PhosphoNET

           
Protein Info 
   
Short Name:  HELZ
Full Name:  Probable helicase with zinc finger domain
Alias:  DHRC; Down-regulated in cancers; DRHC; Helicase with zinc finger; HUMORF5; KIA0054; KIAA0054; Potential helicase with zinc-finger domain
Type:  DNA binding protein, helicase
Mass (Da):  218970
Number AA:  1942
UniProt ID:  P42694
International Prot ID:  IPI00000897
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0004386  GO:0003676 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 1S9EDRRAEKSCEQACES
Site 2S16SCEQACESLKRQDYE
Site 3Y22ESLKRQDYEMALKHC
Site 4Y73SFLQLKNYVQADEDC
Site 5T113GKLQPVSTILAKSLT
Site 6T120TILAKSLTGESLNGM
Site 7T137KDLTRLKTLLSETET
Site 8S140TRLKTLLSETETATS
Site 9T144TLLSETETATSNALS
Site 10S147SETETATSNALSGYH
Site 11S151TATSNALSGYHVEDL
Site 12Y153TSNALSGYHVEDLDE
Site 13T176RPPPRGITSSEEYTL
Site 14S178PPRGITSSEEYTLCK
Site 15Y181GITSSEEYTLCKRFL
Site 16T182ITSSEEYTLCKRFLE
Site 17S217EWQKRYASRLIKLKQ
Site 18S232QNENKQLSGSYMETL
Site 19S234ENKQLSGSYMETLIE
Site 20S246LIEKWMNSLSPEKVL
Site 21S248EKWMNSLSPEKVLSE
Site 22S254LSPEKVLSECIEGVK
Site 23S269VEHNPDLSVTVSTKK
Site 24T271HNPDLSVTVSTKKSH
Site 25S273PDLSVTVSTKKSHQT
Site 26T282KKSHQTWTFALTCKP
Site 27Y300LYRVALLYDAHRPHF
Site 28S317IAISAGDSTTQVSQE
Site 29T318AISAGDSTTQVSQEV
Site 30S322GDSTTQVSQEVPENC
Site 31Y345AQNGLDHYVYKVGIA
Site 32Y347NGLDHYVYKVGIAFN
Site 33S385RVMIDAASTEDLEYL
Site 34Y391ASTEDLEYLMHAKQQ
Site 35S408TTAKRWDSSSKTIID
Site 36S410AKRWDSSSKTIIDFE
Site 37T412RWDSSSKTIIDFEPN
Site 38T421IDFEPNETTDLEKSL
Site 39S427ETTDLEKSLLIRYQI
Site 40Y432EKSLLIRYQIPLSAD
Site 41S437IRYQIPLSADQLFTQ
Site 42S445ADQLFTQSVLDKSLT
Site 43S450TQSVLDKSLTKSNYQ
Site 44T452SVLDKSLTKSNYQSR
Site 45S454LDKSLTKSNYQSRLH
Site 46Y456KSLTKSNYQSRLHDL
Site 47S458LTKSNYQSRLHDLLY
Site 48Y465SRLHDLLYIEEIAQY
Site 49Y472YIEEIAQYKEISKFN
Site 50Y501GVSGGAKYAQNGQLF
Site 51T514LFGRFKLTETLSEDT
Site 52T516GRFKLTETLSEDTLA
Site 53S518FKLTETLSEDTLAGR
Site 54T521TETLSEDTLAGRLVM
Site 55Y555QGTKEKVYEATIEEK
Site 56S572EYIFLRLSRECCEEL
Site 57T587NLRPDCDTQVELQFQ
Site 58Y605LPLCEMHYALDRIKD
Site 59T625PDISMTPTIPWSPNR
Site 60T697ETRILICTHSNSAAD
