PhosphoNET

           
Protein Info 
   
Short Name:  ADAMTSL3
Full Name:  ADAMTS-like protein 3
Alias:  a disintegrin-like and metalloprotease domain with thrombospondin type I motifs-like 3; ADAMTS-like 3; ATL3; KIAA1233; punctin-2
Type: 
Mass (Da):  188640
Number AA: 
UniProt ID:  P82987
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005578     Uniprot OncoNet
Molecular Function:  GO:0008237  GO:0008270   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 1T24MHSPLPQTTAEKSPG
Site 2T25HSPLPQTTAEKSPGA
Site 3S29PQTTAEKSPGAYFLP
Site 4S45FALSPQGSFLEDTTG
Site 5T50QGSFLEDTTGEQFLT
Site 6T51GSFLEDTTGEQFLTY
Site 7T57TTGEQFLTYRYDDQT
Site 8Y58TGEQFLTYRYDDQTS
Site 9Y60EQFLTYRYDDQTSRN
Site 10T64TYRYDDQTSRNTRSD
Site 11T68DDQTSRNTRSDEDKD
Site 12S70QTSRNTRSDEDKDGN
Site 13S96RTCGGGASYSLRRCL
Site 14S98CGGGASYSLRRCLTG
Site 15T104YSLRRCLTGRNCEGQ
Site 16Y115CEGQNIRYKTCSNHD
Site 17Y138RAQQCSAYNDVQYQG
Site 18Y143SAYNDVQYQGHYYEW
Site 19Y147DVQYQGHYYEWLPRY
Site 20Y148VQYQGHYYEWLPRYN
Site 21Y154YYEWLPRYNDPAAPC
Site 22T184APKVLDGTRCNTDSL
Site 23T188LDGTRCNTDSLDMCI
Site 24S190GTRCNTDSLDMCISG
Site 25T226VCAGDGSTCRLVRGQ
Site 26S234CRLVRGQSKSHVSPE
Site 27S236LVRGQSKSHVSPEKR
Site 28S239GQSKSHVSPEKREEN
Site 29T260GSRSVRITVKGPAHL
Site 30T273HLVIESKTLQGSKGE
Site 31S282QGSKGEHSFNSPGVF
Site 32S285KGEHSFNSPGVFLVE
Site 33T295VFLVENTTVEFQRGS
Site 34S302TVEFQRGSERQTFKI
Site 35T306QRGSERQTFKIPGPL
Site 36Y323DFIFKTRYTAAKDSV
Site 37Y379KRVVPDHYCHYYPEN
Site 38Y382VPDHYCHYYPENVKP
Site 39Y383PDHYCHYYPENVKPK
Site 40S397KPKLKECSMDPCPSS
Site 41S404SMDPCPSSDGFKEIM
Site 42Y413GFKEIMPYDHFQPLP
Site 43S442GGGIQRRSFVCVEES
Site 44Y535CVIPIPCYKPKEKSP
Site 45S541CYKPKEKSPVEAKLP
Site 46T563LEETRIATEEPTFIP
Site 47T567RIATEEPTFIPEPWS
Site 48S577PEPWSACSTTCGPGV
Site 49T578EPWSACSTTCGPGVQ
Site 50T596VKCRVLLTFTQTETE
Site 51T602LTFTQTETELPEEEC
Site 52T616CEGPKLPTERPCLLE
Site 53S628LLEACDESPASRELD
Site 54S631ACDESPASRELDIPL
Site 55S642DIPLPEDSETTYDWE
Site 56T644PLPEDSETTYDWEYA
Site 57Y646PEDSETTYDWEYAGF
Site 58Y650ETTYDWEYAGFTPCT
Site 59T679LHIQTQQTVNDSLCD
Site 60S695VHRPPAMSQACNTEP
Site 61Y729GIQTRDVYCLHPGET
Site 62T736YCLHPGETPAPPEEC
