PhosphoNET

           
Protein Info 
   
Short Name:  SAMD9
Full Name:  Sterile alpha motif domain-containing protein 9
Alias:  C7orf5; Expressed in aggressive fibromatosis; FLJ20073; KIAA2004; OEF1; OEF2; Sterile alpha motif domain containing 9; Sterile alpha motif domain-containing 9
Type:  Unknown function
Mass (Da):  184281
Number AA:  1589
UniProt ID:  Q5K651
International Prot ID:  IPI00217018
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     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 1T77LFKELRKTAIEDSIQ
Site 2S82RKTAIEDSIQTSKMG
Site 3S86IEDSIQTSKMGKPSK
Site 4T100KNAPKDQTVSQKERR
Site 5T109SQKERRETSKQKQKG
Site 6S110QKERRETSKQKQKGK
Site 7S126NPDMANPSAMSTTAK
Site 8T130ANPSAMSTTAKGSKS
Site 9T131NPSAMSTTAKGSKSL
Site 10S137TTAKGSKSLKVELIE
Site 11Y149LIEDKIDYTKERQPS
Site 12T150IEDKIDYTKERQPSI
Site 13S156YTKERQPSIDLTCVS
Site 14T160RQPSIDLTCVSYPFD
Site 15Y164IDLTCVSYPFDEFSN
Site 16S170SYPFDEFSNPYRYKL
Site 17Y175EFSNPYRYKLDFSLQ
Site 18S180YRYKLDFSLQPETGP
Site 19T185DFSLQPETGPGNLID
Site 20T201IHEFKAFTNTATATE
Site 21T203EFKAFTNTATATEED
Site 22T205KAFTNTATATEEDVK
Site 23S224NEVFRFASACMNSRT
Site 24T234MNSRTNGTIHFGVKD
Site 25Y271FNLMINKYFEDHQVQ
Site 26Y318PQFSECQYDYFQIKM
Site 27Y320FSECQYDYFQIKMQN
Site 28S340WEQSKKFSLFVRDGT
Site 29T347SLFVRDGTSSKDITK
Site 30S348LFVRDGTSSKDITKN
Site 31S349FVRDGTSSKDITKNK
Site 32T353GTSSKDITKNKVDFR
Site 33T368AFKADFKTLAESRKA
Site 34T384EEKFRAKTNKKEREG
Site 35T399PKLVKLLTGNQDLLD
Site 36Y409QDLLDNSYYEQYILV
Site 37Y410DLLDNSYYEQYILVT
Site 38S446VLEFDPESNINGVVK
Site 39Y469NLHFPSVYVEQKTTP
Site 40T474SVYVEQKTTPNETIS
Site 41T475VYVEQKTTPNETIST
Site 42T482TPNETISTLNLYHQP
Site 43S502NGRLDLDSEKYKPFD
Site 44Y505LDLDSEKYKPFDPSS
Site 45S512YKPFDPSSWQRERAS
Site 46S519SWQRERASDVRKLIS
Site 47S526SDVRKLISFLTHEDI
Site 48T529RKLISFLTHEDIMPR
Site 49T559PRDPLIETFCAFYQD
Site 50Y564IETFCAFYQDLKGME
Site 51S602IKHQDEISSQCISAL
Site 52S603KHQDEISSQCISALS
Site 53S623GTILKLKSVTQSSKR
Site 54S627KLKSVTQSSKRLLPS
Site 55S628LKSVTQSSKRLLPSI
Site 56T650KKEEDIMTALEIICE
Site 57T663CENECEGTLLEKDKN
Site 58S678KFLEFKASKEEDFYR
Site 59Y684ASKEEDFYRGGKVSW
Site 60Y695KVSWWNFYFSSESYS
Site 61S700NFYFSSESYSSPFVK
