PhosphoNET

           
Protein Info 
   
Short Name:  ATAD2
Full Name:  ATPase family AAA domain-containing protein 2
Alias:  ANCCA; ATPase family, AAA domain containing 2; DKFZp667N1320; EC 3.6.1.3; FLJ39814; MGC29843; MGC5254; PRO2000
Type:  Transcription protein coactivator
Mass (Da):  158554
Number AA:  1390
UniProt ID:  Q6PL18
International Prot ID:  IPI00170548
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0042624  GO:0003700 PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350   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_MVVLRSSLELHNHS
Site 2S14SLELHNHSAASATGS
Site 3S17LHNHSAASATGSLDL
Site 4S21SAASATGSLDLSSDF
Site 5S26TGSLDLSSDFLSLEH
Site 6S30DLSSDFLSLEHIGRR
Site 7S41IGRRRLRSAGAAQKK
Site 8S61AKAGDGSSVKEVETY
Site 9Y68SVKEVETYHRTRALR
Site 10S76HRTRALRSLRKDAQN
Site 11S84LRKDAQNSSDSSFEK
Site 12S85RKDAQNSSDSSFEKN
Site 13S88AQNSSDSSFEKNVEI
Site 14T106LANGRHFTRQLARQQ
Site 15S141RARNIVQSTEHLHED
Site 16S157GDVEVRRSCRIRSRY
Site 17S162RRSCRIRSRYSGVNQ
Site 18Y164SCRIRSRYSGVNQSM
Site 19S165CRIRSRYSGVNQSML
Site 20S170RYSGVNQSMLFDKLI
Site 21Y219EESNLNMYTRGKQKD
Site 22T234IQRTDEETTDNQEGS
Site 23S241TTDNQEGSVESSEEG
Site 24S245QEGSVESSEEGEDQE
Site 25Y295EENQKRYYLRQRKAT
Site 26T302YLRQRKATVYYQAPL
Site 27Y304RQRKATVYYQAPLEK
Site 28Y305QRKATVYYQAPLEKP
Site 29Y322QRKPNIFYSGPASPA
Site 30S323RKPNIFYSGPASPAR
Site 31S327IFYSGPASPARPRYR
Site 32Y333ASPARPRYRLSSAGP
Site 33S336ARPRYRLSSAGPRSP
Site 34S337RPRYRLSSAGPRSPY
Site 35S342LSSAGPRSPYCKRMN
Site 36Y344SAGPRSPYCKRMNRR
Site 37S357RRRHAIHSSDSTSSS
Site 38S358RRHAIHSSDSTSSSS
Site 39S360HAIHSSDSTSSSSSE
Site 40T361AIHSSDSTSSSSSED
Site 41S362IHSSDSTSSSSSEDE
Site 42S364SSDSTSSSSSEDEQH
Site 43S365SDSTSSSSSEDEQHF
Site 44S366DSTSSSSSEDEQHFE
Site 45S379FERRRKRSRNRAINR
Site 46S410DRMKIGASLADVDPM
Site 47S421VDPMQLDSSVRFDSV
Site 48S422DPMQLDSSVRFDSVG
Site 49S427DSSVRFDSVGGLSNH
Site 50Y466PPRGCLFYGPPGTGK
Site 51S485RALANECSQGDKRVA
Site 52S503RKGADCLSKWVGESE
Site 53S509LSKWVGESERQLRLL
Site 54Y521RLLFDQAYQMRPSII
Site 55S541DGLAPVRSSRQDQIH
Site 56S542GLAPVRSSRQDQIHS
Site 57S549SRQDQIHSSIVSTLL
Site 58S550RQDQIHSSIVSTLLA
Site 59S579GATNRLDSIDPALRR
Site 60S597FDREFLFSLPDKEAR
Site 61T622WNPKPLDTFLEELAE
Site 62Y655LCALRRRYPQIYTTS
Site 63Y659RRRYPQIYTTSEKLQ
Site 64T660RRYPQIYTTSEKLQL
