PhosphoNET

           
Protein Info 
   
Short Name:  VPS13B
Full Name:  Vacuolar protein sorting-associated protein 13B
Alias:  CHS1; COH1; Cohen syndrome 1; vacuolar protein sorting 13 B; vacuolar protein sorting 13B; VP13B
Type:  Membrane protein, integral; Vesicle protein
Mass (Da):  448734
Number AA:  4022
UniProt ID:  Q7Z7G8
International Prot ID:  IPI00376439
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0015031     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 1S29KPSDLQLSLWGGDVV
Site 2T56QELKLPFTFLSGHIH
Site 3S59KLPFTFLSGHIHELR
Site 4T72LRIHVPWTKLGSEPV
Site 5S76VPWTKLGSEPVVITI
Site 6S102GIQDDHESCGSNSTN
Site 7S105DDHESCGSNSTNRST
Site 8S107HESCGSNSTNRSTAE
Site 9T108ESCGSNSTNRSTAES
Site 10S111GSNSTNRSTAESTKS
Site 11T112SNSTNRSTAESTKSS
Site 12S115TNRSTAESTKSSIKP
Site 13S118STAESTKSSIKPRRM
Site 14S119TAESTKSSIKPRRMQ
Site 15T131RMQQAAPTDPDLPPG
Site 16Y139DPDLPPGYVQSLIRR
Site 17Y179NITSAECYTVGELWD
Site 18S218CLDKRNASGKIEFYQ
Site 19Y224ASGKIEFYQDPLLYK
Site 20Y230FYQDPLLYKCSFRTR
Site 21S233DPLLYKCSFRTRLHF
Site 22Y242RTRLHFTYENLNSKM
Site 23S247FTYENLNSKMPSVIK
Site 24S251NLNSKMPSVIKIHTL
Site 25S265LVESLKLSITDQQLP
Site 26T267ESLKLSITDQQLPMF
Site 27S314MLGNITGSEDETRID
Site 28T318ITGSEDETRIDMQYP
Site 29Y324ETRIDMQYPAQHKGQ
Site 30S335HKGQELYSQQDEEQP
Site 31S358SFVPAIVSYDDGEED
Site 32S373FVGNDPASTMHQQKA
Site 33T400YCTKATVTFKLTEMQ
Site 34S410LTEMQVESSYYSPQK
Site 35Y412EMQVESSYYSPQKVK
Site 36Y413MQVESSYYSPQKVKS
Site 37S414QVESSYYSPQKVKSK
Site 38T475ENMNRSETEACFFIC
Site 39Y493LSTKGFTYLTNSLFD
Site 40T495TKGFTYLTNSLFDYR
Site 41S497GFTYLTNSLFDYRSP
Site 42Y501LTNSLFDYRSPENNG
Site 43S503NSLFDYRSPENNGTR
Site 44T509RSPENNGTRAEFILD
Site 45S517RAEFILDSTHHKETY
Site 46T518AEFILDSTHHKETYT
Site 47Y524STHHKETYTEIAGMQ
Site 48Y542AFYMDYLYTVENTSG
Site 49T543FYMDYLYTVENTSGK
Site 50S552ENTSGKGSTNQQDFS
Site 51S559STNQQDFSSGKSEDL
Site 52S560TNQQDFSSGKSEDLG
Site 53S563QDFSSGKSEDLGTVQ
Site 54T568GKSEDLGTVQEKSTK
Site 55S573LGTVQEKSTKSLVIG
Site 56S576VQEKSTKSLVIGPLD
Site 57Y606VCALEHEYEPYSRLK
Site 58Y609LEHEYEPYSRLKSDI
