PhosphoNET

           
Protein Info 
   
Short Name:  SEC63D1
Full Name:  Probable ATP-dependent DNA helicase HFM1
Alias:  FLJ36760; FLJ39011; HFM1, ATP-dependent DNA helicase; MER3; RP11-539G11.1; SEC63 domain containing 1; SEC63 domain-containing protein 1
Type:  Helicase; DNA binding protein; EC 3.6.1.-
Mass (Da):  162610
Number AA:  1435
UniProt ID:  A2PYH4
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0008026  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 1S10KSNDCLFSLENLFFE
Site 2S31NHPDNEKSLDWFLPP
Site 3S43LPPAPLISEIPDTQE
Site 4T48LISEIPDTQELEEEL
Site 5T71EKRPKMLTSNLKITN
Site 6T81LKITNEDTNYISLTQ
Site 7Y83ITNEDTNYISLTQKF
Site 8T87DTNYISLTQKFQFAF
Site 9S96KFQFAFPSDKYEQDD
Site 10Y99FAFPSDKYEQDDLNL
Site 11S115GVGNNDLSHIAGKLT
Site 12T122SHIAGKLTYASQKYK
Site 13S125AGKLTYASQKYKNHI
Site 14Y128LTYASQKYKNHIGTE
Site 15S141TEIAPEKSVPDDTKL
Site 16T146EKSVPDDTKLVNFAE
Site 17S160EDKGESTSVFRKRLF
Site 18S170RKRLFKISDNIHGSA
Site 19S179NIHGSAYSNDNELDS
Site 20S186SNDNELDSHIGSVKI
Site 21S190ELDSHIGSVKIVQTE
Site 22S203TEMNKGKSRNYSNSK
Site 23Y206NKGKSRNYSNSKQKF
Site 24S207KGKSRNYSNSKQKFQ
Site 25S209KSRNYSNSKQKFQYS
Site 26S216SKQKFQYSANVFTAN
Site 27S227FTANNAFSASEIGEG
Site 28S229ANNAFSASEIGEGMF
Site 29S240EGMFKAPSFSVAFQP
Site 30S242MFKAPSFSVAFQPHD
Site 31T254PHDIQEVTENGLGSL
Site 32S273EIPAKFRSIFKEFPY
Site 33Y280SIFKEFPYFNYIQSK
Site 34Y283KEFPYFNYIQSKAFD
Site 35Y294KAFDDLLYTDRNFVI
Site 36S307VICAPTGSGKTVVFE
Site 37S344APIKALCSQRFDDWK
Site 38T368CKELTGDTVMDDLFE
Site 39T385HAHIIMTTPEKWDSM
Site 40T393PEKWDSMTRKWRDNS
Site 41S400TRKWRDNSLVQLVRL
Site 42T424KDENRGPTLEVVVSR
Site 43S437SRMKTVQSVSQTLKN
Site 44S439MKTVQSVSQTLKNTS
Site 45T441TVQSVSQTLKNTSTA
Site 46S471EDIAEWLSDGERPAV
Site 47S485VCLKMDESHRPVKLQ
Site 48S501VVLGFPCSSNQTEFK
Site 49T505FPCSSNQTEFKFDLT
Site 50T512TEFKFDLTLNYKIAS
Site 51S525ASVIQMYSDQKPTLV
Site 52S545KGVQQAASVLVKDAK
Site 53T556KDAKFIMTVEQKQRL
Site 54Y566QKQRLQKYAYSVRDS
Site 55Y568QRLQKYAYSVRDSKL
Site 56S569RLQKYAYSVRDSKLR
Site 57S573YAYSVRDSKLRDILK
Site 58S593HHAGMELSDRKVVEG
Site 59Y635VIKSTMHYAGGLFEE
Site 60Y643AGGLFEEYSETDILQ
Site 61S644GGLFEEYSETDILQM
Site 62T646LFEEYSETDILQMIG
Site 63S673AVIMTRLSTRDKYIQ
Site 64T674VIMTRLSTRDKYIQM
Site 65Y678RLSTRDKYIQMLACR
Site 66T687QMLACRDTVESSLHR
Site 67S690ACRDTVESSLHRHLI
Site 68S691CRDTVESSLHRHLIE
Site 69Y725WIRSTLLYIRALKNP
Site 70Y735ALKNPSHYGFASGLN
Site 71S762LKNLNDLSSLDLIKM
Site 72S763KNLNDLSSLDLIKMD
Site 73T778EGVNFKPTEAGRLMA
