PhosphoNET

           
Protein Info 
   
Short Name:  SAMD9L
Full Name:  Sterile alpha motif domain-containing protein 9-like
Alias:  C7orf6; DRIF2; FLJ39885; KIAA2005; SAM9L; Sterile alpha motif domain containing 9-like; UEF
Type:  Unknown function
Mass (Da):  184533
Number AA:  1584
UniProt ID:  Q8IVG5
International Prot ID:  not found
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 1S6__MSKQVSLPEMIKD
Site 2S71PALLIKRSYNKLNSK
Site 3Y72ALLIKRSYNKLNSKS
Site 4S77RSYNKLNSKSPESDN
Site 5S79YNKLNSKSPESDNHD
Site 6S82LNSKSPESDNHDPGQ
Site 7S93DPGQLDNSKPSKTEH
Site 8S114TKKEEENSMSSNIDY
Site 9Y121SMSSNIDYDPREIRD
Site 10T162KLKPEQLTCMPYPFD
Site 11Y181SHRYIEHYTLQPETG
Site 12T182HRYIEHYTLQPETGA
Site 13S226NEVFRFASACMNSRT
Site 14Y271FNVMIKKYFEESEIN
Site 15T298EVLLQNNTPSDRFVI
Site 16S300LLQNNTPSDRFVIEV
Site 17Y320HSICNDKYFYIQMQI
Site 18S348LFVREGASSRDILAN
Site 19S349FVREGASSRDILANS
Site 20S356SRDILANSKQRDVDF
Site 21S372AFLQNLKSLVASRKE
Site 22S376NLKSLVASRKEAEEE
Site 23S408LLIGNRDSLDNSYYD
Site 24Y413RDSLDNSYYDWYILV
Site 25Y414DSLDNSYYDWYILVT
Site 26Y417DNSYYDWYILVTNKC
Site 27Y473NLHFPNQYEDKTTNM
Site 28T486NMWEKISTLNLYQQP
Site 29Y490KISTLNLYQQPSWIF
Site 30S506NGRSDLKSETYKPLE
Site 31T508RSDLKSETYKPLEPH
Site 32Y509SDLKSETYKPLEPHL
Site 33S523LWQRERASEVRKLIL
Site 34T533RKLILFLTDENIMTR
Site 35T563PGDPLIETFWAFYQA
Site 36Y587ISVNSHIYQRWKDLL
Site 37T605MKMEDELTNHSISTL
Site 38S626STILKLKSVTRSSRR
Site 39S630KLKSVTRSSRRFLPA
Site 40S631LKSVTRSSRRFLPAR
Site 41S640RFLPARGSSSVILEK
Site 42S641FLPARGSSSVILEKK
Site 43S642LPARGSSSVILEKKK
Site 44T654KKKEDVLTALEILCE
Site 45T665ILCENECTETDIEKD
Site 46T667CENECTETDIEKDKS
Site 47S674TDIEKDKSKFLEFKK
Site 48S682KFLEFKKSKEEHFYR
Site 49Y688KSKEEHFYRGGKVSW
Site 50Y705FYFSSENYSSDFVKR
Site 51S706YFSSENYSSDFVKRD
Site 52S707FSSENYSSDFVKRDS
Site 53S714SDFVKRDSYEKLKDL
Site 54Y715DFVKRDSYEKLKDLI
Site 55T786EQVINLVTYRAKSHQ
Site 56Y787QVINLVTYRAKSHQD
Site 57S791LVTYRAKSHQDYIPV
Site 58Y812FEEQENVYFLQNAIH
Site 59S842IILNCMRSRNPDESA
Site 60S848RSRNPDESAKLADSI
Site 61S854ESAKLADSIALNYQL
Site 62Y859ADSIALNYQLSSKEQ
Site 63S862IALNYQLSSKEQRAF
Site 64Y900KSNFDETYIENVVRN
Site 65S916LKGQDVDSKEAQLIS
Site 66T936SSYVTDSTISVSQCE
Site 67S952FLGIIYTSTPWEPES
Site 68T953LGIIYTSTPWEPESL
Site 69S959STPWEPESLEDKMGT
Site 70S968EDKMGTYSTLLIKTE
Site 71Y979IKTEVAEYGRYTGVR
Site 72Y982EVAEYGRYTGVRIIH
Site 73T983VAEYGRYTGVRIIHP
Site 74Y995IHPLIALYCLKELER
Site 75Y1004LKELERSYHLDKCQI
Site 76Y1022ILEENLFYDSGIGRD
Site 77T1037KFQHDVQTLLLTRQR
Site 78Y1047LTRQRKVYGDETDTL
Site 79T1051RKVYGDETDTLFSPL
Site 80T1053VYGDETDTLFSPLME
Site 81S1056DETDTLFSPLMEALQ
Site 82S1072KDIEKVLSAGSRRFP
Site 83S1075EKVLSAGSRRFPQNA
Site 84Y1093QALARHFYIKEKDFN
Site 85Y1118MKAPKNSYISDTLGQ
Site 86T1122KNSYISDTLGQVYKS
Site 87Y1127SDTLGQVYKSEIKWW
Site 88T1145NKNCRSITVNDLTHL
Site 89S1166ASRAFKESQRQTDSK
Site 90T1170FKESQRQTDSKNYET
Site 91S1172ESQRQTDSKNYETEN
Site 92T1177TDSKNYETENWSPQK
Site 93S1181NYETENWSPQKSQRR
Site 94Y1189PQKSQRRYDMYNTAC
Site 95Y1192SQRRYDMYNTACFLG
Site 96T1214TIQILQLTPFFHKEN
Site 97T1237QFLSGKWTIPPDPRN
Site 98Y1247PDPRNECYLALSKFT
Site 99S1251NECYLALSKFTSHLK
Site 100S1255LALSKFTSHLKNLQS
Site 101S1262SHLKNLQSDLKRCFD
Site 102Y1282MVLLKMRYTQKEIAE
Site 103T1283VLLKMRYTQKEIAEI
Site 104S1293EIAEIMLSKKVSRCF
Site 105Y1303VSRCFRKYTELFCHL
Site 106S1317LDPCLLQSKESQLLQ
Site 107Y1346RFAGLLEYLNPNYKD
Site 108Y1351LEYLNPNYKDATTME
Site 109T1356PNYKDATTMESIVNE
Site 110S1359KDATTMESIVNEYAF
Site 111S1372AFLLQQNSKKPMTNE
Site 112T1377QNSKKPMTNEKQNSI
Site 113S1397LSCLKPNSKLIQPLT
Site 114T1404SKLIQPLTTLKKQLR
Site 115S1420VLQFVGLSHQYPGPY
Site 116S1445NQELDQDSKLIEKYV
Site 117Y1451DSKLIEKYVSSLNRS
Site 118S1453KLIEKYVSSLNRSFR
Site 119S1454LIEKYVSSLNRSFRG
Site 120S1458YVSSLNRSFRGQYKR
Site 121Y1463NRSFRGQYKRMCRSK
Site 122S1469QYKRMCRSKQASTLF
Site 123S1473MCRSKQASTLFYLGK
Site 124Y1477KQASTLFYLGKRKGL
Site 125S1486GKRKGLNSIVHKAKI
Site 126Y1496HKAKIEQYFDKAQNT
Site 127S1505DKAQNTNSLWHSGDV
Site 128T1526KDLLRRLTGQAEGKL
Site 129S1535QAEGKLISVEYGTEE
Site 130S1558VYSGPLRSGRNIERV
Site 131S1566GRNIERVSFYLGFSI
Site 132S1572VSFYLGFSIEGPLAY
 
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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