Site 59S610EHEYEPYSRLKSDIK
Site 60S614EPYSRLKSDIKNENE
Site 61T638LLEEYIPTRHTSVTL
Site 62T641EYIPTRHTSVTLLKC
Site 63S642YIPTRHTSVTLLKCT
Site 64T644PTRHTSVTLLKCTCT
Site 65T680SSNFMNTTNFQSLRP
Site 66S684MNTTNFQSLRPLPSI
Site 67S690QSLRPLPSIRILVDK
Site 68S703DKINLEHSVPMYAEQ
Site 69S716EQLVHVVSSLTQPSD
Site 70S717QLVHVVSSLTQPSDN
Site 71S722VSSLTQPSDNLLHYC
Site 72Y728PSDNLLHYCYVHCYL
Site 73S746GFQAGLTSLDCSGSY
Site 74T776GKLLKLPTCWTKRSQ
Site 75T779LKLPTCWTKRSQIAI
Site 76S782PTCWTKRSQIAITEG
Site 77T848KSKNPLPTLEGSIQN
Site 78Y860IQNVELKYCSTSLVK
Site 79S864ELKYCSTSLVKCASG
Site 80S899IPLLQGPSDTKDLHS
Site 81S906SDTKDLHSTKWLNES
Site 82S913STKWLNESRKPESLL
Site 83S918NESRKPESLLAPDLM
Site 84Y934FTIQVPQYIDYCHNS
Site 85Y937QVPQYIDYCHNSGAV
Site 86S973YQPQKRTSRHMQQQP
Site 87S999RRKEDEVSIGSAPLA
Site 88S1002EDEVSIGSAPLAKQQ
Site 89S1010APLAKQQSYQASEYA
Site 90S1014KQQSYQASEYASSPV
Site 91Y1016QSYQASEYASSPVKT
Site 92S1018YQASEYASSPVKTKT
Site 93S1019QASEYASSPVKTKTV
Site 94T1023YASSPVKTKTVTESR
Site 95T1025SSPVKTKTVTESRPL
Site 96T1027PVKTKTVTESRPLSV
Site 97S1029KTKTVTESRPLSVPV
Site 98S1043VKAMLNISESCRSPE
Site 99S1045AMLNISESCRSPEER
Site 100S1048NISESCRSPEERMKE
Site 101S1087IPNDSLPSPSTIVSG
Site 102S1089NDSLPSPSTIVSGDI
Site 103T1090DSLPSPSTIVSGDIP
Site 104T1099VSGDIPGTVRSWYHG
Site 105S1102DIPGTVRSWYHGQTS
Site 106Y1104PGTVRSWYHGQTSMP
Site 107T1108RSWYHGQTSMPGTLV
Site 108S1109SWYHGQTSMPGTLVL
Site 109Y1130IISAGHKYMEPLQEI
Site 110T1155EGDAFPWTISLHNFS
Site 111T1184EPMGCTSTLAVTSQK
Site 112S1219ESLEIKCSNPQVQLF
Site 113S1249KRGNLNLSPTSPETM
Site 114T1251GNLNLSPTSPETMAG
Site 115S1252NLNLSPTSPETMAGP
Site 116S1263MAGPVPTSPVRSSIG
Site 117S1267VPTSPVRSSIGTAPP
Site 118S1268PTSPVRSSIGTAPPD
Site 119T1271PVRSSIGTAPPDTST
Site 120T1276IGTAPPDTSTCSPSA
Site 121S1277GTAPPDTSTCSPSAD
Site 122T1278TAPPDTSTCSPSADI
Site 123S1280PPDTSTCSPSADIGT
Site 124S1282DTSTCSPSADIGTTT
Site 125T1287SPSADIGTTTEGDSI
Site 126T1289SADIGTTTEGDSIQA
Site 127S1300SIQAGEESPFSDSVT
Site 128S1303AGEESPFSDSVTLEQ
Site 129S1305EESPFSDSVTLEQTT
Site 130T1307SPFSDSVTLEQTTSN
Site 131S1313VTLEQTTSNIGGTSG
