PhosphoNET

           
Protein Info 
   
Short Name:  PRDM16
Full Name:  PR domain zinc finger protein 16
Alias:  PR domain-containing protein 16;Transcription factor MEL1
Type: 
Mass (Da):  140251
Number AA:  1276
UniProt ID:  Q9HAZ2
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 1S13RARKLAKSDGDVVNN
Site 2Y22GDVVNNMYEPNRDLL
Site 3S31PNRDLLASHSAEDEA
Site 4S33RDLLASHSAEDEAED
Site 5S41AEDEAEDSAMSPIPV
Site 6S44EAEDSAMSPIPVGPP
Site 7S52PIPVGPPSPFPTSED
Site 8T56GPPSPFPTSEDFTPK
Site 9S57PPSPFPTSEDFTPKE
Site 10T61FPTSEDFTPKEGSPY
Site 11S66DFTPKEGSPYEAPVY
Site 12Y68TPKEGSPYEAPVYIP
Site 13Y73SPYEAPVYIPEDIPI
Site 14S89ADFELRESSIPGAGL
Site 15S90DFELRESSIPGAGLG
Site 16T133FGWEQILTDVEVSPQ
Site 17T145SPQEGCITKISEDLG
Site 18S148EGCITKISEDLGSEK
Site 19S153KISEDLGSEKFCVDA
Site 20Y193CQISEQIYYKVIKDI
Site 21Y194QISEQIYYKVIKDIE
Site 22T219EGVYPLGTVPPGLDE
Site 23T229PGLDEEPTFRCDECD
Site 24S241ECDELFQSKLDLRRH
Site 25Y251DLRRHKKYTCGSVGA
Site 26T252LRRHKKYTCGSVGAA
Site 27Y294ERMFPNKYSLEQHMV
Site 28Y309IHTEEREYKCDQCPK
Site 29S330NLIRHQMSHDSGKRF
Site 30S333RHQMSHDSGKRFECE
Site 31S350VKVFTDPSNLQRHIR
Site 32S358NLQRHIRSQHVGARA
Site 33S379GKTFATSSGLKQHKH
Site 34T421RMHADCRTQIKCKDC
Site 35S433KDCGQMFSTTSSLNK
Site 36T434DCGQMFSTTSSLNKH
Site 37T435CGQMFSTTSSLNKHR
Site 38S437QMFSTTSSLNKHRRF
Site 39Y451FCEGKNHYTPGGIFA
Site 40T452CEGKNHYTPGGIFAP
Site 41T464FAPGLPLTPSPMMDK
Site 42S466PGLPLTPSPMMDKAK
Site 43S475MMDKAKPSPSLNHAS
Site 44S477DKAKPSPSLNHASLG
Site 45S482SPSLNHASLGFNEYF
Site 46Y488ASLGFNEYFPSRPHP
Site 47S491GFNEYFPSRPHPGSL
Site 48S497PSRPHPGSLPFSTAP
Site 49S501HPGSLPFSTAPPTFP
Site 50T502PGSLPFSTAPPTFPA
Site 51S521FPGIFPPSLYPRPPL
Site 52T532RPPLLPPTSLLKSPL
Site 53S533PPLLPPTSLLKSPLN
Site 54S537PPTSLLKSPLNHTQD
Site 55S549TQDAKLPSPLGNPAL
Site 56S560NPALPLVSAVSNSSQ
Site 57T570SNSSQGTTAAAGPEE
Site 58S581GPEEKFESRLEDSCV
Site 59S586FESRLEDSCVEKLKT
Site 60T593SCVEKLKTRSSDMSD
Site 61S595VEKLKTRSSDMSDGS
Site 62S596EKLKTRSSDMSDGSD
Site 63S599KTRSSDMSDGSDFED
Site 64S602SSDMSDGSDFEDVNT
Site 65T609SDFEDVNTTTGTDLD
Site 66T611FEDVNTTTGTDLDTT
Site 67T617TTGTDLDTTTGTGSD
