PhosphoNET

           
Protein Info 
   
Short Name:  ATAD5
Full Name:  ATPase family AAA domain-containing protein 5
Alias:  Chromosome fragility-associated gene 1 protein
Type: 
Mass (Da):  207529
Number AA:  1844
UniProt ID:  Q96QE3
International Prot ID:  IPI00102575
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0043226  GO:0043227 Uniprot OncoNet
Molecular Function:  GO:0000166  GO:0003824  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0006950  GO:0006974  GO:0009719 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 1T33KRKKDDDTSTCKTIT
Site 2S34RKKDDDTSTCKTITK
Site 3T35KKDDDTSTCKTITKY
Site 4T38DDTSTCKTITKYLSP
Site 5T40TSTCKTITKYLSPLG
Site 6Y42TCKTITKYLSPLGKT
Site 7S44KTITKYLSPLGKTRD
Site 8Y65KPSNILDYFRKTSPT
Site 9T69ILDYFRKTSPTNEKT
Site 10S70LDYFRKTSPTNEKTQ
Site 11T72YFRKTSPTNEKTQLG
Site 12T76TSPTNEKTQLGKECK
Site 13S86GKECKIKSPESVPVD
Site 14S89CKIKSPESVPVDSNK
Site 15S94PESVPVDSNKDCTTP
Site 16T99VDSNKDCTTPLEMFS
Site 17T100DSNKDCTTPLEMFSN
Site 18S137NEAPIEISSDDSKED
Site 19S138EAPIEISSDDSKEDY
Site 20S141IEISSDDSKEDYSLN
Site 21Y145SDDSKEDYSLNNDFV
Site 22S146DDSKEDYSLNNDFVE
Site 23S154LNNDFVESSTSVLRY
Site 24S157DFVESSTSVLRYKKQ
Site 25Y161SSTSVLRYKKQVEVL
Site 26S177ENIQDTKSQPNTMTS
Site 27T181DTKSQPNTMTSLQNS
Site 28S184SQPNTMTSLQNSKKV
Site 29S188TMTSLQNSKKVNPKQ
Site 30S217CRDVVDLSESLPLAE
Site 31S219DVVDLSESLPLAEEL
Site 32S244KQMENTTSHANSRDN
Site 33S248NTTSHANSRDNVTEA
Site 34T253ANSRDNVTEAAQLND
Site 35S266NDSIITVSYEEFLKS
Site 36Y267DSIITVSYEEFLKSH
Site 37S273SYEEFLKSHKENKVE
Site 38S285KVEEIPDSTMSICVP
Site 39S288EIPDSTMSICVPSET
Site 40S302TVDEIVKSGYISESE
Site 41Y304DEIVKSGYISESENS
Site 42S306IVKSGYISESENSEI
Site 43S308KSGYISESENSEISQ
Site 44S311YISESENSEISQQVR
Site 45S314ESENSEISQQVRFKT
Site 46S354KQFEMENSLSDPENE
Site 47S356FEMENSLSDPENEQT
Site 48T363SDPENEQTVQKRKSN
Site 49S369QTVQKRKSNVVIQEE
Site 50S388AVLEAGSSEAVKPKC
Site 51S412KAFRQPASDALKNGV
Site 52S422LKNGVKKSSDKQKDL
Site 53Y435DLNEKCLYEVGRDDN
Site 54S443EVGRDDNSKKIMENS
Site 55S450SKKIMENSGIQMVSK
Site 56T465NGNLQLHTDKGSFLK
Site 57S469QLHTDKGSFLKEKNK
Site 58T485LKKKNKKTLDTGAIP
Site 59Y514FFLKEKQYQNRMSLR
Site 60S519KQYQNRMSLRQRKTE
Site 61T525MSLRQRKTEFFKSST
Site 62S530RKTEFFKSSTLFNNE
Site 63S538STLFNNESLVYEDIA
Site 64Y541FNNESLVYEDIANDD
Site 65S554DDLLKVSSLCNNNKL
Site 66S562LCNNNKLSRKTSIPV
