PhosphoNET

           
Protein Info 
   
Short Name:  AKAP6
Full Name:  A-kinase anchor protein 6
Alias:  A kinase (PRKA) anchor protein 6; ADAP6; AKAP 100; AKAP100; A-kinase anchor protein 100 kDa; KIAA0311; MAKAP; PRKA6; Protein kinase A anchoring protein 6; Protein kinase A-anchoring protein 6
Type:  Adaptor/scaffold
Mass (Da):  256720
Number AA:  2319
UniProt ID:  Q13023
International Prot ID:  IPI00297089
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0034704  GO:0031965  GO:0016529 Uniprot OncoNet
Molecular Function:  GO:0051018  GO:0005102   PhosphoSite+ KinaseNET
Biological Process:  GO:0006605     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 1S13VTLSPLRSQDLDPMA
Site 2S24DPMATDASPMAINMT
Site 3T31SPMAINMTPTVEQGE
Site 4T33MAINMTPTVEQGEGE
Site 5S48EAMKDMDSDQQYEKP
Site 6Y52DMDSDQQYEKPPPLH
Site 7T80IETWLRMTSERVRDL
Site 8S81ETWLRMTSERVRDLT
Site 9T88SERVRDLTYSVQQDS
Site 10Y89ERVRDLTYSVQQDSD
Site 11S90RVRDLTYSVQQDSDS
Site 12S95TYSVQQDSDSKHVDV
Site 13S97SVQQDSDSKHVDVHL
Site 14Y176LQDANGNYTRQTDIL
Site 15T180NGNYTRQTDILQAFS
Site 16S197TKEGRLDSLTEVDDS
Site 17T199EGRLDSLTEVDDSGQ
Site 18S204SLTEVDDSGQLTIKC
Site 19T208VDDSGQLTIKCSQNY
Site 20S212GQLTIKCSQNYLSLD
Site 21S228GITAFELSDYSPSED
Site 22Y230TAFELSDYSPSEDLL
Site 23S231AFELSDYSPSEDLLS
Site 24S233ELSDYSPSEDLLSGL
Site 25S238SPSEDLLSGLGDMTS
Site 26T244LSGLGDMTSSQVKTK
Site 27S245SGLGDMTSSQVKTKP
Site 28S246GLGDMTSSQVKTKPF
Site 29T250MTSSQVKTKPFDSWS
Site 30S255VKTKPFDSWSYSEME
Site 31S257TKPFDSWSYSEMEKE
Site 32S259PFDSWSYSEMEKEFP
Site 33S287DSISTNGSEAVTEEV
Site 34T291TNGSEAVTEEVSQVS
Site 35S295EAVTEEVSQVSLSVD
Site 36S298TEEVSQVSLSVDDKG
Site 37S300EVSQVSLSVDDKGGC
Site 38S313GCEEDNASAVEEQPG
Site 39T322VEEQPGLTLGVSSSS
Site 40T334SSSGEALTNAAQPSS
Site 41S341TNAAQPSSETVQQES
Site 42T343AAQPSSETVQQESSS
Site 43S348SETVQQESSSSSHHD
Site 44S350TVQQESSSSSHHDAK
Site 45S352QQESSSSSHHDAKNQ
Site 46T368PVPCENATPKRTIRD
Site 47Y379TIRDCFNYNEDSPTQ
Site 48S383CFNYNEDSPTQPTLP
Site 49T385NYNEDSPTQPTLPKR
Site 50T388EDSPTQPTLPKRGLF
Site 51T400GLFLKEETFKNDLKG
Site 52S422VDLKPEMSRSTPSLV
Site 53S424LKPEMSRSTPSLVDP
Site 54T425KPEMSRSTPSLVDPP
Site 55S427EMSRSTPSLVDPPDR