Site 74Y788GRLMAWYYITFETVK
Site 75Y798FETVKKFYTISGKET
Site 76T799ETVKKFYTISGKETL
Site 77S801VKKFYTISGKETLSD
Site 78T831LRINEKKTLNTLNKD
Site 79T843NKDPNRITIRFPMEG
Site 80T854PMEGRIKTREMKVNC
Site 81T881DFALTQDTAKIFRHG
Site 82S889AKIFRHGSRITRWLS
Site 83T892FRHGSRITRWLSDFV
Site 84S896SRITRWLSDFVAAQE
Site 85S927RCKLWENSLHVSKQL
Site 86S931WENSLHVSKQLEKIG
Site 87S952IVNAGLTSFKKIEET
Site 88T959SFKKIEETDARELEL
Site 89T981FGTQIKETVMYLPKY
Site 90Y984QIKETVMYLPKYELK
Site 91Y988TVMYLPKYELKVEQI
Site 92S999VEQITRYSDTTAEIL
Site 93T1019RNFEQLQTKRTASDS
Site 94T1022EQLQTKRTASDSHYV
Site 95S1024LQTKRTASDSHYVTL
Site 96S1026TKRTASDSHYVTLII
Site 97Y1028RTASDSHYVTLIIGD
Site 98Y1042DADNQVVYLHKITDS
Site 99S1069AVKRALKSEDLSINL
Site 100S1073ALKSEDLSINLISSE
Site 101T1091LDIQQKLTVFYLEPK
Site 102Y1094QQKLTVFYLEPKRFG
Site 103T1105KRFGNQITMQRKSET
Site 104S1110QITMQRKSETQISHS
Site 105T1112TMQRKSETQISHSKH
Site 106S1115RKSETQISHSKHSDI
Site 107S1117SETQISHSKHSDIST
Site 108S1120QISHSKHSDISTIAG
Site 109S1123HSKHSDISTIAGPNK
Site 110T1124SKHSDISTIAGPNKG
Site 111T1132IAGPNKGTTASKKPG
Site 112T1133AGPNKGTTASKKPGN
Site 113S1135PNKGTTASKKPGNRE
Site 114S1166KIGVAQKSEIKESTI
Site 115S1171QKSEIKESTISSYLS
Site 116T1172KSEIKESTISSYLSD
Site 117S1174EIKESTISSYLSDLR
Site 118S1175IKESTISSYLSDLRN
Site 119S1178STISSYLSDLRNRNA
Site 120S1188RNRNAVSSVPPVKRL
Site 121S1202LKIQMNKSQSVDLKE
Site 122T1213DLKEFGFTPKPSLPS
Site 123S1217FGFTPKPSLPSISRS
Site 124S1220TPKPSLPSISRSEYL
Site 125S1222KPSLPSISRSEYLNI
Site 126S1224SLPSISRSEYLNISE
Site 127Y1226PSISRSEYLNISELP
Site 128S1230RSEYLNISELPIMEQ
Site 129Y1254VRQEPSEYQDKEVLN
Site 130S1283DENLEVTSFSTDTEK
Site 131T1299KISGFGNTLSSSTRG
Site 132S1301SGFGNTLSSSTRGSK
Site 133S1302GFGNTLSSSTRGSKL
Site 134S1303FGNTLSSSTRGSKLP
Site 135S1307LSSSTRGSKLPLQES
Site 136S1314SKLPLQESKSKFQRE
Site 137S1316LPLQESKSKFQREMS
Site 138S1323SKFQREMSNSFVSSH
Site 139S1325FQREMSNSFVSSHEM
Site 140S1329MSNSFVSSHEMSDIS
Site 141S1333FVSSHEMSDISLSNS
Site 142S1336SHEMSDISLSNSAMP
Site 143S1338EMSDISLSNSAMPKF
Site 144S1340SDISLSNSAMPKFSA
Site 145S1346NSAMPKFSASSMTKL
Site 146S1348AMPKFSASSMTKLPQ
Site 147S1374ERKPQNLSPEIEKQC
Site 148T1383EIEKQCFTFSEKNPN
Site 149S1385EKQCFTFSEKNPNSS
Site 150S1391FSEKNPNSSNYKKVD
Site 151S1392SEKNPNSSNYKKVDF
Site 152S1404VDFFIRNSECKKEVD
Site 153Y1415KEVDFSMYHPDDEAD
Site 154S1426DEADEMKSLLGIFDG
 
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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