Site 132S1319TSNIGGTSGRVSLWM
Site 133T1347PDPENKGTEVCMVSE
Site 134S1359VSELEDLSASIDVQD
Site 135Y1368SIDVQDVYTKVKCKI
Site 136Y1383ESFNIDHYRSSHGEE
Site 137S1403QCGGVILSCTDKLNR
Site 138T1412TDKLNRRTLLVRPIS
Site 139S1419TLLVRPISKQDPFRN
Site 140S1428QDPFRNCSGFFPSTT
Site 141S1433NCSGFFPSTTTKLLD
Site 142T1442TTKLLDGTHQQHGFL
Site 143S1450HQQHGFLSLTYTKAV
Site 144T1452QHGFLSLTYTKAVTK
Site 145Y1453HGFLSLTYTKAVTKN
Site 146S1467NVRHKLTSRNERRSF
Site 147S1473TSRNERRSFHKLSEG
Site 148S1478RRSFHKLSEGLMDGS
Site 149S1485SEGLMDGSPHFLHEI
Site 150T1522FQAKLPKTQKEKRKS
Site 151S1529TQKEKRKSPGQPMRT
Site 152T1538GQPMRTHTLTSRNLP
Site 153T1540PMRTHTLTSRNLPLI
Site 154T1561IRIFIPKTEEMQPTV
Site 155T1567KTEEMQPTVEANQAA
Site 156T1578NQAAKEDTVVLKIGS
Site 157S1599ADNPLGRSVLRKDIY
Site 158Y1606SVLRKDIYQRALNLG
Site 159S1620GILRDPGSEIEDRQY
Site 160Y1627SEIEDRQYQIDLQSI
Site 161T1659SGGVVTETERNSQNP
Site 162S1663VTETERNSQNPALEW
Site 163S1674ALEWNMDSSIRRHQE
Site 164S1675LEWNMDSSIRRHQER
Site 165T1687QERRAILTPVLTDFS
Site 166S1785DGGMAETSSRYSGAQ
Site 167S1786GGMAETSSRYSGAQD
Site 168S1789AETSSRYSGAQDSGI
Site 169S1794RYSGAQDSGIGSDSV
Site 170S1798AQDSGIGSDSVKIRI
Site 171S1800DSGIGSDSVKIRIVQ
Site 172S1815IEQHSGASQHRIARP
Site 173S1823QHRIARPSRQSSIVK
Site 174S1826IARPSRQSSIVKNLN
Site 175S1827ARPSRQSSIVKNLNF
Site 176S1857TYSCMALSKSKSQEQ
Site 177S1859SCMALSKSKSQEQKN
Site 178S1861MALSKSKSQEQKNNE
Site 179T1870EQKNNEKTDKSSLNL
Site 180S1873NNEKTDKSSLNLPEV
Site 181S1882LNLPEVDSDVAKPNQ
Site 182S1903TAEDLLRSSISFPSG
Site 183S1904AEDLLRSSISFPSGK
Site 184S1906DLLRSSISFPSGKKI
Site 185S1909RSSISFPSGKKIGVL
Site 186S1917GKKIGVLSLESLHAS
Site 187S1920IGVLSLESLHASTRS
Site 188S1924SLESLHASTRSSARQ
Site 189S1928LHASTRSSARQALGI
Site 190T1936ARQALGITIVRQPGR
Site 191T1946RQPGRRGTGDLQLEP
Site 192S1967SQPSLLLSCHHRKQR
Site 193Y1991LKGVASDYKCIDPGK
Site 194T1999KCIDPGKTLPEALDY
Site 195S2020TVPGEIDSKSGIPPS
Site 196S2022PGEIDSKSGIPPSFI
Site 197S2027SKSGIPPSFITLQIK
Site 198S2056KPLKANLSFTKLDQI
Site 199S2075KKIKNAHSLAHSEET
Site 200S2079NAHSLAHSEETSAMS
Site 201S2083LAHSEETSAMSNTMV
