PhosphoNET

           
Protein Info 
   
Short Name:  RBM44
Full Name:  RNA-binding protein 44
Alias:  RNA-binding motif protein 44
Type: 
Mass (Da):  117985
Number AA:  1051
UniProt ID:  Q6ZP01
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      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 1Y15ETASGKGYHSNGGNL
Site 2S17ASGKGYHSNGGNLQK
Site 3S28NLQKDKPSNPKKENL
Site 4S38KKENLLLSSNGCDEV
Site 5S56FPDDDWNSSTLEQRA
Site 6T58DDDWNSSTLEQRANN
Site 7S82DLLEPFFSVSQDTNT
Site 8S84LEPFFSVSQDTNTES
Site 9T87FFSVSQDTNTESTQF
Site 10T89SVSQDTNTESTQFQS
Site 11S91SQDTNTESTQFQSSE
Site 12T92QDTNTESTQFQSSEL
Site 13S102QSSELEDSTDYAFLN
Site 14T103SSELEDSTDYAFLNK
Site 15Y105ELEDSTDYAFLNKTY
Site 16T111DYAFLNKTYSIPYSE
Site 17Y112YAFLNKTYSIPYSES
Site 18S113AFLNKTYSIPYSESK
Site 19S117KTYSIPYSESKLKKE
Site 20S119YSIPYSESKLKKESL
Site 21S125ESKLKKESLTPLSSE
Site 22T127KLKKESLTPLSSELD
Site 23S130KESLTPLSSELDPEV
Site 24S131ESLTPLSSELDPEVQ
Site 25T154ILEHQDKTVGLERIY
Site 26Y161TVGLERIYNISDANY
Site 27S164LERIYNISDANYRES
Site 28Y168YNISDANYRESAEDT
Site 29S171SDANYRESAEDTQKH
Site 30T175YRESAEDTQKHDTDE
Site 31T180EDTQKHDTDEDSQQE
Site 32S184KHDTDEDSQQEYHSA
Site 33Y188DEDSQQEYHSAEEQE
Site 34S190DSQQEYHSAEEQEYI
Site 35Y196HSAEEQEYISNHLSF
Site 36S202EYISNHLSFDQTKAL
Site 37T206NHLSFDQTKALDISN
Site 38S222EVVELGNSGYEVKCA
Site 39Y224VELGNSGYEVKCASN
Site 40S239VEDNRVNSGSGSIIS
Site 41S241DNRVNSGSGSIISFD
Site 42S243RVNSGSGSIISFDSL
Site 43S246SGSGSIISFDSLDVY
Site 44S249GSIISFDSLDVYGQE
Site 45Y253SFDSLDVYGQEESLH
Site 46S258DVYGQEESLHVSKFQ
Site 47S262QEESLHVSKFQNSVM
Site 48Y273NSVMLREYHDLKHEK
Site 49Y281HDLKHEKYKEQETNS
Site 50Y290EQETNSMYHTVFDGS
Site 51T292ETNSMYHTVFDGSVL
Site 52S297YHTVFDGSVLRSNSP
Site 53S301FDGSVLRSNSPGNQE
Site 54S303GSVLRSNSPGNQESQ
Site 55S309NSPGNQESQSKSGSL
Site 56S311PGNQESQSKSGSLSP
Site 57S313NQESQSKSGSLSPQK
Site 58S315ESQSKSGSLSPQKVL
Site 59S317QSKSGSLSPQKVLKM
Site 60Y327KVLKMKIYTENMKSQ
Site 61S333IYTENMKSQINEGKD
Site 62T360LHLENPSTLPQDKAL
Site 63Y395SIISACGYYESLQNT
Site 64S398SACGYYESLQNTADS
Site 65T402YYESLQNTADSALDF
Site 66S405SLQNTADSALDFSAM
Site 67S429QAIEDNTSLKVAHSS
Site 68S435TSLKVAHSSTTKKTC
Site 69S436SLKVAHSSTTKKTCF
Site 70S459KSLTDAASCTVTINQ
Site 71T480DFRACFTTSRATSAR
Site 72S481FRACFTTSRATSARP
