PhosphoNET

           
Protein Info 
   
Short Name:  RLF
Full Name:  Zinc finger protein Rlf
Alias:  Rearranged L-myc fusion; Rearranged L-myc fusion gene protein; Zn-15 related; Zn-15L; Zn-15-related protein; ZNF292L
Type:  Transcription factor
Mass (Da):  217953
Number AA:  1914
UniProt ID:  Q13129
International Prot ID:  IPI00018294
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0003700  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350   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 1S32GDGVETESMVRGHRP
Site 2S41VRGHRPVSPAPGASG
Site 3T58PCLWQLETELREQEV
Site 4S66ELREQEVSEVSSLNY
Site 5S70QEVSEVSSLNYCRSF
Site 6Y73SEVSSLNYCRSFCQT
Site 7S76SSLNYCRSFCQTLLQ
Site 8S86QTLLQYASNKNASEH
Site 9Y96NASEHIVYLLEVYRL
Site 10Y101IVYLLEVYRLAIQSF
Site 11S107VYRLAIQSFASARPY
Site 12S110LAIQSFASARPYLTT
Site 13Y114SFASARPYLTTECED
Site 14T117SARPYLTTECEDVLL
Site 15S132VLGRLVLSCFELLLS
Site 16S156VWLPFLQSLQESHDA
Site 17S160FLQSLQESHDALLEF
Site 18S213LIAQEGPSFLQMRIK
Site 19S225RIKHLLKSNCIPQAT
Site 20S241LSKLCAESKEISNVS
Site 21S245CAESKEISNVSSFQQ
Site 22S249KEISNVSSFQQAYIT
Site 23T294ESEGQDNTAFVLCTT
Site 24S332LQRRIDPSLDTFLER
Site 25T335RIDPSLDTFLERCRQ
Site 26S385RALQLRSSEDEEMKA
Site 27T415VRRACQLTEFLIEPS
Site 28Y433FNMLEELYLQPDQKF
Site 29S450ENAPVPNSLRCELLL
Site 30S488QLLGQEASDSDDDLS
Site 31S490LGQEASDSDDDLSGY
Site 32S495SDSDDDLSGYEMSIN
Site 33Y497SDDDLSGYEMSINDT
Site 34T504YEMSINDTDVLESFL
Site 35S512DVLESFLSDYDEGKE
Site 36Y514LESFLSDYDEGKEDK
Site 37Y523EGKEDKQYRRRDLTD
Site 38T529QYRRRDLTDQHKEKR
Site 39S543RDKKPIGSSERYQRW
Site 40S544DKKPIGSSERYQRWL
Site 41Y547PIGSSERYQRWLQYK
Site 42S610EHVKMPPSRRDRSKK
Site 43S615PPSRRDRSKKKLLLK
Site 44S624KKLLLKGSQKGICPK
Site 45S632QKGICPKSPSAIPEQ
Site 46S634GICPKSPSAIPEQNH
Site 47S642AIPEQNHSLNDQAKG
Site 48Y654AKGESHEYVTFSKLE
Site 49T656GESHEYVTFSKLEDC
Site 50Y671HLQDRDLYPCPGTDC
Site 51T676DLYPCPGTDCSRVFK
Site 52Y687RVFKQFKYLSVHLKA
Site 53S689FKQFKYLSVHLKAEH
Site 54S755DCYARFGSVNELLNH
Site 55Y771QKHDDLRYKCELNGC
Site 56Y789FSDLGQLYHHEAQHF
Site 57Y801QHFRDASYTCNFLGC
Site 58Y812FLGCKKFYYSKIEYQ
Site 59Y813LGCKKFYYSKIEYQN
Site 60Y818FYYSKIEYQNHLSMH
