PhosphoNET

           
Protein Info 
   
Short Name:  ATAD2B
Full Name:  ATPase family AAA domain-containing protein 2B
Alias:  ATD2B; ATPase family AAA domain-containing 2B; ATPase family, AAA domain containing 2B; KIAA1240
Type:  Unknown function
Mass (Da):  164942
Number AA:  1458
UniProt ID:  Q9ULI0
International Prot ID:  IPI00739581
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0000166  GO:0003824  GO:0005488 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 1S7_MVNTRKSSLRLLGS
Site 2S8MVNTRKSSLRLLGSK
Site 3S14SSLRLLGSKSPGPGP
Site 4S16LRLLGSKSPGPGPGP
Site 5T32AGAEPGATGGSSHFI
Site 6S36PGATGGSSHFISSRT
Site 7S40GGSSHFISSRTRSSK
Site 8S41GSSHFISSRTRSSKT
Site 9S45FISSRTRSSKTRAAS
Site 10S46ISSRTRSSKTRAASC
Site 11T48SRTRSSKTRAASCPA
Site 12S52SSKTRAASCPAAKAG
Site 13S61PAAKAGGSGGAGVTL
Site 14S79RKVEVDGSLSDSHVS
Site 15S81VEVDGSLSDSHVSPP
Site 16S83VDGSLSDSHVSPPAK
Site 17S86SLSDSHVSPPAKRTL
Site 18S98RTLKQPDSVCKDKSK
Site 19S104DSVCKDKSKSRSTGQ
Site 20S106VCKDKSKSRSTGQRE
Site 21S108KDKSKSRSTGQREEW
Site 22T109DKSKSRSTGQREEWN
Site 23S118QREEWNLSTGQARLT
Site 24T125STGQARLTSQPGATL
Site 25S126TGQARLTSQPGATLP
Site 26S137ATLPNGHSGLSLRSH
Site 27S140PNGHSGLSLRSHPLR
Site 28S157KKGDGDLSCINGDME
Site 29S168GDMEVRKSCRSRKNR
Site 30S171EVRKSCRSRKNRFES
Site 31S178SRKNRFESVNQSLLF
Site 32S182RFESVNQSLLFDQLV
Site 33S211NIRRNRRSGEVERLR
Site 34T221VERLRMWTDTEFENM
Site 35T223RLRMWTDTEFENMDM
Site 36Y231EFENMDMYSRVKRRR
Site 37S240RVKRRRKSLRRNSYG
Site 38S245RKSLRRNSYGIQNHH
Site 39Y246KSLRRNSYGIQNHHE
Site 40S263TEGEEEESQEEDGDI
Site 41Y284GEENDRPYNLRQRKT
Site 42T291YNLRQRKTVDRYQAP
Site 43Y295QRKTVDRYQAPPIVP
Site 44T311HQKKRENTLFDIHRS
Site 45S318TLFDIHRSPARRSHI
Site 46S323HRSPARRSHIRRKKH
Site 47S334RKKHAIHSSDTTSSD
Site 48S335KKHAIHSSDTTSSDE
Site 49T338AIHSSDTTSSDEERF
Site 50S339IHSSDTTSSDEERFE
Site 51S340HSSDTTSSDEERFER
Site 52S350ERFERRKSKSMARAR
Site 53S352FERRKSKSMARARNR
Site 54S372FRAEDLASGILRERV
Site 55S384ERVKVGASLADVDPM
Site 56S396DPMNIDKSVRFDSIG
Site 57S401DKSVRFDSIGGLSHH
Site 58Y440PPRGCLFYGPPGTGK
Site 59S459RALANECSQGDKKVA
Site 60S477RKGADCLSKWVGESE
Site 61S483LSKWVGESERQLRLL
Site 62S515DGLAPVRSSRQDQIH
Site 63S516GLAPVRSSRQDQIHS
Site 64S523SRQDQIHSSIVSTLL
Site 65S524RQDQIHSSIVSTLLA
Site 66S553GATNRLDSIDPALRR
Site 67S594RDWNPKLSDAFLGEL
Site 68Y629LIALRRRYPQIYASS
Site 69Y633RRRYPQIYASSHKLQ
Site 70S635RYPQIYASSHKLQLD
Site 71S664MQNIVPASQRAVMSS
Site 72S670ASQRAVMSSGHALSP
Site 73S671SQRAVMSSGHALSPI
Site 74S704VFPHAEISQSDKKED
Site 75S706PHAEISQSDKKEDIE
Site 76T714DKKEDIETLILEDSE
Site 77S720ETLILEDSEDENALS