Site 73T484CFTTSRATSARPSVV
Site 74S485FTTSRATSARPSVVS
Site 75S489RATSARPSVVSTSSN
Site 76S492SARPSVVSTSSNTEI
Site 77T493ARPSVVSTSSNTEIT
Site 78S495PSVVSTSSNTEITMM
Site 79S517WQNEKQKSVACSTDW
Site 80S521KQKSVACSTDWSYSE
Site 81T522QKSVACSTDWSYSED
Site 82S525VACSTDWSYSEDCID
Site 83Y526ACSTDWSYSEDCIDT
Site 84T533YSEDCIDTQMAITKG
Site 85S544ITKGSGKSLSVDSLK
Site 86S546KGSGKSLSVDSLKPN
Site 87S549GKSLSVDSLKPNGNF
Site 88T587EFQLFKDTEKDLPSM
Site 89Y626RRHCCDIYKLVMENR
Site 90S641EGLNMNLSSNSAKKE
Site 91S642GLNMNLSSNSAKKEL
Site 92Y664LGDLKVRYVTLKEKI
Site 93T666DLKVRYVTLKEKIHK
Site 94S684LEELPPLSLESKLLS
Site 95T692LESKLLSTFSTFASR
Site 96S698STFSTFASRLMKKET
Site 97T705SRLMKKETHVFSEAD
Site 98S726RAHDVDVSSNLKKTL
Site 99S727AHDVDVSSNLKKTLS
Site 100T732VSSNLKKTLSQMSLS
Site 101S734SNLKKTLSQMSLSSD
Site 102S737KKTLSQMSLSSDNSH
Site 103S739TLSQMSLSSDNSHAT
Site 104S740LSQMSLSSDNSHATQ
Site 105S743MSLSSDNSHATQNIS
Site 106T746SSDNSHATQNISPKK
Site 107S750SHATQNISPKKDDFK
Site 108S766GDINADFSQLKLGDK
Site 109Y778GDKDCRHYQETSEDW
Site 110S786QETSEDWSDAKESLT
Site 111S791DWSDAKESLTGVDVS
Site 112T793SDAKESLTGVDVSGT
Site 113S798SLTGVDVSGTQGNQV
Site 114T800TGVDVSGTQGNQVEQ
Site 115T815DTWNLDLTGEMKNVE
Site 116S824EMKNVEPSQRDKGYL
Site 117Y830PSQRDKGYLIHVGGL
Site 118S840HVGGLCPSVSEADLR
Site 119S842GGLCPSVSEADLRSH
Site 120S848VSEADLRSHFQKYQV
Site 121Y853LRSHFQKYQVSEISI
Site 122S859KYQVSEISIYDSTNY
Site 123Y861QVSEISIYDSTNYRY
Site 124S863SEISIYDSTNYRYAS
Site 125T864EISIYDSTNYRYASL
Site 126Y866SIYDSTNYRYASLAF
Site 127S870STNYRYASLAFTKNS
Site 128T874RYASLAFTKNSDAKI
Site 129Y907PVKILGEYTSPLSSK
Site 130T908VKILGEYTSPLSSKN
Site 131S909KILGEYTSPLSSKNG
Site 132S912GEYTSPLSSKNGNRI
Site 133S913EYTSPLSSKNGNRIS
Site 134S920SKNGNRISSNNLEKS
Site 135S921KNGNRISSNNLEKST
Site 136S927SSNNLEKSTNKQIHS
Site 137S934STNKQIHSEFSISRL
Site 138S937KQIHSEFSISRLPRT
Site 139S939IHSEFSISRLPRTRP
Site 140T944SISRLPRTRPRQLGS
Site 141S951TRPRQLGSEQDSEVF
Site 142S955QLGSEQDSEVFPSDQ
Site 143S960QDSEVFPSDQGVKKN
Site 144S994PNTLNLRSFTKIIKR
Site 145S1010AELHPEVSRDHIINA
Site 146S1033KGFLNGLSITTIVEM
Site 147T1041ITTIVEMTSSLLKNS
Site 148S1043TIVEMTSSLLKNSAS
Site 149S1048TSSLLKNSASS____
 
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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