Site 62Y701FYFSSESYSSPFVKR
Site 63S702YFSSESYSSPFVKRD
Site 64S703FSSESYSSPFVKRDK
Site 65Y711PFVKRDKYERLEAMI
Site 66S724MIQNCADSSKPTSTK
Site 67S725IQNCADSSKPTSTKI
Site 68T728CADSSKPTSTKIIHL
Site 69S729ADSSKPTSTKIIHLY
Site 70Y736STKIIHLYHHPGCGG
Site 71T767CAVLKNKTVDFSEIG
Site 72Y783QVTSLITYGAMNRQE
Site 73Y808FEEQDNVYLLQYSIQ
Site 74Y822QTAIAKKYIRYEKPL
Site 75S838IILNCMRSQNPEKSA
Site 76S844RSQNPEKSARIPDSI
Site 77S858IAVIQQLSPKEQRAF
Site 78Y883HKNFEDFYSFMIMKT
Site 79T931LNSYVPDTTISLSQC
Site 80T932NSYVPDTTISLSQCE
Site 81S934YVPDTTISLSQCEKF
Site 82S936PDTTISLSQCEKFLG
Site 83S964EDKMGTYSTILIKTE
Site 84S992HSLIAEFSLEELKKS
Site 85S999SLEELKKSYHLNKSQ
Site 86S1005KSYHLNKSQIMLDML
Site 87T1033KFLQDMHTLLLTRHR
Site 88S1052GETGNWFSPFIEALH
Site 89S1074VEAVLLESIHRFNPN
Site 90Y1093QALARHFYIKKKDFG
Site 91S1117KIIEPDNSYISDTLG
Site 92Y1118IIEPDNSYISDTLGQ
Site 93S1120EPDNSYISDTLGQVY
Site 94T1122DNSYISDTLGQVYKS
Site 95Y1127SDTLGQVYKSKIRWW
Site 96S1160LDLAEHASSAFKESQ
Site 97S1161DLAEHASSAFKESQQ
Site 98S1166ASSAFKESQQQSEDR
Site 99S1170FKESQQQSEDREYEV
Site 100Y1175QQSEDREYEVKERLY
Site 101Y1182YEVKERLYPKSKRRY
Site 102S1185KERLYPKSKRRYDTY
Site 103Y1189YPKSKRRYDTYNIAG
Site 104T1191KSKRRYDTYNIAGYQ
Site 105Y1192SKRRYDTYNIAGYQG
Site 106S1233RYMVNFVSGSSDIPG
Site 107Y1246PGDPNNEYKLALKNY
Site 108Y1253YKLALKNYIPYLTKL
Site 109T1258KNYIPYLTKLKFSLK
Site 110S1263YLTKLKFSLKKSFDF
Site 111S1267LKFSLKKSFDFFDEY
Site 112Y1274SFDFFDEYFVLLKPR
Site 113T1292KQNEEAKTRRKVAGY
Site 114Y1299TRRKVAGYFKKYVDI
Site 115T1317LEESQNNTGLGSKFS
Site 116S1324TGLGSKFSEPLQVER
Site 117S1345ALKADKFSGLLEYLI
Site 118Y1350KFSGLLEYLIKSQED
Site 119S1354LLEYLIKSQEDAIST
Site 120S1360KSQEDAISTMKCIVN
Site 121T1361SQEDAISTMKCIVNE
Site 122T1377TFLLEQCTVKIQSKE
Site 123S1402LSCIQPTSRLVKPVE
Site 124T1425VLQPIGLTYQFSEPY
Site 125Y1426LQPIGLTYQFSEPYF
Site 126S1436SEPYFLASLLFWPEN
Site 127S1463YAQALKNSFKGQYKH
Site 128Y1468KNSFKGQYKHMHRTK
Site 129Y1480RTKQPIAYFFLGKGK
Site 130T1505IDQCFKKTPDINSLW
Site 131S1510KKTPDINSLWQSGDV
Site 132Y1540RAENNCLYIEYGINE
Site 133S1563AFLGQLRSGRSIEKV
Site 134S1566GQLRSGRSIEKVSFY
 
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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