Site 61Y706SNSAADLYIKDYLHP
Site 62Y710ADLYIKDYLHPYVEA
Site 63Y714IKDYLHPYVEAGNPQ
Site 64Y728QARPLRVYFRNRWVK
Site 65S752CLISSAHSTFQMPQK
Site 66T753LISSAHSTFQMPQKE
Site 67T774VVVVTLNTSQYLCQL
Site 68Y777VTLNTSQYLCQLDLE
Site 69S827AGDHMQLSPFVYSEF
Site 70Y831MQLSPFVYSEFARER
Site 71S843RERNLHVSLLDRLYE
Site 72Y849VSLLDRLYEHYPAEF
Site 73Y852LDRLYEHYPAEFPCR
Site 74Y866RILLCENYRSHEAII
Site 75Y875SHEAIINYTSELFYE
Site 76Y881NYTSELFYEGKLMAS
Site 77Y898QPAHKDFYPLTFFTA
Site 78T901HKDFYPLTFFTARGE
Site 79Y919EKNSTAFYNNAEVFE
Site 80S949WGKLDDGSIGVVTPY
Site 81S973ELRKKRLSDVNVERV
Site 82S994QFRVLFLSTVRTRHT
Site 83T998LFLSTVRTRHTCKHK
Site 84T1001STVRTRHTCKHKQTP
Site 85T1007HTCKHKQTPIKKKEQ
Site 86S1019KEQLLEDSTEDLDYG
Site 87T1020EQLLEDSTEDLDYGF
Site 88Y1025DSTEDLDYGFLSNYK
Site 89S1029DLDYGFLSNYKLLNT
Site 90S1076ALCHENSSLHGITFE
Site 91T1081NSSLHGITFEQIKAQ
Site 92S1117RALRLQHSGSTNKQQ
Site 93S1119LRLQHSGSTNKQQQS
Site 94S1126STNKQQQSPPKGKSL
Site 95S1132QSPPKGKSLHHTQND
Site 96T1136KGKSLHHTQNDHFQN
Site 97Y1162IGNPIRAYTPPPPLG
Site 98T1163GNPIRAYTPPPPLGP
Site 99S1177PHPNLGKSPSPVQRI
Site 100S1179PNLGKSPSPVQRIDP
Site 101T1188VQRIDPHTGTSILYV
Site 102T1214VPLPVPWTGYQGRFA
Site 103Y1216LPVPWTGYQGRFAVD
Site 104S1247LQTHGRGSPIPYGLG
Site 105Y1251GRGSPIPYGLGHHPP
Site 106T1260LGHHPPVTIGQPQNQ
Site 107S1282EQNRNGKSDTNNSGP
Site 108T1284NRNGKSDTNNSGPEI
Site 109S1287GKSDTNNSGPEINKI
Site 110T1296PEINKIRTPEKKPTE
Site 111T1302RTPEKKPTEPKQVDL
Site 112S1311PKQVDLESNPQNRSP
Site 113S1317ESNPQNRSPESRPSV
Site 114S1320PQNRSPESRPSVVYP
Site 115S1323RSPESRPSVVYPSTK
Site 116Y1326ESRPSVVYPSTKFPR
Site 117S1328RPSVVYPSTKFPRKD
Site 118T1329PSVVYPSTKFPRKDN
Site 119Y1353LPAPHAQYAIPNRHF
Site 120S1420QQPPPQLSPAYQAGP
Site 121Y1423PPQLSPAYQAGPNNA
Site 122S1442AVAHRPQSPPAEAVI
Site 123S1463PMLQEGHSPLRAIAQ
Site 124S1477QPGPILPSHLNSFID
Site 125S1481ILPSHLNSFIDENPS
Site 126S1488SFIDENPSGLPIGEA
Site 127T1507HGSVALETLRQQQAR
Site 128S1526SEHHAFLSQGSAPYP
Site 129Y1532LSQGSAPYPHHHHPH
Site 130S1564ADWKLTSSAEDEVET
Site 131T1572AEDEVETTYSRFQDL
Site 132Y1573EDEVETTYSRFQDLI
Site 133S1574DEVETTYSRFQDLIR
Site 134S1584QDLIRELSHRDQSET
Site 135S1589ELSHRDQSETRELAE