Site 202S2098NKDDLPVSKYYRGKL
Site 203Y2100DDLPVSKYYRGKLSK
Site 204Y2101DLPVSKYYRGKLSKP
Site 205S2144QTTQIVISMETVPHT
Site 206T2151SMETVPHTSKPCLLA
Site 207S2159SKPCLLASLSNLNGS
Site 208S2166SLSNLNGSLSVKATQ
Site 209S2168SNLNGSLSVKATQKV
Site 210S2196NDFLLKTSLKERSRI
Site 211S2222EAKWCKHSGNPGPEQ
Site 212S2230GNPGPEQSIPKISID
Site 213S2235EQSIPKISIDLRGGL
Site 214Y2265LHELLNGYLNEEGNF
Site 215S2277GNFEVQVSEPVPQMS
Site 216S2284SEPVPQMSSPVEKNQ
Site 217S2285EPVPQMSSPVEKNQT
Site 218T2292SPVEKNQTFKSEQSS
Site 219S2295EKNQTFKSEQSSDDL
Site 220S2299TFKSEQSSDDLRTGL
Site 221Y2309LRTGLFQYVQDAESL
Site 222Y2327GVYEVLFYNETEDCP
Site 223Y2341PGMMLWRYPEPRVLT
Site 224S2379DVLQVPCSLEYWDEL
Site 225S2399AFREFNLSESKVCEL
Site 226S2432LWRIVLNSSQNGADD
Site 227S2433WRIVLNSSQNGADDQ
Site 228S2441QNGADDQSSASESGS
Site 229S2442NGADDQSSASESGSQ
Site 230S2444ADDQSSASESGSQST
Site 231S2446DQSSASESGSQSTCD
Site 232S2448SSASESGSQSTCDPL
Site 233S2450ASESGSQSTCDPLVT
Site 234Y2506LGTAAPQYLQPFVSD
Site 235S2512QYLQPFVSDRNMPSE
Site 236S2518VSDRNMPSELEYMIV
Site 237Y2522NMPSELEYMIVSFRE
Site 238Y2533SFREPHMYLRQWNNG
Site 239T2641ICNDTQETLRFGQVD
Site 240S2657DENILLASLHSHQYS
Site 241S2660ILLASLHSHQYSWRS
Site 242Y2663ASLHSHQYSWRSHKS
Site 243S2664SLHSHQYSWRSHKSP
Site 244S2667SHQYSWRSHKSPQLL
Site 245S2710QYRGRTASLIIKVQQ
Site 246T2766REHFDCLTAKQKLPS
Site 247S2795AKGDEDWSRDVCLES
Site 248S2802SRDVCLESKAPEYSI
Site 249S2834VLTLEPNSQVQQRMI
Site 250S2865IIHLEKRSLGLSETQ
Site 251S2869EKRSLGLSETQIIPG
Site 252T2871RSLGLSETQIIPGKG
Site 253T2895PDLVHHLTFQAREEY
Site 254Y2902TFQAREEYDPSDCAV
Site 255S2905AREEYDPSDCAVPIS
Site 256Y2937NQILDEFYGPEKSLQ
Site 257Y2949SLQPIWPYNKKDSDR
Site 258S2954WPYNKKDSDRNEQLS
Site 259S2961SDRNEQLSQWDSPMR
Site 260S2965EQLSQWDSPMRVKLS
Site 261S2972SPMRVKLSIWKPYVR
Site 262S3052KLVHNLTSPKWKDGG
Site 263T3074DEEAFVDTEIRLGAF
Site 264T3109IIQIEDKTTIINNTP
Site 265T3110IQIEDKTTIINNTPY
Site 266T3115KTTIINNTPYQIFYK
Site 267Y3117TIINNTPYQIFYKPQ
Site 268S3132LSVCNPHSGKEYFRV
Site 269Y3136NPHSGKEYFRVPDSA
Site 270S3142EYFRVPDSATFSICP
Site 271S3146VPDSATFSICPGGEQ