Site 61S837SNGDIKKSVKLEESA
Site 62T845VKLEESATGEKQDCI
Site 63S864LLNQTDKSHLPEDLF
Site 64S878FCAESANSQIDTETA
Site 65T882SANSQIDTETAENLK
Site 66S892AENLKENSDSNSSDQ
Site 67S894NLKENSDSNSSDQLS
Site 68S896KENSDSNSSDQLSHS
Site 69S897ENSDSNSSDQLSHSS
Site 70S901SNSSDQLSHSSSASM
Site 71S903SSDQLSHSSSASMNE
Site 72S905DQLSHSSSASMNEEL
Site 73S907LSHSSSASMNEELID
Site 74T915MNEELIDTLDHSETM
Site 75T921DTLDHSETMQDVLLS
Site 76S937EKVFGPSSLKEKCSS
Site 77S943SSLKEKCSSMAVCFD
Site 78S944SLKEKCSSMAVCFDG
Site 79Y965FDGCGSTYKNARGMQ
Site 80T990FKPKKIKTKDLFPSL
Site 81T1004LGNEHNQTTEKLDAE
Site 82S1016DAEPKPCSDTNSDSP
Site 83T1018EPKPCSDTNSDSPDE
Site 84S1020KPCSDTNSDSPDEGL
Site 85S1022CSDTNSDSPDEGLDH
Site 86Y1042CKREHQGYSSESSIC
Site 87S1043KREHQGYSSESSICA
Site 88S1044REHQGYSSESSICAS
Site 89S1047QGYSSESSICASKRP
Site 90S1051SESSICASKRPCTED
Site 91T1056CASKRPCTEDTMLEL
Site 92T1059KRPCTEDTMLELLLR
Site 93S1071LLRLKHLSLKNSITH
Site 94S1075KHLSLKNSITHGSFS
Site 95T1077LSLKNSITHGSFSGS
Site 96S1080KNSITHGSFSGSLQG
Site 97S1082SITHGSFSGSLQGYP
Site 98S1084THGSFSGSLQGYPSS
Site 99Y1088FSGSLQGYPSSGAKS
Site 100S1090GSLQGYPSSGAKSLQ
Site 101S1091SLQGYPSSGAKSLQS
Site 102S1095YPSSGAKSLQSVSSI
Site 103S1098SGAKSLQSVSSISDL
Site 104S1100AKSLQSVSSISDLNF
Site 105S1101KSLQSVSSISDLNFQ
Site 106S1116NQDENMPSQYLAQLA
Site 107Y1136CELQGCKYEFVTREA
Site 108Y1148REALLMHYLKKHNYS
Site 109T1182HICQRSFTRKTHLRI
Site 110T1185QRSFTRKTHLRIHYK
Site 111Y1191KTHLRIHYKNKHQIG
Site 112S1199KNKHQIGSDRATHKL
Site 113T1203QIGSDRATHKLLDNE
Site 114S1219CDHEGPCSVDRLKGD
Site 115S1228DRLKGDCSAELGGDP
Site 116S1236AELGGDPSSNSEKPH
Site 117S1237ELGGDPSSNSEKPHC
Site 118S1239GGDPSSNSEKPHCHP
Site 119S1252HPKKDECSSETDLES
Site 120S1253PKKDECSSETDLESS
Site 121T1255KDECSSETDLESSCE
Site 122S1259SSETDLESSCEETES
Site 123S1260SETDLESSCEETESK
Site 124T1264LESSCEETESKTSDI
Site 125S1266SSCEETESKTSDISS
Site 126T1268CEETESKTSDISSPI
Site 127S1269EETESKTSDISSPIG
Site 128S1272ESKTSDISSPIGSHR
Site 129S1273SKTSDISSPIGSHRE
Site 130S1277DISSPIGSHREEQEG
Site 131S1290EGREGRGSRRTVAKG
Site 132T1293EGRGSRRTVAKGNLC
Site 133Y1301VAKGNLCYILNKYHK
Site 134T1316PFHCIHKTCNSSFTN