Site 136T1591SHRDQSETRELAEMP
Site 137S1602AEMPPPQSRLLQYRQ
Site 138Y1607PQSRLLQYRQVQSRS
Site 139S1614YRQVQSRSPPAVPSP
Site 140S1620RSPPAVPSPPSSTDH
Site 141S1623PAVPSPPSSTDHSSH
Site 142S1624AVPSPPSSTDHSSHF
Site 143T1625VPSPPSSTDHSSHFS
Site 144S1628PPSSTDHSSHFSNFN
Site 145S1629PSSTDHSSHFSNFND
Site 146S1632TDHSSHFSNFNDNSR
Site 147S1645SRDIEVASNPAFPQR
Site 148S1660LPPQIFNSPFSLPSE
Site 149S1663QIFNSPFSLPSEHLA
Site 150S1666NSPFSLPSEHLAPPP
Site 151Y1676LAPPPLKYLAPDGAW
Site 152T1684LAPDGAWTFANLQQN
Site 153S1733QEPFHPLSSRTVSSS
Site 154S1734EPFHPLSSRTVSSSS
Site 155T1736FHPLSSRTVSSSSLP
Site 156S1738PLSSRTVSSSSLPSL
Site 157S1739LSSRTVSSSSLPSLE
Site 158S1740SSRTVSSSSLPSLEE
Site 159S1741SRTVSSSSLPSLEEY
Site 160S1744VSSSSLPSLEEYEPR
Site 161Y1748SLPSLEEYEPRGPGR
Site 162Y1758RGPGRPLYQRRISSS
Site 163S1763PLYQRRISSSSVQPC
Site 164S1764LYQRRISSSSVQPCS
Site 165S1765YQRRISSSSVQPCSE
Site 166S1766QRRISSSSVQPCSEE
Site 167S1771SSSVQPCSEEVSTPQ
Site 168S1775QPCSEEVSTPQDSLA
Site 169T1776PCSEEVSTPQDSLAQ
Site 170S1780EVSTPQDSLAQCKEL
Site 171S1794LQDHSNQSSFNFSSP
Site 172S1795QDHSNQSSFNFSSPE
Site 173S1799NQSSFNFSSPESWVN
Site 174S1800QSSFNFSSPESWVNT
Site 175S1803FNFSSPESWVNTTSS
Site 176T1807SPESWVNTTSSTPYQ
Site 177S1809ESWVNTTSSTPYQNI
Site 178S1810SWVNTTSSTPYQNIP
Site 179T1811WVNTTSSTPYQNIPC
Site 180Y1813NTTSSTPYQNIPCNG
Site 181S1821QNIPCNGSSRTAQPR
Site 182T1836ELIAPPKTVKPPEDQ
Site 183S1846PPEDQLKSENLEVSS
Site 184S1852KSENLEVSSSFNYSV
Site 185S1854ENLEVSSSFNYSVLQ
Site 186Y1857EVSSSFNYSVLQHLG
Site 187S1858VSSSFNYSVLQHLGQ
Site 188S1878PNKQIAESANSSSPQ
Site 189S1881QIAESANSSSPQSSA
Site 190S1882IAESANSSSPQSSAG
Site 191S1883AESANSSSPQSSAGG
Site 192S1886ANSSSPQSSAGGKPA
Site 193S1887NSSSPQSSAGGKPAM
Site 194S1895AGGKPAMSYASALRA
Site 195Y1896GGKPAMSYASALRAP
Site 196S1916PPEQAKKSSDPLSLF
Site 197S1917PEQAKKSSDPLSLFQ
Site 198S1921KKSSDPLSLFQELSL
Site 199S1930FQELSLGSSSGSNGF
Site 200S1931QELSLGSSSGSNGFY
Site 201S1932ELSLGSSSGSNGFYS
Site 202S1934SLGSSSGSNGFYSYF
Site 203Y1938SSGSNGFYSYFK___
Site 204Y1940GSNGFYSYFK_____
 
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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