PhosphoNET

           
Protein Info 
   
Short Name:  ZMYM2
Full Name:  Similar to zinc finger MYM-type protein 5
Alias:  FIM; Fused in myeloproliferative disorders protein; MYM; RAMP; Rearranged in atypical myeloproliferative disorder protein; Z198; Zinc finger protein 198; Zinc finger, MYM-type 2; ZN198; ZNF198
Type:  Uncharacterized protein
Mass (Da):  154911
Number AA:  1377
UniProt ID:  Q9UBW7
International Prot ID:  IPI00294603
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016605  GO:0043226  GO:0043227 Uniprot OncoNet
Molecular Function:  GO:0031624  GO:0008270  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350  GO:0006355 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 1S27GSTAMATSLTNVGNS
Site 2S34SLTNVGNSFSGPANP
Site 3S36TNVGNSFSGPANPLV
Site 4S44GPANPLVSRSNKFQN
Site 5S46ANPLVSRSNKFQNSS
Site 6S53SNKFQNSSVEDDDDV
Site 7S72PVQPPPPSVPVVADQ
Site 8T81PVVADQRTITFTSSK
Site 9T83VADQRTITFTSSKNE
Site 10T85DQRTITFTSSKNEEL
Site 11S87RTITFTSSKNEELQG
Site 12S97EELQGNDSKITPSSK
Site 13T100QGNDSKITPSSKELA
Site 14S103DSKITPSSKELASQK
Site 15S108PSSKELASQKGSVSE
Site 16S114ASQKGSVSETIVIDD
Site 17T116QKGSVSETIVIDDEE
Site 18T127DDEEDMETNQGQEKN
Site 19S136QGQEKNSSNFIERRP
Site 20T146IERRPPETKNRTNDV
Site 21S156RTNDVDFSTSSFSRS
Site 22T157TNDVDFSTSSFSRSK
Site 23S158NDVDFSTSSFSRSKV
Site 24S159DVDFSTSSFSRSKVN
Site 25S161DFSTSSFSRSKVNAG
Site 26S163STSSFSRSKVNAGMG
Site 27T176MGNSGITTEPDSEIQ
Site 28S180GITTEPDSEIQIANV
Site 29S195TTLETGVSSVNDGQL
Site 30S196TLETGVSSVNDGQLE
Site 31T215RDMNLMITHVTSLQN
Site 32T223HVTSLQNTNLGDVSN
Site 33S229NTNLGDVSNGLQSSN
Site 34S235VSNGLQSSNFGVNIQ
Site 35T243NFGVNIQTYTPSLTS
Site 36Y244FGVNIQTYTPSLTSQ
Site 37T245GVNIQTYTPSLTSQT
Site 38S247NIQTYTPSLTSQTKT
Site 39S250TYTPSLTSQTKTGVG
Site 40T254SLTSQTKTGVGPFNP
Site 41S284ATHHNPDSWISQSAS
Site 42S287HNPDSWISQSASFPR
Site 43S289PDSWISQSASFPRNQ
Site 44S291SWISQSASFPRNQKQ
Site 45S303QKQPGVDSLSPVASL
Site 46S305QPGVDSLSPVASLPK
Site 47S309DSLSPVASLPKQIFQ
Site 48S318PKQIFQPSVQQQPTK
Site 49T343KPLQKGQTAYQRKGS
Site 50Y345LQKGQTAYQRKGSAH
Site 51S350TAYQRKGSAHLFCST
Site 52S361FCSTTCLSSFSHKPA
Site 53S362 CSTTCLSSFSHKPAP
Site 54S364TTCLSSFSHKPAPKK
Site 55S393TIVAQVDSSESFQEF
Site 56S396AQVDSSESFQEFCST
Site 57S402ESFQEFCSTSCLSLY
Site 58T403SFQEFCSTSCLSLYE
Site 59S407FCSTSCLSLYEDKQN
Site 60Y409STSCLSLYEDKQNPT
Site 61S423TKGALNKSRCTICGK
Site 62T426ALNKSRCTICGKLTE
Site 63Y456SDHCFNRYRMANGLI
Site 64Y473CCEQCGEYLPSKGAG
Site 65S476QCGEYLPSKGAGNNV
Site 66Y502CQSCVSEYKQVGSHP
Site 67S507SEYKQVGSHPSFLKE
Site 68S510KQVGSHPSFLKEVRD
Site 69S522VRDHMQDSFLMQPEK
Site 70Y557QCIGPNGYMEPYCST
Site 71T572ACMNSHKTKYAKSQS
