short Name:  EHBP1
Full Name:  EH domain-binding protein 1
Alias:  DKFZp566N1646; EH domain binding protein 1; EH domain-binding protein 1: EH domain-binding protein 1: EH domain-binding protein 1; KIAA0903; NACSIN; NPF/calponin-like protein
Type:  Vesicle protein
Mass (Da):  140017
Number AA:  1231
UniProt ID:  Q8NDI1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0016020   Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S16QRVGKHASKFQFVAS
Site 2S23SKFQFVASYQELMVE
Site 3T45DKLVVVWTRRSRRKS
Site 4S48VVVWTRRSRRKSSKA
Site 5S52TRRSRRKSSKAHSWQ
Site 6S53RRSRRKSSKAHSWQP
Site 7S57RKSSKAHSWQPGIKN
Site 8T83ENIEITVTLFKDPHA
Site 9T99EFEDKEWTFVIENES
Site 10S106TFVIENESPSGRRKA
Site 11S108VIENESPSGRRKALA
Site 12T116GRRKALATSSINMKQ
Site 13S117RRKALATSSINMKQY
Site 14S118RKALATSSINMKQYA
Site 15Y124SSINMKQYASPMPTQ
Site 16S126INMKQYASPMPTQTD
Site 17T130QYASPMPTQTDVKLK
Site 18S142KLKFKPLSKKVVSAA
Site 19S147PLSKKVVSAALQFSL
Site 20T165FLREGKATDEDMQSL
Site 21S171ATDEDMQSLASLMSM
Site 22S174EDMQSLASLMSMKQA
Site 23S177QSLASLMSMKQADIG
Site 24S222NQLNALSSLDEDQDD
Site 25S238IKQANMRSAKSASSS
Site 26S241ANMRSAKSASSSEEL
Site 27S243MRSAKSASSSEELIN
Site 28S245SAKSASSSEELINKL
Site 29T264EAEKDLATVNSNPFD
Site 30S267SPRKTEDSFYNNSYN
Site 31S286NPFGDPDSEEPITET
Site 32T291PDSEEPITETASPRK
Site 33T293SEEPITETASPRKTE
Site 34S295EPITETASPRKTEDS
Site 35T299ETASPRKTEDSFYNN
Site 36S302SPRKTEDSFYNNSYN
Site 37Y304RKTEDSFYNNSYNPF
Site 38T316NPFKEVQTPQYLNPF
Site 39Y319KEVQTPQYLNPFDEP
Site 40T331DEPEAFVTIKDSPPQ
Site 41S335AFVTIKDSPPQSTKR
Site 42S339IKDSPPQSTKRKNIR
Site 43S351NIRPVDMSKYLYADS
Site 44Y353RPVDMSKYLYADSSK
Site 45Y355VDMSKYLYADSSKTE
Site 46S358SKYLYADSSKTEEEE
Site 47S359KYLYADSSKTEEEEL
Site 48S369EEEELDESNPFYEPK
Site 49Y373LDESNPFYEPKSTPP
Site 50S377NPFYEPKSTPPPNNL
Site 51T378PFYEPKSTPPPNNLV
Site 52T393NPVQELETERRVKRK
Site 53S408APAPPVLSPKTGVLN
Site 54T411PPVLSPKTGVLNENT
Site 55T418TGVLNENTVSAGKDL
Site 56S420VLNENTVSAGKDLST
Site 57S426VSAGKDLSTSPKPSP
Site 58T427SAGKDLSTSPKPSPI
Site 59S428AGKDLSTSPKPSPIP
Site 60S432LSTSPKPSPIPSPVL
Site 61S436 PKPSPIPSPVLGRKP
Site 62S446LGRKPNASQSLLVWC
Site 63S448RKPNASQSLLVWCKE
Site 64Y492FRPDLIDYKSLNPQD
Site 65S494PDLIDYKSLNPQDIK
Site 66Y539DKLTVMTYLYQIRAH
Site 67S564IEENSSKSTYKVGNY
Site 68T565EENSSKSTYKVGNYE
Site 69Y566ENSSKSTYKVGNYET
Site 70Y571STYKVGNYETDTNSS
Site 71T573YKVGNYETDTNSSVD
Site 72T575VGNYETDTNSSVDQE
Site 73S577NYETDTNSSVDQEKF
Site 74S578YETDTNSSVDQEKFY