Site 56S443KLCLVLQSSYPNSPS
Site 57S448LQSSYPNSPSAASQS
Site 58S450SSYPNSPSAASQSYE
Site 59S453PNSPSAASQSYECLH
Site 60S455SPSAASQSYECLHKV
Site 61T470GNGNLENTVKFHIKE
Site 62S479KFHIKEISSSLGRLN
Site 63S481HIKEISSSLGRLNDC
Site 64Y489LGRLNDCYKEKSRLK
Site 65S493NDCYKEKSRLKKPHK
Site 66T501RLKKPHKTSEEVPPC
Site 67S502LKKPHKTSEEVPPCR
Site 68T510EEVPPCRTPKRGTGS
Site 69T515CRTPKRGTGSGKQAK
Site 70T524SGKQAKNTKSSAVPN
Site 71S526KQAKNTKSSAVPNGE
Site 72S535AVPNGELSYTSKAIE
Site 73T537PNGELSYTSKAIEGP
Site 74S538NGELSYTSKAIEGPQ
Site 75T546KAIEGPQTNSASTSS
Site 76S548IEGPQTNSASTSSLE
Site 77S550GPQTNSASTSSLEPC
Site 78S552QTNSASTSSLEPCNQ
Site 79S553TNSASTSSLEPCNQR
Site 80S570NAKLQLQSETSSSPA
Site 81S573LQLQSETSSSPAFTQ
Site 82S574QLQSETSSSPAFTQS
Site 83S575LQSETSSSPAFTQSS
Site 84T579TSSSPAFTQSSESSV
Site 85S581SSPAFTQSSESSVGS
Site 86S582SPAFTQSSESSVGSD
Site 87S584AFTQSSESSVGSDNI
Site 88S585FTQSSESSVGSDNIM
Site 89S588SSESSVGSDNIMSPV
Site 90S599MSPVPLLSKHKSKKG
Site 91S603PLLSKHKSKKGQASS
Site 92S610SKKGQASSPSHVTRN
Site 93S612KGQASSPSHVTRNGE
Site 94Y630AWYGSDEYLALPSHL
Site 95T651ALKLENLTKLLPQKP
Site 96T662PQKPRGETIQNIDDW
Site 97S672NIDDWELSEMNSDSE
Site 98S676WELSEMNSDSEIYPT
Site 99S678LSEMNSDSEIYPTYH
Site 100Y681MNSDSEIYPTYHVKK
Site 101T683SDSEIYPTYHVKKKH
Site 102Y684DSEIYPTYHVKKKHT
Site 103S697HTRLGRVSPSSSSDI
Site 104S699RLGRVSPSSSSDIAS
Site 105S700LGRVSPSSSSDIASS
Site 106S701GRVSPSSSSDIASSL
Site 107S702RVSPSSSSDIASSLG
Site 108S706SSSSDIASSLGESIE
Site 109S707SSSDIASSLGESIES
Site 110S718SIESGPLSDILSDEE
Site 111S722GPLSDILSDEESSMP
Site 112S726DILSDEESSMPLAGM
Site 113Y736PLAGMKKYADEKSER
Site 114S741KKYADEKSERASSSE
Site 115S745DEKSERASSSEKNES
Site 116S746EKSERASSSEKNESH
Site 117S747KSERASSSEKNESHS
Site 118S752SSSEKNESHSATKSA
Site 119S754SEKNESHSATKSALI
Site 120T756KNESHSATKSALIQK
Site 121S758ESHSATKSALIQKLM
Site 122Y774DIQHQDNYEAIWEKI
Site 123T806METTENWTPPKAEMD
Site 124Y818EMDDLKLYLETHLSF
Site 125S824LYLETHLSFKLNVDS
Site 126S831SFKLNVDSHCALKEA
Site 127S852QLLELIASHKAGLKD
Site 128S880RQIKRQHSWILRALD
Site 129S899EILATDVSVEDEEGT
Site 130S908EDEEGTGSPKAEVQL
Site 131S929RDAVEQMSLKLYSEQ
Site 132Y933EQMSLKLYSEQYTSS