Site 65S670EKLQLDLSSINISAK
Site 66S671KLQLDLSSINISAKD
Site 67S690MQKMIPASQRAVTSP
Site 68T695PASQRAVTSPGQALS
Site 69S696ASQRAVTSPGQALST
Site 70T734AEFRTNKTLDSDISC
Site 71S737RTNKTLDSDISCPLL
Site 72S740KTLDSDISCPLLESD
Site 73S746ISCPLLESDLAYSDD
Site 74Y750LLESDLAYSDDDVPS
Site 75S751LESDLAYSDDDVPSV
Site 76S757YSDDDVPSVYENGLS
Site 77Y759DDDVPSVYENGLSQK
Site 78S764SVYENGLSQKSSHKA
Site 79S767ENGLSQKSSHKAKDN
Site 80S768NGLSQKSSHKAKDNF
Site 81Y786HLNRNACYQPMSFRP
Site 82S837LFGVSTTSPEETCAQ
Site 83T841STTSPEETCAQVIRE
Site 84S855EAKRTAPSIVYVPHI
Site 85S901ATSDKPHSALPEEVQ
Site 86Y915QELFIRDYGEIFNVQ
Site 87S947QAAKPPISKKKAVLQ
Site 88S969APPPEPRSLTAEEVK
Site 89T971PPEPRSLTAEEVKRL
Site 90T985LEEQEEDTFRELRIF
Site 91T997RIFLRNVTHRLAIDK
Site 92T1010DKRFRVFTKPVDPDE
Site 93Y1021DPDEVPDYVTVIKQP
Site 94T1023DEVPDYVTVIKQPMD
Site 95S1032IKQPMDLSSVISKID
Site 96S1033KQPMDLSSVISKIDL
Site 97S1036MDLSSVISKIDLHKY
Site 98Y1043SKIDLHKYLTVKDYL
Site 99T1045IDLHKYLTVKDYLRD
Site 100Y1049KYLTVKDYLRDIDLI
Site 101Y1063ICSNALEYNPDRDPG
Site 102T1084RACALRDTAYAIIKE
Site 103Y1086CALRDTAYAIIKEEL
Site 104S1107LCEEIQESRKKRGCS
Site 105S1114SRKKRGCSSSKYAPS
Site 106S1115RKKRGCSSSKYAPSY
Site 107S1116KKRGCSSSKYAPSYY
Site 108Y1118RGCSSSKYAPSYYHV
Site 109S1121SSSKYAPSYYHVMPK
Site 110Y1122SSKYAPSYYHVMPKQ
Site 111Y1123SKYAPSYYHVMPKQN
Site 112S1139TLVGDKRSDPEQNEK
Site 113T1149EQNEKLKTPSTPVAC
Site 114S1151NEKLKTPSTPVACST
Site 115T1152EKLKTPSTPVACSTP
Site 116S1157PSTPVACSTPAQLKR
Site 117T1158STPVACSTPAQLKRK
Site 118S1170KRKIRKKSNWYLGTI
Site 119S1184IKKRRKISQAKDDSQ
Site 120S1190ISQAKDDSQNAIDHK
Site 121S1200AIDHKIESDTEETQD
Site 122T1208DTEETQDTSVDHNET
Site 123S1209TEETQDTSVDHNETG
Site 124T1218DHNETGNTGESSVEE
Site 125S1222TGNTGESSVEENEKQ
Site 126S1233NEKQQNASESKLELR
Site 127S1243KLELRNNSNTCNIEN
Site 128T1245ELRNNSNTCNIENEL
Site 129S1255IENELEDSRKTTACT
Site 130T1258ELEDSRKTTACTELR
Site 131T1259LEDSRKTTACTELRD
Site 132S1275IACNGDASSSQIIHI
Site 133S1276ACNGDASSSQIIHIS
Site 134S1277CNGDASSSQIIHISD
Site 135S1283SSQIIHISDENEGKE
Site 136T1297EMCVLRMTRARRSQV
Site 137S1302RMTRARRSQVEQQQL
Site 138T1339RLKNLLKTVVKKSQN
Site 139Y1364AVISQCIYRHRKDHD
Site 140T1373HRKDHDKTSLIQKME
Site 141S1374RKDHDKTSLIQKMEQ
 
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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