Site 75Y585SVDQEKFYAELSDLK
Site 76S589EKFYAELSDLKREPE
Site 77S602PELQQPISGAVDFLS
Site 78S613DFLSQDDSVFVNDSG
Site 79S619DSVFVNDSGVGESES
Site 80S626SGVGESESEHQTPDD
Site 81T630ESESEHQTPDDHLSP
Site 82S636QTPDDHLSPSTASPY
Site 83S638PDDHLSPSTASPYCR
Site 84T639DDHLSPSTASPYCRR
Site 85S641HLSPSTASPYCRRTK
Site 86Y643SPSTASPYCRRTKSD
Site 87T647ASPYCRRTKSDTEPQ
Site 88S649PYCRRTKSDTEPQKS
Site 89T651CRRTKSDTEPQKSQQ
Site 90S656SDTEPQKSQQSSGRT
Site 91S659EPQKSQQSSGRTSGS
Site 92S660PQKSQQSSGRTSGSD
Site 93T663SQQSSGRTSGSDDPG
Site 94S664QQSSGRTSGSDDPGI
Site 95S666SSGRTSGSDDPGICS
Site 96S673SDDPGICSNTDSTQA
Site 97T694KRLLKAETLELSDLY
Site 98S698KAETLELSDLYVSDK
Site 99Y701TLELSDLYVSDKKKD
Site 100S703ELSDLYVSDKKKDMS
Site 101S710SDKKKDMSPPFICEE
Site 102T718PPFICEETDEQKLQT
Site 103T725TDEQKLQTLDIGSNL
Site 104S740EKEKLENSRSLECRS
Site 105S742EKLENSRSLECRSDP
Site 106S747SRSLECRSDPESPIK
Site 107S751ECRSDPESPIKKTSL
Site 108T756PESPIKKTSLSPTSK
Site 109S757ESPIKKTSLSPTSKL
Site 110S759PIKKTSLSPTSKLGY
Site 111T761KKTSLSPTSKLGYSY
Site 112S762KTSLSPTSKLGYSYS
Site 113Y766SPTSKLGYSYSRDLD
Site 114S767PTSKLGYSYSRDLDL
Site 115Y768TSKLGYSYSRDLDLA
Site 116S769SKLGYSYSRDLDLAK
Site 117S781LAKKKHASLRQTESD
Site 118T785KHASLRQTESDPDAD
Site 119S787ASLRQTESDPDADRT
Site 120T795DPDADRTTLNHADHS
Site 121S803LNHADHSSKIVQHRL
Site 122S812IVQHRLLSRQEELKE
Site 123T846KHNTNTATPFCNRQL
Site 124S854PFCNRQLSDQQDEER
Site 125S883ARSGVKMSELPSYGE
Site 126S887VKMSELPSYGEMAAE
Site 127Y888KMSELPSYGEMAAEK
Site 128T914NDNIEIDTNEEIPEG
Site 129T931VGGGDELTNLENDLD
Site 130T939NLENDLDTPEQNSKL
Site 131S964VQPQVANSPSSAAQK
Site 132T974SAAQKAVTESSEQDM
Site 133S976AQKAVTESSEQDMKS
Site 134S977QKAVTESSEQDMKSG
Site 135S983SSEQDMKSGTEDLRT
Site 136T990SGTEDLRTERLQKTT
Site 137T996RTERLQKTTERFRNP
Site 138T997TERLQKTTERFRNPV
Site 139S1010PVVFSKDSTVRKTQL
Site 140T1011VVFSKDSTVRKTQLQ
Site 141T1015KDSTVRKTQLQSFSQ
Site 142S1019VRKTQLQSFSQYIEN
Site 143S1021KTQLQSFSQYIENRP
Site 144Y1023QLQSFSQYIENRPEM
Site 145S1035PEMKRQRSIQEDTKK
Site 146T1040QRSIQEDTKKGNEEK
Site 147T1053EKAAITETQRKPSED
Site 148S1058TETQRKPSEDEVLNK
Site 149T1070LNKGFKDTSQYVVGE
Site 150S1071NKGFKDTSQYVVGEL
Site 151Y1073GFKDTSQYVVGELAA
Site 152Y1101LVEKRLRYLMDTGRN
Site 153T1105RLRYLMDTGRNTEEE
Site 154T1109LMDTGRNTEEEEAMM
Site 155S1137IRRMNQLSLLEKEHD
Site 156Y1149EHDLERRYELLNREL
 
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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