Site 133S934QMSLKLYSEQYTSSS
Site 134Y937LKLYSEQYTSSSKRK
Site 135T938KLYSEQYTSSSKRKE
Site 136S939LYSEQYTSSSKRKEE
Site 137S940YSEQYTSSSKRKEEF
Site 138S941SEQYTSSSKRKEEFA
Site 139S951KEEFADMSKVHSVGS
Site 140S955ADMSKVHSVGSNGLL
Site 141S966NGLLDFDSEYQELWD
Site 142Y968LLDFDSEYQELWDWL
Site 143Y999EEQQQHLYKRYSVEM
Site 144Y1002QQHLYKRYSVEMSIR
Site 145S1003QHLYKRYSVEMSIRH
Site 146S1007KRYSVEMSIRHLKKT
Site 147T1014SIRHLKKTELLSKVE
Site 148S1040DLLEKVDSINEKWEL
Site 149T1051KWELLGKTLGEKIQD
Site 150T1059LGEKIQDTMAGHSGS
Site 151S1066TMAGHSGSSPRDLLS
Site 152S1067MAGHSGSSPRDLLSP
Site 153S1073SSPRDLLSPESGSLV
Site 154S1076RDLLSPESGSLVRQL
Site 155T1097LKGWLRDTELFIFNS
Site 156S1104TELFIFNSCLRQEKE
Site 157T1113LRQEKEGTMNTEKQL
Site 158Y1122NTEKQLQYFKSLCRE
Site 159S1125KQLQYFKSLCREIKQ
Site 160S1139QRRRGVASILRLCQH
Site 161T1198KMGKESETLNVIDPG
Site 162S1213LMDLNGMSEDALEWD
Site 163S1230DISNKLISLNEESND
Site 164T1254PSLKLGETSNEDPGY
Site 165Y1261TSNEDPGYDEEADNH
Site 166S1271EADNHGGSQYASNIT
Site 167Y1273DNHGGSQYASNITAP
Site 168S1275HGGSQYASNITAPSS
Site 169T1278SQYASNITAPSSPHI
Site 170S1281ASNITAPSSPHIYQV
Site 171S1282SNITAPSSPHIYQVY
Site 172Y1286APSSPHIYQVYSLHN
Site 173Y1297SLHNVELYEDNHMPF
Site 174T1321MTQPNVLTKSLSKDS
Site 175S1323QPNVLTKSLSKDSSF
Site 176S1325NVLTKSLSKDSSFSS
Site 177S1328TKSLSKDSSFSSTKS
Site 178S1329KSLSKDSSFSSTKSL
Site 179S1331LSKDSSFSSTKSLPD
Site 180S1332SKDSSFSSTKSLPDL
Site 181T1333KDSSFSSTKSLPDLL
Site 182S1335SSFSSTKSLPDLLGG
Site 183S1357ACHGGDMSQNSGSES
Site 184S1360GGDMSQNSGSESGIV
Site 185S1362DMSQNSGSESGIVSE
Site 186S1364SQNSGSESGIVSEGD
Site 187S1368GSESGIVSEGDTETT
Site 188T1372GIVSEGDTETTTNSE
Site 189T1374VSEGDTETTTNSEMC
Site 190T1376EGDTETTTNSEMCLL
Site 191S1389LLNAVDGSPSNLETE
Site 192S1391NAVDGSPSNLETEHL
Site 193T1395GSPSNLETEHLDPQM
Site 194T1414NVLKQKFTDEGESIK
Site 195S1425ESIKLPNSSQSSISP
Site 196S1426SIKLPNSSQSSISPV
Site 197S1428KLPNSSQSSISPVGC
Site 198S1431NSSQSSISPVGCVNG
Site 199S1445GKVGDLNSITKHTPD
Site 200T1450LNSITKHTPDCLGEE
Site 201Y1468KHDVFTFYDYSYLQG
Site 202Y1470DVFTFYDYSYLQGSK
Site 203Y1472FTFYDYSYLQGSKLK
Site 204S1476DYSYLQGSKLKLPMI
Site 205S1487LPMIMKQSQSEKAHV
Site 206S1489MIMKQSQSEKAHVED
