PhosphoNET

           
Protein Info 
   
Short Name:  ADAMTS20
Full Name:  A disintegrin and metalloproteinase with thrombospondin motifs 20
Alias: 
Type: 
Mass (Da):  214721
Number AA:  1910
UniProt ID:  P59510
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 1S58FGEVFPQSHHFSRQK
Site 2S62FPQSHHFSRQKRSSE
Site 3S68FSRQKRSSEALEPMP
Site 4T78LEPMPFRTHYRFTAY
Site 5Y80PMPFRTHYRFTAYGQ
Site 6T111YTEVHLGTPERGAWE
Site 7S119PERGAWESDAGPSDL
Site 8Y131SDLRHCFYRGQVNSQ
Site 9S137FYRGQVNSQEDYKAV
Site 10Y141QVNSQEDYKAVVSLC
Site 11T154LCGGLTGTFKGQNGE
Site 12Y162FKGQNGEYFLEPIMK
Site 13S193YRQDLNNSFLQTLKY
Site 14T197LNNSFLQTLKYCSVS
Site 15Y200SFLQTLKYCSVSESQ
Site 16S202LQTLKYCSVSESQIK
Site 17S206KYCSVSESQIKETSL
Site 18T211SESQIKETSLPFHTY
Site 19S212ESQIKETSLPFHTYS
Site 20T236KERVLGHTSKNVPLK
Site 21S249LKDERRHSRKKRLIS
Site 22S256SRKKRLISYPRYIEI
Site 23Y257RKKRLISYPRYIEIM
Site 24S273TADAKVVSAHGSNLQ
Site 25S277KVVSAHGSNLQNYIL
Site 26S349DLDDVHPSHHDTAVL
Site 27T353VHPSHHDTAVLITRE
Site 28T408IAHELGHTLGVQHDD
Site 29Y427KEMKVTKYHVMAPAL
Site 30Y450WSNCSRKYVTEFLDT
Site 31Y459TEFLDTGYGECLLDK
Site 32Y472DKPDEEIYNLPSELP
Site 33S476EEIYNLPSELPGSRY
Site 34S481LPSELPGSRYDGNKQ
Site 35Y483SELPGSRYDGNKQCE
Site 36T523KLHKGCFTQHVPPAD
Site 37T532HVPPADGTDCGPGMH
Site 38S567GPWEPYSSCSRTCGG
Site 39T571PYSSCSRTCGGGIES
Site 40S578TCGGGIESATRRCNR
Site 41T580GGGIESATRRCNRPE
Site 42Y594EPRNGGNYCVGRRMK
Site 43S604GRRMKFRSCNTDSCP
Site 44S609FRSCNTDSCPKGTQD
Site 45S623DFREKQCSDFNGKHL
Site 46S633NGKHLDISGIPSNVR
Site 47S637LDISGIPSNVRWLPR
Site 48Y645NVRWLPRYSGIGTKD
Site 49S646VRWLPRYSGIGTKDR
Site 50T650PRYSGIGTKDRCKLY
Site 51Y657TKDRCKLYCQVAGTN
Site 52T677KDMVEDGTPCGTETH
Site 53S718GVCGGDNSSCKTITG
Site 54T722GDNSSCKTITGVFNS
Site 55Y734FNSSHYGYNVVVKIP
Site 56Y752TNVDIRQYSYSGQPD
Site 57S753NVDIRQYSYSGQPDD
Site 58S755DIRQYSYSGQPDDSY
Site 59S761YSGQPDDSYLALSDA
Site 60Y762SGQPDDSYLALSDAE
Site 61S766DDSYLALSDAEGNFL
Site 62S781FNGNFLLSTSKKEIN
Site 63T794INVQGTRTVIEYSGS
Site 64Y798GTRTVIEYSGSNNAV
Site 65S801TVIEYSGSNNAVERI
Site 66S810NAVERINSTNRQEKE
Site 67Y835LYNPDVHYSFNIPLE
Site 68T872GLQRRNITCIHKSDH
Site 69S880CIHKSDHSVVSDKEC
Site 70S883KSDHSVVSDKECDHL
Site 71S918IGKSECSSQCGQGYR
Site 72Y924SSQCGQGYRTLDIHC
Site 73Y934LDIHCMKYSIHEGQT
Site 74Y948TVQVDDHYCGDQLKP
Site 75T957GDQLKPPTQELCHGN
Site 76S979YSEWSQCSRSCGGGE
Site 77S981EWSQCSRSCGGGERS
Site 78S988SCGGGERSRESYCMN
Site 79S991GGERSRESYCMNNFG
Site 80Y992GERSRESYCMNNFGH