Site 272S3158GEQPAMKSSSLPCWD
Site 273S3160QPAMKSSSLPCWDLM
Site 274S3171WDLMPDISQSVLDAS
Site 275S3189KQIMLGFSPAPGADS
Site 276S3196SPAPGADSSQCWSLP
Site 277S3197PAPGADSSQCWSLPA
Site 278S3201ADSSQCWSLPAIVRP
Site 279S3214RPEFPRQSVAVPLGN
Site 280Y3244QEHLGVTYLTLSEDP
Site 281T3246HLGVTYLTLSEDPSP
Site 282S3248GVTYLTLSEDPSPRV
Site 283S3252LTLSEDPSPRVIIHN
Site 284Y3280DIPKFEVYCKKIPSE
Site 285Y3295CSIHHELYHQISSYP
Site 286Y3301LYHQISSYPDCKTKD
Site 287T3306SSYPDCKTKDLLPSL
Site 288T3324VEPLDEVTTEWSDAI
Site 289S3335SDAIDINSQGTQVVF
Site 290T3377AGPILTNTNRAPEKI
Site 291T3386RAPEKIVTFKMFITQ
Site 292T3403LAVFDDLTHHKASAE
Site 293Y3459LQLDNQLYNKSNFHF
Site 294S3482KAEPIQCSKMQSLLI
Site 295S3486IQCSKMQSLLISNKE
Site 296S3490KMQSLLISNKELEEY
Site 297Y3497SNKELEEYKEKCFIK
Site 298S3514ITLNEGKSILCDINE
Site 299S3523LCDINEFSFELKPAR
Site 300Y3532ELKPARLYVEDTFVY
Site 301T3547YIKTLFDTYLPNSRL
Site 302Y3548IKTLFDTYLPNSRLA
Site 303S3552FDTYLPNSRLAGHST
Site 304S3558NSRLAGHSTHLSGGK
Site 305T3559SRLAGHSTHLSGGKQ
Site 306S3562AGHSTHLSGGKQVLP
Site 307T3573QVLPMQVTQHARALV
Site 308Y3606IHASLKLYIASDHTP
Site 309S3615ASDHTPLSFSVFERG
Site 310S3617DHTPLSFSVFERGPI
Site 311T3626FERGPIFTTARQLVH
Site 312T3627ERGPIFTTARQLVHA
Site 313Y3679ADFFRLPYEGLTRGP
Site 314T3683RLPYEGLTRGPGAFV
Site 315S3691RGPGAFVSGVSRGTT
Site 316T3698SGVSRGTTSFVKHIS
Site 317S3699GVSRGTTSFVKHISK
Site 318T3708VKHISKGTLTSITNL
Site 319T3710HISKGTLTSITNLAT
Site 320S3718SITNLATSLARNMDR
Site 321S3727ARNMDRLSLDEEHYN
Site 322Y3733LSLDEEHYNRQEEWR
Site 323S3746WRRQLPESLGEGLRQ
Site 324S3831ILHGAGLSQLPKQRH
Site 325Y3855APNSHVKYVWKMLQS
Site 326S3880DVVLVRGSGQEHEGC
Site 327S3899SEVLFVVSVSEDTQQ
Site 328S3920EIDCAQDSKQNNLLT
Site 329T3927SKQNNLLTVQLKQPR
Site 330S3949DGVRERLSEQQYNRL
Site 331Y3953ERLSEQQYNRLVDYI
Site 332Y3959QYNRLVDYITKTSCH
Site 333T3961NRLVDYITKTSCHLA
Site 334S3970TSCHLAPSCSSMQIP
Site 335S3988VAAEPPPSTVKTYHY
Site 336T3989AAEPPPSTVKTYHYL
Site 337T3992PPPSTVKTYHYLVDP
Site 338Y3995STVKTYHYLVDPHFA
 
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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