Site 207Y1503DPLLRGFYFDKKSCK
Site 208S1511FDKKSCKSKHQTTEL
Site 209T1515SCKSKHQTTELQPDV
Site 210S1533ERILASASHEMDRIS
Site 211S1540SHEMDRISYKSGNIE
Site 212Y1541HEMDRISYKSGNIEK
Site 213S1543MDRISYKSGNIEKTF
Site 214T1549KSGNIEKTFTGMQNA
Site 215T1551GNIEKTFTGMQNAKQ
Site 216S1560MQNAKQLSLLSHSSS
Site 217S1563AKQLSLLSHSSSIES
Site 218S1565QLSLLSHSSSIESLS
Site 219S1566LSLLSHSSSIESLSP
Site 220S1567SLLSHSSSIESLSPG
Site 221S1570SHSSSIESLSPGGDL
Site 222S1572SSSIESLSPGGDLFG
Site 223S1589IFKNGSDSLQRSTSL
Site 224S1593GSDSLQRSTSLESWL
Site 225T1594SDSLQRSTSLESWLT
Site 226S1595DSLQRSTSLESWLTS
Site 227S1598QRSTSLESWLTSYKS
Site 228T1601TSLESWLTSYKSNED
Site 229S1602SLESWLTSYKSNEDL
Site 230Y1603LESWLTSYKSNEDLF
Site 231S1605SWLTSYKSNEDLFSC
Site 232S1611KSNEDLFSCHSSGDI
Site 233S1614EDLFSCHSSGDISVS
Site 234S1615DLFSCHSSGDISVSS
Site 235S1619CHSSGDISVSSGSVG
Site 236S1621SSGDISVSSGSVGEL
Site 237S1622SGDISVSSGSVGELS
Site 238S1624DISVSSGSVGELSKR
Site 239S1629SGSVGELSKRTLDLL
Site 240S1644NRLENIQSPSEQKIK
Site 241S1646LENIQSPSEQKIKRS
Site 242S1653SEQKIKRSVSDITLQ
Site 243S1655QKIKRSVSDITLQSS
Site 244T1658KRSVSDITLQSSSQK
Site 245S1661VSDITLQSSSQKMSF
Site 246S1662SDITLQSSSQKMSFT
Site 247S1663DITLQSSSQKMSFTG
Site 248S1667QSSSQKMSFTGQMSL
Site 249T1669SSQKMSFTGQMSLDI
Site 250S1679MSLDIASSINEDSAA
Site 251S1684ASSINEDSAASLTEL
Site 252S1687INEDSAASLTELSSS
Site 253T1689EDSAASLTELSSSDE
Site 254S1692AASLTELSSSDELSL
Site 255S1693ASLTELSSSDELSLC
Site 256S1694SLTELSSSDELSLCS
Site 257S1701SDELSLCSEDIVLHK
Site 258S1714HKNKIPESNASFRKR
Site 259S1717KIPESNASFRKRLTR
Site 260T1723ASFRKRLTRSVADES
Site 261S1725FRKRLTRSVADESDV
Site 262S1730TRSVADESDVNVSMI
Site 263S1753CTDDEDDSDLLSSST
Site 264S1757EDDSDLLSSSTLTLT
Site 265S1759DSDLLSSSTLTLTEE
Site 266T1764SSSTLTLTEEELCIK
Site 267S1777IKDEDDDSSIATDDE
Site 268S1778KDEDDDSSIATDDEI
Site 269T1781DDDSSIATDDEIYED
Site 270Y1786IATDDEIYEDCTLMS
Site 271T1790DEIYEDCTLMSGLDY
Site 272Y1797TLMSGLDYIKNELQT
Site 273S1811TWIRPKLSLTRDKKR
Site 274T1813IRPKLSLTRDKKRCN
Site 275S1822DKKRCNVSDEMKGSK
Site 276S1828VSDEMKGSKDISSSE
Site 277S1832MKGSKDISSSEMTNP
Site 278S1833KGSKDISSSEMTNPS
Site 279S1834GSKDISSSEMTNPSD
