PhosphoNET

           
Protein Info 
   
Short Name:  ADAMTS9
Full Name:  A disintegrin and metalloproteinase with thrombospondin motifs 9
Alias: 
Type: 
Mass (Da):  216491
Number AA:  1935
UniProt ID:  Q9P2N4
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S22RDLAEMGSPDAAAAV
Site 2T65ALGEPFPTNVHFKRT
Site 3S75HFKRTRRSINSATDP
Site 4S78RTRRSINSATDPWPA
Site 5S88DPWPAFASSSSSSTS
Site 6S89PWPAFASSSSSSTSS
Site 7S90WPAFASSSSSSTSSQ
Site 8S91PAFASSSSSSTSSQA
Site 9S92AFASSSSSSTSSQAH
Site 10S93FASSSSSSTSSQAHY
Site 11T94ASSSSSSTSSQAHYR
Site 12S95SSSSSSTSSQAHYRL
Site 13S96SSSSSTSSQAHYRLS
Site 14Y100STSSQAHYRLSAFGQ
Site 15S103SQAHYRLSAFGQQFL
Site 16Y155KHCFYKGYVNTNSEH
Site 17T175LCSGMLGTFRSHDGD
Site 18Y183FRSHDGDYFIEPLQS
Site 19S190YFIEPLQSMDEQEDE
Site 20Y207QNKPHIIYRRSAPQR
Site 21S210PHIIYRRSAPQREPS
Site 22S217SAPQREPSTGRHACD
Site 23T218APQREPSTGRHACDT
Site 24T225TGRHACDTSEHKNRH
Site 25S226GRHACDTSEHKNRHS
Site 26S233SEHKNRHSKDKKKTR
Site 27T276YGNKTDNTREKRTHR
Site 28T281DNTREKRTHRRTKRF
Site 29T285EKRTHRRTKRFLSYP
Site 30S290RRTKRFLSYPRFVEV
Site 31Y291RTKRFLSYPRFVEVL
Site 32S307VADNRMVSYHGENLQ
Site 33S357EQDGPSISFNAQTTL
Site 34T384PGGIHHDTAVLLTRQ
Site 35T402RAHDKCDTLGLAELG
Site 36Y415LGTICDPYRSCSISE
Site 37S417TICDPYRSCSISEDS
Site 38S419CDPYRSCSISEDSGL
Site 39S421PYRSCSISEDSGLST
Site 40S424SCSISEDSGLSTAFT
Site 41T428SEDSGLSTAFTIAHE
Site 42S457CKEEGVKSPQHVMAP
Site 43Y482WSKCSRKYITEFLDT
Site 44Y491TEFLDTGYGECLLNE
Site 45S501CLLNEPESRPYPLPV
Site 46Y504NEPESRPYPLPVQLP
Site 47Y515VQLPGILYNVNKQCE
Site 48Y534PGSQVCPYMMQCRRL
Site 49T558KGCRTQHTPWADGTE
Site 50T564HTPWADGTECEPGKH
Site 51Y574EPGKHCKYGFCVPKE
Site 52T587KEMDVPVTDGSWGSW
Site 53S590DVPVTDGSWGSWSPF
Site 54S595DGSWGSWSPFGTCSR
Site 55T599GSWSPFGTCSRTCGG
Site 56T610TCGGGIKTAIRECNR
Site 57Y626EPKNGGKYCVGRRMK
Site 58Y677NVRWVPKYSGILMKD
Site 59T709RDRVIDGTPCGQDTN
Site 60S750GVCGGDNSSCKTVAG
Site 61S751VCGGDNSSCKTVAGT
Site 62T754GDNSSCKTVAGTFNT
Site 63T758SCKTVAGTFNTVHYG
Site 64S785NIDVRQHSFSGETDD
Site 65S787DVRQHSFSGETDDDN
Site 66Y795GETDDDNYLALSSSK
Site 67S799DDNYLALSSSKGEFL
Site 68S801NYLALSSSKGEFLLN
Site 69S832AVVEYSGSETAVERI
Site 70T834VEYSGSETAVERINS
Site 71S841TAVERINSTDRIEQE
Site 72Y860VLSVGKLYNPDVRYS
Site 73Y866LYNPDVRYSFNIPIE
Site 74T905RKRKLVCTRESDQLT
Site 75S908KLVCTRESDQLTVSD
Site 76T912TRESDQLTVSDQRCD
Site 77S914ESDQLTVSDQRCDRL
Site 78S943DLRWHVASRSECSAQ
Site 79Y961GYRTLDIYCAKYSRL
Site 80Y965LDIYCAKYSRLDGKT
Site 81T972YSRLDGKTEKVDDGF
Site 82S981KVDDGFCSSHPKPSN
Site 83S982VDDGFCSSHPKPSNR
Site 84S987CSSHPKPSNREKCSG
Site 85S993PSNREKCSGECNTGG
Site 86T1017SKSCDGGTQRRRAIC
Site 87S1035RNDVLDDSKCTHQEK
Site 88T1095DRMCDPETKPTSMQT
Site 89S1099DPETKPTSMQTCQQP
Site 90Y1127SVTCGQGYQLRAVKC