Site 72Y574MNSHKTKYAKSQSLG
Site 73S577HKTKYAKSQSLGIIC
Site 74S579TKYAKSQSLGIICHF
Site 75Y595KRNSLPQYQATMPDG
Site 76T598SLPQYQATMPDGKLY
Site 77Y605TMPDGKLYNFCNSSC
Site 78S610KLYNFCNSSCVAKFQ
Site 79S620VAKFQALSMQSSPNG
Site 80S624QALSMQSSPNGQFVA
Site 81T666VHQFCSKTCSDDYKK
Site 82Y671SKTCSDDYKKLHCIV
Site 83Y680KLHCIVTYCEYCQEE
Site 84Y683CIVTYCEYCQEEKTL
Site 85T689EYCQEEKTLHETVNF
Site 86T693EEKTLHETVNFSGVK
Site 87Y712SEGCKLLYKQDFARR
Site 88Y729LRCVTCNYCSQLCKK
Site 89Y762CKKFQDWYYKAARCD
Site 90S773ARCDCCKSQGTLKER
Site 91T809QQNEPNMTTQKGPEN
Site 92Y819KGPENLHYDQGCQTS
Site 93S826YDQGCQTSRTKMTGS
Site 94T828QGCQTSRTKMTGSAP
Site 95T831QTSRTKMTGSAPPPS
Site 96S833SRTKMTGSAPPPSPT
Site 97S838TGSAPPPSPTPNKEM
Site 98T840SAPPPSPTPNKEMKN
Site 99Y862LTMTKATYCKPHMQT
Site 100T877KSCQTDDTWRTEYVP
Site 101Y882DDTWRTEYVPVPIPV
Site 102S939AAIEELKSKVSSDAL
Site 103S943ELKSKVSSDALDTEL
Site 104S958LTMTDMMSEDEGKTE
Site 105S987GSDLLKNSDPETQSS
Site 106T991LKNSDPETQSSMPDV
Site 107S993NSDPETQSSMPDVPY
Site 108S994SDPETQSSMPDVPYE
Site 109Y1000SSMPDVPYEPDLDIE
Site 110Y1033PPVFGEEYEEQPRPR
Site 111S1041EEQPRPRSKKKGAKR
Site 112S1052GAKRKAVSGYQSHDD
Site 113S1056KAVSGYQSHDDSSDN
Site 114S1060GYQSHDDSSDNSECS
Site 115S1061YQSHDDSSDNSECSF
Site 116S1064HDDSSDNSECSFPFK
Site 117S1067SSDNSECSFPFKYTY
Site 118Y1074SFPFKYTYGVNAWKH
Site 119S1100LVLDELKSSKSVKLK
Site 120S1101VLDELKSSKSVKLKE
Site 121S1103DELKSSKSVKLKEDL
Site 122S1112KLKEDLLSHTTAELN
Site 123T1114KEDLLSHTTAELNYG
Site 124Y1137RRPNGENYAPDSIYY
Site 125Y1152LCLGIQEYLCGSNRK
Site 126Y1168NIFIDPGYQTFEQEL
Site 127T1170FIDPGYQTFEQELNK
Site 128S1181ELNKILRSWQPSILP
Site 129S1185ILRSWQPSILPDGSI
Site 130S1191PSILPDGSIFSRVEE
Site 131Y1200FSRVEEDYLWRIKQL
Site 132T1218SPVALLNTLFYFNTK
Site 133Y1221ALLNTLFYFNTKYFG
Site 134T1224NTLFYFNTKYFGLKT
Site 135T1231TKYFGLKTVEQHLRL
Site 136S1239VEQHLRLSFGTVFRH
Site 137T1242HLRLSFGTVFRHWKK
Site 138T1253HWKKNPLTMENKACL
Site 139Y1262ENKACLRYQVSSLCG
Site 140S1265ACLRYQVSSLCGTDN
Site 141S1266CLRYQVSSLCGTDNE
Site 142T1270QVSSLCGTDNEDKIT
Site 143T1277TDNEDKITTGKRKHE
Site 144T1296VFEQIENTANPSRCP
Site 145Y1310PVKMFECYLSKSPQN
Site 146S1314FECYLSKSPQNLNQR
Site 147Y1326NQRMDVFYLQPECSS
Site 148S1332FYLQPECSSSTDSPV
Site 149S1333YLQPECSSSTDSPVW
Site 150S1334LQPECSSSTDSPVWY
Site 151T1335QPECSSSTDSPVWYT
Site 152S1337ECSSSTDSPVWYTST
Site 153Y1341STDSPVWYTSTSLDR
Site 154S1343DSPVWYTSTSLDRNT
Site 155S1345PVWYTSTSLDRNTLE
Site 156T1350STSLDRNTLENMLVR
Site 157Y1365VLLVKDIYDKDNYEL
Site 158Y1370DIYDKDNYELDEDTD
Site 159T1376NYELDEDTD______
 
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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