Site 67T565NNKLSRKTSIPVKDI
Site 68S566NKLSRKTSIPVKDIK
Site 69T575PVKDIKLTQSKAESE
Site 70S577KDIKLTQSKAESEAS
Site 71S581LTQSKAESEASLLNV
Site 72S584SKAESEASLLNVSTP
Site 73S589EASLLNVSTPKSTRR
Site 74T590ASLLNVSTPKSTRRS
Site 75S593LNVSTPKSTRRSGRI
Site 76S597TPKSTRRSGRISSTP
Site 77S601TRRSGRISSTPTTET
Site 78S602RRSGRISSTPTTETI
Site 79T603RSGRISSTPTTETIR
Site 80T605GRISSTPTTETIRGI
Site 81T606RISSTPTTETIRGID
Site 82T608SSTPTTETIRGIDSD
Site 83S614ETIRGIDSDDVQDNS
Site 84S621SDDVQDNSQLKASTQ
Site 85T627NSQLKASTQKAANLS
Site 86S634TQKAANLSEKHSLYT
Site 87S638ANLSEKHSLYTAELI
Site 88S651LITVPFDSESPIRMK
Site 89S653TVPFDSESPIRMKFT
Site 90T660SPIRMKFTRISTPKK
Site 91S663RMKFTRISTPKKSKK
Site 92T664MKFTRISTPKKSKKK
Site 93S668RISTPKKSKKKSNKR
Site 94S672PKKSKKKSNKRSEKS
Site 95S676KKKSNKRSEKSEATD
Site 96S679SNKRSEKSEATDGGF
Site 97S688ATDGGFTSQIRKASN
Site 98S694TSQIRKASNTSKNIS
Site 99T696QIRKASNTSKNISKA
Site 100S697IRKASNTSKNISKAK
Site 101S701SNTSKNISKAKQLIE
Site 102S718KALHISRSKVTEEIA
Site 103S731IAIPLRRSSRHQTLP
Site 104S732AIPLRRSSRHQTLPE
Site 105T736RRSSRHQTLPERKKL
Site 106S749KLSETEDSVIIIDSS
Site 107S756SVIIIDSSPTALKHP
Site 108S784LGKKLNTSTKNVPGK
Site 109S812KAADPVPSFDESSQD
Site 110S816PVPSFDESSQDTSEK
Site 111S817VPSFDESSQDTSEKS
Site 112T820FDESSQDTSEKSQDC
Site 113S821DESSQDTSEKSQDCD
Site 114S824SQDTSEKSQDCDVQC
Site 115S840AKRDFLMSGLPDLLK
Site 116T894PPSCPLLTKFKELNT
Site 117T918IALGEFSTLNSKLKS
Site 118S921GEFSTLNSKLKSGNS
Site 119S925TLNSKLKSGNSAAVF
Site 120S928SKLKSGNSAAVFMRT
Site 121S954LLEEIRWSNPEFSLK
Site 122S959RWSNPEFSLKKYFPL
Site 123Y963PEFSLKKYFPLLLKK
Site 124S979IEHQVLSSECHSKQE
Site 125S983VLSSECHSKQELEAD
Site 126S992QELEADVSHKETKRK
Site 127T996ADVSHKETKRKLVEA
Site 128S1006KLVEAENSKSKRKKP
Site 129S1008VEAENSKSKRKKPNE
Site 130Y1016KRKKPNEYSKNLEKT
Site 131S1017RKKPNEYSKNLEKTN
Site 132T1023YSKNLEKTNRKSEEL
Site 133S1027LEKTNRKSEELSKRN
Site 134S1031NRKSEELSKRNNSSG
Site 135S1036ELSKRNNSSGIKLDS
Site 136S1037LSKRNNSSGIKLDSS
Site 137S1043SSGIKLDSSKDSGTE
Site 138S1044SGIKLDSSKDSGTED
Site 139S1047KLDSSKDSGTEDMLW
Site 140Y1058DMLWTEKYQPQTASE
Site 141S1107DEKHEDFSGGIDFKG
Site 142S1115GGIDFKGSSDDEEES
Site 143S1116GIDFKGSSDDEEESR
Site 144S1122SSDDEEESRLCNTVL
Site 145T1127EESRLCNTVLITGPT
Site 146S1159KIFEVNASSQRSGRQ
Site 147S1160IFEVNASSQRSGRQI
Site 148S1163VNASSQRSGRQILSQ
