PhosphoNET

           
Protein Info 
   
Short Name:  CYTSA
Full Name:  Cytospin-A
Alias:  Cytokinesis and spindle organization A; Cytospin A; KIAA0376; LOC23384; SPECC1L; SPECC1-like protein
Type:  Cell cycle regulation
Mass (Da):  124592
Number AA:  1117
UniProt ID:  Q69YQ0
International Prot ID:  IPI00178072
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005882;     Uniprot OncoNet
Molecular Function:  GO:0005198;     PhosphoSite+ KinaseNET
Biological Process:  GO:0007049  GO:0051301  GO:0051301 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 1S7_MKKASRSVGSVPKV
Site 2S10KASRSVGSVPKVSAI
Site 3T20KVSAISKTQTAEKIK
Site 4T22SAISKTQTAEKIKPE
Site 5S31EKIKPENSSSASTGG
Site 6S33IKPENSSSASTGGKL
Site 7S35PENSSSASTGGKLVK
Site 8T45GKLVKPGTAASLSKT
Site 9S48VKPGTAASLSKTKSS
Site 10S50PGTAASLSKTKSSDD
Site 11T52TAASLSKTKSSDDLL
Site 12S54ASLSKTKSSDDLLAG
Site 13S55SLSKTKSSDDLLAGM
Site 14T69MAGGVTVTNGVKGKK
Site 15S77NGVKGKKSTCPSAAP
Site 16S81GKKSTCPSAAPSASA
Site 17T93ASAPAMTTVENKSKI
Site 18S98MTTVENKSKISTGTA
Site 19T102ENKSKISTGTASSTK
Site 20S106KISTGTASSTKRSTS
Site 21S107ISTGTASSTKRSTST
Site 22T108STGTASSTKRSTSTG
Site 23S111TASSTKRSTSTGNKE
Site 24T112ASSTKRSTSTGNKES
Site 25S113SSTKRSTSTGNKESS
Site 26T114STKRSTSTGNKESSS
Site 27S120STGNKESSSTRERLR
Site 28S121TGNKESSSTRERLRE
Site 29T122GNKESSSTRERLRER
Site 30T130RERLRERTRLNQSKK
Site 31S156ALAKRSRSRTATECD
Site 32T158AKRSRSRTATECDVR
Site 33T160RSRSRTATECDVRMS
Site 34S167TECDVRMSKSKSDNQ
Site 35S169CDVRMSKSKSDNQIS
Site 36S171VRMSKSKSDNQISDR
Site 37S176SKSDNQISDRAALEA
Site 38T190AKVKDLLTLAKTKDV
Site 39S220LGINEDHSEGDEKSE
Site 40S226HSEGDEKSEKETIMA
Site 41S277RLNALGFSLEQRLDN
Site 42S285LEQRLDNSEKLFGYQ
Site 43Y291NSEKLFGYQSLSPEI
Site 44S293EKLFGYQSLSPEITP
Site 45S295LFGYQSLSPEITPGN
Site 46T299QSLSPEITPGNQSDG
Site 47S304EITPGNQSDGGGTLT
Site 48T309NQSDGGGTLTSSVEG
Site 49T311SDGGGTLTSSVEGSA
Site 50S312DGGGTLTSSVEGSAP
Site 51S313GGGTLTSSVEGSAPG
Site 52S317LTSSVEGSAPGSVED
Site 53S321VEGSAPGSVEDLLSQ
Site 54S327GSVEDLLSQDENTLM
Site 55T332LLSQDENTLMDHQHS
Site 56S341MDHQHSNSMDNLDSE
Site 57S347NSMDNLDSECSEVYQ
Site 58S350DNLDSECSEVYQPLT
Site 59Y353DSECSEVYQPLTSSD
Site 60T357SEVYQPLTSSDDALD
Site 61S359VYQPLTSSDDALDAP
Site 62S367DDALDAPSSSESEGI
Site 63S368DALDAPSSSESEGIL
Site 64S369ALDAPSSSESEGILS
Site 65S371DAPSSSESEGILSIE
Site 66S376SESEGILSIERSRKG
Site 67S380GILSIERSRKGSSGN
Site 68S384IERSRKGSSGNASEV
Site 69S385ERSRKGSSGNASEVS
Site 70S389KGSSGNASEVSVACL