Site 78S727SEDENALSIFETNCH
Site 79T731NALSIFETNCHSGSP
Site 80S735IFETNCHSGSPKKQS
Site 81S737ETNCHSGSPKKQSSS
Site 82S742SGSPKKQSSSAAIHK
Site 83S743GSPKKQSSSAAIHKP
Site 84S744SPKKQSSSAAIHKPY
Site 85Y751SAAIHKPYLHFTMSP
Site 86S757PYLHFTMSPYHQPTS
Site 87Y759LHFTMSPYHQPTSYR
Site 88S764SPYHQPTSYRPRLLL
Site 89Y765PYHQPTSYRPRLLLS
Site 90S772YRPRLLLSGERGSGQ
Site 91S777LLSGERGSGQTSHLA
Site 92S781ERGSGQTSHLAPALL
Site 93S795LHTLERFSVHRLDLP
Site 94Y805RLDLPALYSVSAKTP
Site 95S806LDLPALYSVSAKTPE
Site 96T811LYSVSAKTPEESCAQ
Site 97S829EARRTVPSIVYMPHI
Site 98Y832RTVPSIVYMPHIGDW
Site 99T872FLLSTSETMYSELPE
Site 100Y874LSTSETMYSELPEEV
Site 101S875STSETMYSELPEEVK
Site 102Y894IQYEEVLYIQRPIEE
Site 103S916ELILNQASMAPPRRK
Site 104S939VLPLALPSPPRQLSE
Site 105S945PSPPRQLSESEKSRM
Site 106S947PPRQLSESEKSRMED
Site 107S950QLSESEKSRMEDQEE
Site 108T959MEDQEENTLRELRLF
Site 109T971RLFLRDVTKRLATDK
Site 110T976DVTKRLATDKRFNIF
Site 111S984DKRFNIFSKPVDIEE
Site 112S993PVDIEEVSDYLEVIK
Site 113Y995DIEEVSDYLEVIKEP
Site 114S1006IKEPMDLSTVITKID
Site 115T1007KEPMDLSTVITKIDK
Site 116T1010MDLSTVITKIDKHNY
Site 117Y1017TKIDKHNYLTAKDFL
Site 118T1019IDKHNYLTAKDFLKD
Site 119T1054IIRHRACTLKDTAHA
Site 120S1088ARIKRGLSVTSEQIN
Site 121T1090IKRGLSVTSEQINPH
Site 122S1091KRGLSVTSEQINPHS
Site 123S1098SEQINPHSTGARKTE
Site 124T1104HSTGARKTETRVEEA
Site 125S1138AFRVRRKSRRRSQWG
Site 126S1142RRKSRRRSQWGKGII
Site 127Y1169EDTKFADYENHTEDR
Site 128S1187ENGEFEVSTDCHEEN
Site 129T1188NGEFEVSTDCHEENG
Site 130S1202GEETGDLSMTNDESS
Site 131T1204ETGDLSMTNDESSCD
Site 132S1208LSMTNDESSCDIMDL
Site 133S1209SMTNDESSCDIMDLD
Site 134S1233GTKENFASTEEESSN
Site 135T1234TKENFASTEEESSNE
Site 136S1238FASTEEESSNESLLV
Site 137S1239ASTEEESSNESLLVN
Site 138S1242EEESSNESLLVNSSS
Site 139S1248ESLLVNSSSSLNPEQ
Site 140S1249SLLVNSSSSLNPEQT
Site 141S1250LLVNSSSSLNPEQTS
Site 142T1256SSLNPEQTSRKETFL
Site 143T1261EQTSRKETFLKGNCL
Site 144S1273NCLNGEASTDSFEGI
Site 145S1276NGEASTDSFEGIPVL
Site 146S1294NGKLEVVSFCDSGDK
Site 147S1298EVVSFCDSGDKCSSE
Site 148S1303CDSGDKCSSEQKILL
Site 149S1304DSGDKCSSEQKILLE
Site 150S1314KILLEDQSKEKPETS
Site 151T1320QSKEKPETSTENHGD
Site 152S1338KLEALECSNNEKLEP
Site 153S1347NEKLEPGSDVEVKDA
Site 154T1377LILEQAKTTSLELVP
Site 155S1379LEQAKTTSLELVPEE
Site 156S1388ELVPEEPSEPVPPLI
Site 157S1412LDLLVDKSNNLAVDQ
Site 158S1425DQLERLYSLLSQCIY
Site 159S1428ERLYSLLSQCIYRHR
Site 160Y1432SLLSQCIYRHRKDYD
Site 161Y1438IYRHRKDYDKSQLVE
Site 162S1441HRKDYDKSQLVEEME
Site 163T1450LVEEMERTVHMFETF
 
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
 


2019 Kinexus Bioinformatics Corporation