Site 149S1169RSGRQILSQLKEATQ
Site 150Y1196KPCFFNSYYIGKSPS
Site 151Y1197PCFFNSYYIGKSPSK
Site 152S1201NSYYIGKSPSKISSP
Site 153S1203YYIGKSPSKISSPKK
Site 154S1206GKSPKKISSPKKVVT
Site 155S1207KSPSKISSPKKVVTS
Site 156T1213SSPKKVVTSPRKVPP
Site 157S1214SPKKVVTSPRKVPPP
Site 158S1222PRKVPPPSPKSSGPK
Site 159S1225VPPPSPKSSGPKRAL
Site 160S1226PPPSPKSSGPKRALP
Site 161T1236KRALPPKTLANYFKV
Site 162Y1240PPKTLANYFKVSPKP
Site 163S1244LANYFKVSPKPKNNE
Site 164S1266NNKGIKNSFEQKQIT
Site 165T1273SFEQKQITQTKSTNA
Site 166S1277KQITQTKSTNATNSN
Site 167T1281QTKSTNATNSNVKDV
Site 168S1300PSRKNATSLILFEEV
Site 169T1335TKRPVILTTSDPTFS
Site 170T1336KRPVILTTSDPTFSL
Site 171T1377CLTENFRTDVKDFVT
Site 172Y1399DIRKSILYLQFWIRS
Site 173T1417VLEERPLTLYRGNSR
Site 174Y1419EERPLTLYRGNSRNV
Site 175S1423LTLYRGNSRNVQLVC
Site 176Y1440HGLDNKIYPKNTKKK
Site 177S1470FGLKNIFSPSEDLFS
Site 178S1477SPSEDLFSFLKHKIT
Site 179T1525PVDTIPETKNFCGPS
Site 180S1532TKNFCGPSVTVDASA
Site 181S1538PSVTVDASAATKSMN
Site 182S1552NCLARKHSEREQPLK
Site 183S1561REQPLKKSQKKKQKK
Site 184T1569QKKKQKKTLVILDDS
Site 185T1581DDSDLFDTDLDFPDQ
Site 186S1589DLDFPDQSISLSSVS
Site 187S1591DFPDQSISLSSVSSS
Site 188S1593PDQSISLSSVSSSSN
Site 189S1594DQSISLSSVSSSSNA
Site 190S1596SISLSSVSSSSNAEE
Site 191S1597ISLSSVSSSSNAEES
Site 192S1598SLSSVSSSSNAEESK
Site 193S1599LSSVSSSSNAEESKT
Site 194S1604SSSNAEESKTGDEES
Site 195T1606SNAEESKTGDEESKA
Site 196S1611SKTGDEESKARDKGN
Site 197T1622DKGNNPETKKSIPCP
Site 198S1625NNPETKKSIPCPPKT
Site 199T1632SIPCPPKTTAGKKCS
Site 200T1664SFLDALLTDVREQNK
Site 201Y1672DVREQNKYGRNDFSW
Site 202T1680GRNDFSWTNGKVTSG
Site 203S1693SGLCDEFSLESNDGW
Site 204S1696CDEFSLESNDGWTSQ
Site 205T1701LESNDGWTSQSSGEL
Site 206S1702ESNDGWTSQSSGELK
Site 207T1718AAEALSFTKCSSAIS
Site 208S1725TKCSSAISKALETLN
Site 209S1733KALETLNSCKKLGRD
Site 210T1742KKLGRDPTNDLTFYV
Site 211T1746RDPTNDLTFYVSQKR
Site 212Y1748PTNDLTFYVSQKRNN
Site 213Y1757SQKRNNVYFSQSAAN
Site 214S1759KRNNVYFSQSAANLD
Site 215S1773DNAWKRISVIKSVFS
Site 216S1777KRISVIKSVFSSRSL
Site 217S1783KSVFSSRSLLYVGNR
Site 218Y1786FSSRSLLYVGNRQAS
Site 219S1793YVGNRQASIIEYLPT
Site 220Y1797RQASIIEYLPTLRNI
Site 221T1807TLRNICKTEKLKEQG
Site 222S1816KLKEQGKSKRRFLHY
Site 223Y1823SKRRFLHYFEGIHLD
Site 224T1838IPKETVNTLAADFP_
 
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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