Site 71S392SGNASEVSVACLTER
Site 72T397EVSVACLTERIHQME
Site 73S409QMEENQHSTSEELQA
Site 74T417TSEELQATLQELADL
Site 75S448EKVILMESLCQQSDK
Site 76Y465HFSRQIEYFRSLLDE
Site 77S468RQIEYFRSLLDEHHI
Site 78S476LLDEHHISYVIDEDV
Site 79Y477LDEHHISYVIDEDVK
Site 80S485VIDEDVKSGRYMELE
Site 81S517LGVQQHLSNTLKMAE
Site 82T568TLEEYKATVASDQIE
Site 83S571EYKATVASDQIEMNR
Site 84Y594KQKVAELYSIHNSGD
Site 85S595QKVAELYSIHNSGDK
Site 86S599ELYSIHNSGDKSDIQ
Site 87S603IHNSGDKSDIQDLLE
Site 88S611DIQDLLESVRLDKEK
Site 89T621LDKEKAETLASSLQE
Site 90S624EKAETLASSLQEDLA
Site 91S625KAETLASSLQEDLAH
Site 92Y651IAKVEDEYRAFQEEA
Site 93S674MTLEKLRSDLDEKET
Site 94S684DEKETERSDMKETIF
Site 95S712LHDNLIISDLENTVK
Site 96T734DMEREIKTLHRRLRE
Site 97S743HRRLREESAEWRQFQ
Site 98S765VIANDIKSEAQEEIG
Site 99S797KELEEIKSRKQEEER
Site 100Y808EEERGRVYNYMNAVE
Site 101Y810ERGRVYNYMNAVERD
Site 102S828LRQGMGLSRRSSTSS
Site 103S831GMGLSRRSSTSSEPT
Site 104S832MGLSRRSSTSSEPTP
Site 105T833GLSRRSSTSSEPTPT
Site 106S834LSRRSSTSSEPTPTV
Site 107S835SRRSSTSSEPTPTVK
Site 108T838SSTSSEPTPTVKTLI
Site 109T840TSSEPTPTVKTLIKS
Site 110T843EPTPTVKTLIKSFDS
Site 111S847TVKTLIKSFDSASQV
Site 112S850TLIKSFDSASQVPNP
Site 113S852IKSFDSASQVPNPAA
Site 114S868AIPRTPLSPSPMKTP
Site 115S870PRTPLSPSPMKTPPA
Site 116T874LSPSPMKTPPAAAVS
Site 117S881TPPAAAVSPMQRHSI
Site 118S887VSPMQRHSISGPIST
Site 119S889PMQRHSISGPISTSK
Site 120S893HSISGPISTSKPLTA
Site 121T899ISTSKPLTALSDKRP
Site 122S902SKPLTALSDKRPNYG
Site 123Y908LSDKRPNYGEIPVQE
Site 124T920VQEHLLRTSSASRPA
Site 125S921QEHLLRTSSASRPAS
Site 126S922EHLLRTSSASRPASL
Site 127S924LLRTSSASRPASLPR
Site 128S928SSASRPASLPRVPAM
Site 129S937PRVPAMESAKTLSVS
Site 130T940PAMESAKTLSVSRRS
Site 131S942MESAKTLSVSRRSSE
Site 132S944SAKTLSVSRRSSEEM
Site 133S947TLSVSRRSSEEMKRD
Site 134S948LSVSRRSSEEMKRDI
Site 135S956EEMKRDISAQEGASP
Site 136S965QEGASPASLMAMGTT
Site 137S973LMAMGTTSPQLSLSS
Site 138S977GTTSPQLSLSSSPTA
Site 139S979TSPQLSLSSSPTASV
Site 140S980SPQLSLSSSPTASVT
Site 141S981PQLSLSSSPTASVTP
Site 142T983LSLSSSPTASVTPTT
Site 143S985LSSSPTASVTPTTRS
Site 144T987SSPTASVTPTTRSRI
Site 145T989PTASVTPTTRSRIRE
Site 146S992SVTPTTRSRIREERK
Site 147S1003EERKDPLSALAREYG
Site 148Y1009LSALAREYGGSKRNA
Site 149S1012LAREYGGSKRNALLK
Site 150S1039DITNFSSSWNDGLAF
Site 151S1065IPYQELNSQDKRRNF
Site 152S1081LAFQAAESVGIKSTL
Site 153S1086AESVGIKSTLDINEM
Site 154Y1107DWQNVMLYVTAIYKY
 
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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