Site 91T1155CNAATRPTDTQDCEL
Site 92T1157AATRPTDTQDCELPS
Site 93S1164TQDCELPSCHPPPAA
Site 94T1174PPPAAPETRRSTYSA
Site 95S1177AAPETRRSTYSAPRT
Site 96T1178APETRRSTYSAPRTQ
Site 97Y1179PETRRSTYSAPRTQW
Site 98S1180ETRRSTYSAPRTQWR
Site 99T1184STYSAPRTQWRFGSW
Site 100Y1206GKGTRMRYVSCRDEN
Site 101S1208GTRMRYVSCRDENGS
Site 102S1215SCRDENGSVADESAC
Site 103S1220NGSVADESACATLPR
Site 104T1224ADESACATLPRPVAK
Site 105T1237AKEECSVTPCGQWKA
Site 106S1251ALDWSSCSVTCGQGR
Site 107T1253DWSSCSVTCGQGRAT
Site 108Y1282RSECDQDYIPETDQD
Site 109S1291PETDQDCSMSPCPQR
Site 110S1293TDQDCSMSPCPQRTP
Site 111T1299MSPCPQRTPDSGLAQ
Site 112S1302CPQRTPDSGLAQHPF
Site 113Y1314HPFQNEDYRPRSASP
Site 114S1318NEDYRPRSASPSRTH
Site 115S1320DYRPRSASPSRTHVL
Site 116S1322RPRSASPSRTHVLGG
Site 117T1324RSASPSRTHVLGGNQ
Site 118S1341TGPWGACSSTCAGGS
Site 119S1342GPWGACSSTCAGGSQ
Site 120T1343PWGACSSTCAGGSQR
Site 121S1421GERFPDLSCEILDKP
Site 122T1447PHDAAWSTGPWSSCS
Site 123S1452WSTGPWSSCSVSCGR
Site 124S1454TGPWSSCSVSCGRGH
Site 125S1456PWSSCSVSCGRGHKQ
Site 126Y1467GHKQRNVYCMAKDGS
Site 127S1478KDGSHLESDYCKHLA
Site 128Y1480GSHLESDYCKHLAKP
Site 129T1535THKIARETECNPYTR
Site 130Y1540RETECNPYTRPESER
Site 131T1541ETECNPYTRPESERD
Site 132S1545NPYTRPESERDCQGP
Site 133Y1557QGPRCPLYTWRAEEW
Site 134S1575TKTCGEGSRYRKVVC
Site 135Y1577TCGEGSRYRKVVCVD
Site 136S1598HGARCDVSKRPVDRE
Site 137S1606KRPVDRESCSLQPCE
Site 138S1608PVDRESCSLQPCEYV
Site 139T1627EWSECSVTCGKGYKQ
Site 140Y1632SVTCGKGYKQRLVSC
Site 141S1638GYKQRLVSCSEIYTG
Site 142S1640KQRLVSCSEIYTGKE
Site 143T1644VSCSEIYTGKENYEY
Site 144Y1651TGKENYEYSYQTTIN
Site 145T1662TTINCPGTQPPSVHP
Site 146S1666CPGTQPPSVHPCYLR
Site 147Y1671PPSVHPCYLRDCPVS
Site 148T1706QRSVQCLTNEDQPSH
Site 149S1712LTNEDQPSHLCHTDL
Site 150T1726LKPEERKTCRNVYNC
Site 151Y1731RKTCRNVYNCELPQN
Site 152S1749VKRLKGASEDGEYFL
Site 153Y1754GASEDGEYFLMIRGK
Site 154Y1778HSDHPKEYVTLVHGD
Site 155S1786VTLVHGDSENFSEVY
Site 156S1790HGDSENFSEVYGHRL
Site 157Y1793SENFSEVYGHRLHNP
Site 158T1801GHRLHNPTECPYNGS
Site 159Y1819DCQCRKDYTAAGFSS
Site 160S1826YTAAGFSSFQKIRID
Site 161T1841LTSMQIITTDLQFAR
Site 162S1850DLQFARTSEGHPVPF
Site 163Y1864FATAGDCYSAAKCPQ
Site 164S1865ATAGDCYSAAKCPQG
Site 165S1875KCPQGRFSINLYGTG
Site 166Y1879GRFSINLYGTGLSLT
Site 167T1881FSINLYGTGLSLTES
Site 168S1884NLYGTGLSLTESARW
Site 169T1886YGTGLSLTESARWIS
Site 170S1888TGLSLTESARWISQG
Site 171S1893TESARWISQGNYAVS
Site 172Y1897RWISQGNYAVSDIKK
Site 173S1900SQGNYAVSDIKKSPD
Site 174S1905AVSDIKKSPDGTRVV
Site 175T1909IKKSPDGTRVVGKCG
Site 176T1923GGYCGKCTPSSGTGL
Site 177S1925YCGKCTPSSGTGLEV
Site 178S1926CGKCTPSSGTGLEVR
 
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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