Site 81T1013CQELSRVTRENCNEF
Site 82T1036EWSECLVTCGKGTKQ
Site 83S1056QLNVDHLSDGFCNSS
Site 84S1062LSDGFCNSSTKPESL
Site 85S1063SDGFCNSSTKPESLS
Site 86T1064DGFCNSSTKPESLSP
Site 87S1068NSSTKPESLSPCELH
Site 88S1070STKPESLSPCELHTC
Site 89T1115ASAVLEDTECHEASR
Site 90S1124CHEASRPSDRQSCVL
Site 91S1128SRPSDRQSCVLTPCS
Site 92T1132DRQSCVLTPCSFISK
Site 93S1167SWTPCSVSCGRGTQA
Site 94T1172SVSCGRGTQARYVSC
Site 95Y1176GRGTQARYVSCRDAL
Site 96S1178GTQARYVSCRDALDR
Site 97S1190LDRIADESYCAHLPR
Site 98Y1191DRIADESYCAHLPRP
Site 99S1220AGDWSPCSASCGHGK
Site 100Y1237RQVLCMNYHQPIDEN
Site 101Y1245HQPIDENYCDPEVRP
Site 102S1268AACPPAHSHFPSSPV
Site 103S1272PAHSHFPSSPVQPSY
Site 104S1273AHSHFPSSPVQPSYY
Site 105S1278PSSPVQPSYYLSTNL
Site 106Y1279SSPVQPSYYLSTNLP
Site 107Y1280SPVQPSYYLSTNLPL
Site 108S1282VQPSYYLSTNLPLTQ
Site 109T1288LSTNLPLTQKLEDNE
Site 110S1315WRTGPWGSCSSSCSG
Site 111S1317TGPWGSCSSSCSGGL
Site 112S1318GPWGSCSSSCSGGLQ
Site 113S1319PWGSCSSSCSGGLQH
Site 114S1321GSCSSSCSGGLQHRA
Site 115S1340DENGQSASYCDAASK
Site 116S1346ASYCDAASKPPELQQ
Site 117S1430QEPWTSCSASCGKGR
Site 118S1432PWTSCSASCGKGRKY
Site 119Y1439SCGKGRKYREVFCID
Site 120T1455FQRKLEDTNCSQVQK
Site 121S1458KLEDTNCSQVQKPPT
Site 122T1465SQVQKPPTHKACRSV
Site 123Y1499GVQQRDVYCRLKGVG
Site 124T1517EEMCDQSTRPCSQRR
Site 125S1521DQSTRPCSQRRCWSQ
Site 126T1545RGRLNCSTSCERKDS
Site 127S1546GRLNCSTSCERKDSH
Site 128S1552TSCERKDSHQRMECT
Site 129Y1571RQVNEIVYNSSTISL
Site 130S1574NEIVYNSSTISLTSK
Site 131S1577VYNSSTISLTSKNCR
Site 132S1580SSTISLTSKNCRNPP
Site 133T1613FSYRQRITYCTEIPS
Site 134Y1614SYRQRITYCTEIPST
Site 135T1616RQRITYCTEIPSTKK
Site 136T1621YCTEIPSTKKHKLHR
Site 137T1683KRQVKCITKHGLSSD
Site 138Y1705PGAQKKCYANDCKSF
Site 139Y1730HIRKDGDYYLNIKGR
Site 140Y1731IRKDGDYYLNIKGRI
Site 141Y1747KIYCADMYLENPKEY
Site 142T1756ENPKEYLTLVQGEEN
Site 143S1765VQGEENFSEVYGFRL
Site 144Y1776GFRLKNPYQCPFNGS
Site 145Y1799NGHLAAGYTVFSKIR
Site 146T1810SKIRIDLTSMQIKTT
Site 147S1811KIRIDLTSMQIKTTD
Site 148Y1839FATAGDCYSAFRCPQ
Site 149S1850RCPQGQFSINLSGTG
Site 150S1854GQFSINLSGTGMKIS
Site 151S1861SGTGMKISSTAKWLT
Site 152S1862GTGMKISSTAKWLTQ
Site 153T1863TGMKISSTAKWLTQG
Site 154T1868SSTAKWLTQGSYTSV
Site 155S1871AKWLTQGSYTSVSIR
Site 156Y1872KWLTQGSYTSVSIRR
Site 157S1874LTQGSYTSVSIRRSE
Site 158S1876QGSYTSVSIRRSEDG
Site 159S1880TSVSIRRSEDGTRFF
Site 160T1884IRRSEDGTRFFGKCG
 
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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