Site 280T1837DISSSEMTNPSDTLN
Site 281S1840SSEMTNPSDTLNIET
Site 282T1842EMTNPSDTLNIETLL
Site 283S1852IETLLNGSVKRVSEN
Site 284S1857NGSVKRVSENNGNGK
Site 285S1867NGNGKNSSHTHELGT
Site 286T1881TKRENKKTIFKVNKD
Site 287Y1890FKVNKDPYVADMENG
Site 288S1914KGKPNVTSKVSENLG
Site 289S1917PNVTSKVSENLGSHG
Site 290S1922KVSENLGSHGKEISE
Site 291S1928GSHGKEISESEHCKC
Site 292S1930HGKEISESEHCKCKA
Site 293S1941KCKALMDSLDDSNTA
Site 294S1945LMDSLDDSNTAGKEF
Site 295T1947DSLDDSNTAGKEFVS
Site 296S1954TAGKEFVSQDVRHLP
Site 297T1975HHFENQSTASTPTEK
Site 298T1978ENQSTASTPTEKSFS
Site 299S1983ASTPTEKSFSELALE
Site 300S1985TPTEKSFSELALETR
Site 301S1999RFNNRQDSDALKSSD
Site 302S2004QDSDALKSSDDAPSM
Site 303S2005DSDALKSSDDAPSMA
Site 304S2010KSSDDAPSMAGKSAG
Site 305T2027LALEQNGTEENASIS
Site 306S2032NGTEENASISNISCC
Site 307S2068KEIIDMASTALKSKS
Site 308T2069EIIDMASTALKSKSQ
Site 309S2073MASTALKSKSQPENE
Site 310S2075STALKSKSQPENEVA
Site 311S2086NEVAAPTSLTQIKEK
Site 312S2098KEKVLEHSHRPIQLR
Site 313Y2110QLRKGDFYSYLSLSS
Site 314S2111LRKGDFYSYLSLSSH
Site 315Y2112RKGDFYSYLSLSSHD
Site 316S2114GDFYSYLSLSSHDSD
Site 317S2116FYSYLSLSSHDSDCG
Site 318S2120LSLSSHDSDCGEVTN
Site 319Y2128DCGEVTNYIEEKSST
Site 320S2134NYIEEKSSTPLPLDT
Site 321T2135YIEEKSSTPLPLDTT
Site 322T2141STPLPLDTTDSGLDD
Site 323T2142TPLPLDTTDSGLDDK
Site 324S2144LPLDTTDSGLDDKED
Site 325S2164EACVEGDSDGEEPCF
Site 326S2172DGEEPCFSSAPPNES
Site 327S2173GEEPCFSSAPPNESA
Site 328S2179SSAPPNESAVPSEAA
Site 329S2183PNESAVPSEAAMPLQ
Site 330S2195PLQATACSSEFSDSS
Site 331S2196LQATACSSEFSDSSL
Site 332S2199TACSSEFSDSSLSAD
Site 333S2201CSSEFSDSSLSADDA
Site 334S2202SSEFSDSSLSADDAD
Site 335S2204EFSDSSLSADDADTV
Site 336T2210LSADDADTVALSSPS
Site 337S2214DADTVALSSPSSQER
Site 338S2215ADTVALSSPSSQERA
Site 339S2218VALSSPSSQERAEVG
Site 340S2236NGLPQTSSGCAENLE
Site 341T2245CAENLEFTPSKLDSE
Site 342S2247ENLEFTPSKLDSEKE
Site 343S2251FTPSKLDSEKESSGK
Site 344S2255KLDSEKESSGKPGES
Site 345S2256LDSEKESSGKPGESG
Site 346S2262SSGKPGESGMPEEHN
Site 347S2275HNAASAKSKVQDLSL
Site 348S2296DKAALHPSPKTLTCE
Site 349T2299ALHPSPKTLTCEENL
 
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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