Site 68T618TGTDLDTTTGTGSDL
Site 69T619GTDLDTTTGTGSDLD
Site 70S623DTTTGTGSDLDSDVD
Site 71S627GTGSDLDSDVDSDPD
Site 72S631DLDSDVDSDPDKDKG
Site 73S642KDKGKGKSAEGQPKF
Site 74S670AEVPVFYSQHSFFPP
Site 75S673PVFYSQHSFFPPPDE
Site 76T684PPDEQLLTATGAAGD
Site 77S718MQEKKLGSLPYHSAF
Site 78Y721KKLGSLPYHSAFPFQ
Site 79S736FLPNFPHSLYPFTDR
Site 80Y738PNFPHSLYPFTDRAL
Site 81T741PHSLYPFTDRALAHN
Site 82S757LVKAEPKSPRDALKV
Site 83T776AECPFDLTTKPKDVK
Site 84S793LPMPKGPSAPASGEE
Site 85S797KGPSAPASGEEQPLD
Site 86S806EEQPLDLSIGSRARA
Site 87S809PLDLSIGSRARASQN
Site 88S814IGSRARASQNGGGRE
Site 89Y828EPRKNHVYGERKLGA
Site 90Y855PQQPPLHYAKPSPFF
Site 91S859PLHYAKPSPFFMDPI
Site 92Y867PFFMDPIYSRVEKRK
Site 93T876RVEKRKVTDPVGALK
Site 94Y886VGALKEKYLRPSPLL
Site 95S890KEKYLRPSPLLFHPQ
Site 96T903PQMSAIETMTEKLES
Site 97S910TMTEKLESFAAMKAD
Site 98S918FAAMKADSGSSLQPL
Site 99S920AMKADSGSSLQPLPH
Site 100S921MKADSGSSLQPLPHH
Site 101S934HHPFNFRSPPPTLSD
Site 102T938NFRSPPPTLSDPILR
Site 103S940RSPPPTLSDPILRKG
Site 104Y951LRKGKERYTCRYCGK
Site 105Y955KERYTCRYCGKIFPR
Site 106S963CGKIFPRSANLTRHL
Site 107T967FPRSANLTRHLRTHT
Site 108T974TRHLRTHTGEQPYRC
Site 109Y983EQPYRCKYCDRSFSI
Site 110S987RCKYCDRSFSISSNL
Site 111S989KYCDRSFSISSNLQR
Site 112S991CDRSFSISSNLQRHV
Site 113S1038EHENAPVSQHPGVLT
Site 114T1045SQHPGVLTNHLGTSA
Site 115T1050VLTNHLGTSASSPTS
Site 116S1051LTNHLGTSASSPTSE
Site 117S1053NHLGTSASSPTSESD
Site 118S1054HLGTSASSPTSESDN
Site 119S1057TSASSPTSESDNHAL
Site 120S1059ASSPTSESDNHALLD
Site 121S1071LLDEKEDSYFSEIRN
Site 122Y1072LDEKEDSYFSEIRNF
Site 123S1074EKEDSYFSEIRNFIA
Site 124S1089NSEMNQASTRTEKRA
Site 125S1133LEEDDEDSLAGKSQD
Site 126S1138EDSLAGKSQDDTVSP
Site 127T1142AGKSQDDTVSPAPEP
Site 128S1144KSQDDTVSPAPEPQA
Site 129S1164EDEEPAASLAVGFDH
Site 130T1172LAVGFDHTRRCAEDH
Site 131S1214EVKDVLNSTLDSEAL
Site 132S1218VLNSTLDSEALKHTL
Site 133S1241YAMMLSLSEDTPLHT
Site 134T1244MLSLSEDTPLHTPSQ
Site 135T1248SEDTPLHTPSQGSLD
Site 136S1250DTPLHTPSQGSLDAW
Site 137S1253LHTPSQGSLDAWLKV
Site 138S1265LKVTGATSESGAFHP
 
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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