Site 135S1320IHKTCNSSFTNLKGL
Site 136Y1331LKGLIRHYRTVHQYN
Site 137Y1337HYRTVHQYNKEQLCL
Site 138Y1366KKIFACKYKECNKRF
Site 139S1384KALAKHCSDSHNLDH
Site 140S1386LAKHCSDSHNLDHIE
Site 141S1399IEEPKVLSEAGSAAR
Site 142S1403KVLSEAGSAARFSCN
Site 143S1408AGSAARFSCNQPQCP
Site 144Y1442EGEIHSDYEIHCDLN
Site 145T1456NGCGQIFTHRSNYSQ
Site 146Y1461IFTHRSNYSQHVYYR
Site 147Y1466SNYSQHVYYRHKDYY
Site 148Y1472VYYRHKDYYDDLFRS
Site 149Y1473YYRHKDYYDDLFRSQ
Site 150S1479YYDDLFRSQKVANER
Site 151T1506TQGHEHQTTRRSFNA
Site 152T1507QGHEHQTTRRSFNAK
Site 153S1510EHQTTRRSFNAKSKK
Site 154S1515RRSFNAKSKKCGLIK
Site 155S1529KEKKAPISFKTRAEA
Site 156T1532KAPISFKTRAEALHM
Site 157S1565SVVKLESSIVRHYKR
Site 158Y1570ESSIVRHYKRTHQMS
Site 159T1573IVRHYKRTHQMSSAY
Site 160S1577YKRTHQMSSAYLEQQ
Site 161S1604KIKEEPPSEADPCIK
Site 162S1617IKKEENRSCESERTE
Site 163S1620EENRSCESERTEHSH
Site 164T1623RSCESERTEHSHSPG
Site 165S1626ESERTEHSHSPGDSS
Site 166S1628ERTEHSHSPGDSSAP
Site 167S1632HSHSPGDSSAPIQNT
Site 168S1633SHSPGDSSAPIQNTD
Site 169T1639SSAPIQNTDCCHSSE
Site 170S1644QNTDCCHSSERDGGQ
Site 171S1657GQKGCIESSSVFDAD
Site 172S1659KGCIESSSVFDADTL
Site 173T1671DTLLYRGTLKCNHSS
Site 174S1677GTLKCNHSSKTTSLE
Site 175S1678TLKCNHSSKTTSLEQ
Site 176T1680KCNHSSKTTSLEQCN
Site 177S1682NHSSKTTSLEQCNIV
Site 178T1707SIPNPNGTESGTYFT
Site 179S1709PNPNGTESGTYFTSF
Site 180T1711PNGTESGTYFTSFQL
Site 181Y1712NGTESGTYFTSFQLP
Site 182S1715ESGTYFTSFQLPLPR
Site 183S1726PLPRIKESETRQHSS
Site 184T1728PRIKESETRQHSSGQ
Site 185S1732ESETRQHSSGQENTV
Site 186T1738HSSGQENTVKNPTHV
Site 187T1743ENTVKNPTHVPKENF
Site 188S1754KENFRKHSQPRSFDL
Site 189S1758RKHSQPRSFDLKTYK
Site 190T1763PRSFDLKTYKPMGFE
Site 191Y1764RSFDLKTYKPMGFES
Site 192S1772KPMGFESSFLKFIQE
Site 193S1793DFDDWEPSEHLTLSN
Site 194T1797WEPSEHLTLSNSSQS
Site 195S1799PSEHLTLSNSSQSSN
Site 196S1801EHLTLSNSSQSSNDL
Site 197S1805LSNSSQSSNDLTGNV
Site 198T1809SQSSNDLTGNVVANN
Site 199S1830PEVDIPHSSSDSTIH
Site 200S1832VDIPHSSSDSTIHEN
Site 201S1834IPHSSSDSTIHENLT
Site 202T1835PHSSSDSTIHENLTA
Site 203T1895LERSKFSTPILDLFP
 
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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