Site 63T785GTQNRRVTCRQLLTD
Site 64S794RQLLTDGSFLNLSDE
Site 65S799DGSFLNLSDELCQGP
Site 66S809LCQGPKASSHKSCAR
Site 67S813PKASSHKSCARTDCP
Site 68T817SHKSCARTDCPPHLA
Site 69S859KGRRIPLSEMMCRDL
Site 70S874PGLPLVRSCQMPECS
Site 71S885PECSKIKSEMKTKLG
Site 72T889KIKSEMKTKLGEQGP
Site 73S900EQGPQILSVQRVYIQ
Site 74Y905ILSVQRVYIQTREEK
Site 75T908VQRVYIQTREEKRIN
Site 76S942PVRRFQKSLIQWEKD
Site 77S956DGRCLQNSKRLGITK
Site 78T962NSKRLGITKSGSLKI
Site 79S964KRLGITKSGSLKIHG
Site 80Y1015LREPMREYPGMDHSE
Site 81S1021EYPGMDHSEANSLGV
Site 82S1025MDHSEANSLGVTWHK
Site 83Y1044WNNKNDLYLDDDHIS
Site 84S1051YLDDDHISNQPFLRA
Site 85S1064RALLGHCSNSAGSTN
Site 86S1066LLGHCSNSAGSTNSW
Site 87T1070CSNSAGSTNSWELKN
Site 88T1093QGAYSMDTAQFDELI
Site 89S1104DELIRNMSQLMETGE
Site 90S1113LMETGEVSDDLASQL
Site 91T1145WRGIQEETPPAAQLR
Site 92T1155AAQLRGETGSVSQSS
Site 93S1157QLRGETGSVSQSSHA
Site 94S1159RGETGSVSQSSHAKN
Site 95S1161ETGSVSQSSHAKNSG
Site 96S1162TGSVSQSSHAKNSGK
Site 97T1171AKNSGKLTFKPKGPV
Site 98S1183GPVLMRQSQPPSISF
Site 99S1187MRQSQPPSISFNKTI
Site 100S1189QSQPPSISFNKTINS
Site 101T1193PSISFNKTINSRIGN
Site 102S1196SFNKTINSRIGNTVY
Site 103Y1203SRIGNTVYITKRTEV
Site 104T1205IGNTVYITKRTEVIN
Site 105Y1225ITPSEATYTWTKDGT
Site 106T1226TPSEATYTWTKDGTL
Site 107T1232YTWTKDGTLLQPSVK
Site 108Y1261TRKEQGIYECSVANH
Site 109S1264EQGIYECSVANHLGS
Site 110S1271SVANHLGSDVESSSV
Site 111S1275HLGSDVESSSVLYAE
Site 112S1277GSDVESSSVLYAEAP
Site 113T1294LSVERNITKPEHNHL
Site 114S1339TWLKRGGSLSGNVSL
Site 115S1358SLLLQNVSLENEGTY
Site 116Y1365SLENEGTYVCIATNA
Site 117S1392LERRWPESRIVFLQG
Site 118Y1403FLQGHKKYILQATNT
Site 119T1408KKYILQATNTRTNSN
Site 120T1410YILQATNTRTNSNDP
Site 121S1414ATNTRTNSNDPTGEP
Site 122T1418RTNSNDPTGEPPPQE
Site 123S1496TSVWSQCSVSCGEGY
Site 124Y1503SVSCGEGYHSRQVTC
Site 125S1505SCGEGYHSRQVTCKR
Site 126T1509GYHSRQVTCKRTKAN
Site 127T1518KRTKANGTVQVVSPR
Site 128S1523NGTVQVVSPRACAPK
Site 129T1569VRMQQRHTACQHNSS
Site 130S1576TACQHNSSDSNCDDR
Site 131T1587CDDRKRPTLRRNCTS
Site 132T1593PTLRRNCTSGACDVC
Site 133S1676VKHLNLCSLDRYKQR
Site 134Y1680NLCSLDRYKQRCCQS
 
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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