Sequence of A0A251RJR6_PRUPE
EC Number:3.6.4.13
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
a nucleoside triphosphate + H2O = a nucleoside diphosphate + phosphate
Other sequences found for EC No. 3.6.4.13
General information:
Sequence
0 MAPKKKQTSK QNSKPKTTSS GPRLQISAEN ENRVRRLLLN SGRSSTPAAP VDESLSKAQK
60 TKKLKAVYEK LSCEGFTNDQ IELALSALKE GATFEAAVDW LCLNLTSNEL PLKFSSGTSL
120 HGNEGGSVGI ILTSRDDWTP SVDTSTKIDE DAPGISIRTK GQRDDKTLDS FQPSQADWIK
180 QYVEQQEEDE STTWEDDAAD ERAEKVHKPR SYDVIAKEYR AARWEAANAK QKGDKKSQER
240 AGCIIRNLKQ ELSALGLSDD ILASEFGKDT AFEDTYTNPY KHSEEVHADE ITVDRIDEEH
300 CSSIHFPVNS TLSSELAQGK IIAEEESIDV EIGNFFLEDG PSGEVLPPEV LELQKRERMR
360 EISSEKNLEK LDGIWKKGDS RKIPKAVLHQ LCQRSGWEAP KFNKVRGKEN NFSYTVSVLR
420 KASGRGKSRK AGGLVTLQLP DQNGTFDSAE DAQNRVAAFA LCQLFPDLPV HLLIIEPYAS
480 LVIQWKEGES STTVEDSQED RRATFVDSLL SADGSASTSA ANFMYDILPE EVQELHVEEP
540 ISSGVVRTDP VAQRVHHFKE VESSYLRQEL ENKLKNPKFK DMLKTRAALP IAGLKGDILR
600 LLHENNVLVV CGETGSGKTT QVPQFILDDM IKSGHGGHCN IICTQPRRIA AISVAERVSD
660 ERCEPSPGSR GSLVGYQVRL DSASNDKTKL LFCTTGILLR KLMGDKNLTG ITHVIVDEVH
720 ERSLLGDFLL IVLKNLIEKQ SALSTPKLKV ILMSATVDSD LFSRYFGNCP VITAEGRTHP
780 VTTYYLEDIY ESIDYRIASD SPASLGYGPL TKEKAGAVNN RRGKKNLVLS AWGDDSLLSE
840 ENINPYYVPD RYQSYKEQTR QNLKRLNEDV IDYDLLEDLV CHVDETCDEG AILVFLPGIS
900 EIYTLVDKLA ASYRFGGQAS DWILPLHSSV SSTDQKKVFL RAPENIRKVI VATNIAETSI
960 TIDDVVYVID CGKHKENRYN PQKKLSSMVE DWISKANARQ RRGRAGRVKP GICFCLYTRY
1020 RFEKLMRPFQ VPEMLRMPLV ELCLQIKLLS LGYIKPLLSK ALEPPREEAM TTAIKLLYEV
1080 GALEADEELT PLGHHLAKLP VDVLIGKMML YGGIFGCLSP ILSISAFLSY KSPFVYPKDE
1140 RQNVERAKLA LLTGKLDGPS ESHDSDRQSD HLIMMTAYQK WEKILREKGV KAAQHFCNSY
1200 FLSSSVMYMI RDMRIQFGTL LADIGLIALP KQYQVDGRKK ENLDTWFSDE SQPFNMYSTH
1260 SSIVKAILCA GLYPNIAATG KGIAEATLTN LKQFASLATK ERPIWYDGRR EVNIHPSSIN
1320 STLKEFQYPF IVFLEKVETN KVFLRDTTVI SPNSILLFGG SINIQHQTGL VIVDGWLKLT
1380 APAQTAVLFK ELRLTLHSVL KELIRKPENS TVAYNEVLRS IIHLLLEEDK PPQ
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
1295120
Verde I.,Abbott A.G.,Scalabrin S.,Jung S.,Shu S.,Marroni F.,Zhebentyayeva T.,Dettori M.T.,Grimwood J.,Cattonaro F.,Zuccolo A.,Rossini L.,Jenkins J.,Vendramin E.,Meisel L.A.,Decroocq V.,Sosinski B.,Prochnik S.,Mitros T.,Policriti A.,Cipriani G.,Dondini L.,Ficklin S.,Goodstein D.M.,Xuan P.,Del Fabbro C.,Aramini V.,Copetti D.,Gonzalez S.,Horner D.S.,Falchi R.,Lucas S.,Mica E.,Maldonado J.,Lazzari B.,Bielenberg D.,Pirona R.,Miculan M.,Barakat A.,Testolin R.,Stella A.,Tartarini S.,Tonutti P.,Arus P.,Orellana A.,Wells C.,Main D.,Vizzotto G.,Silva H.,Salamini F.,Schmutz J.,Morgante M.,Rokhsar D.S.
The high-quality draft genome of peach (Prunus persica) identifies unique patterns of genetic diversity, domestication and genome evolution.
Nat. Genet.
45
487-494
2013
