Sequence of A0A3G2YYM8_9LILI
EC Number:2.7.7.6
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
nucleoside triphosphate + RNAn = diphosphate + RNAn+1
Other sequences found for EC No. 2.7.7.6
General information:
Sequence
0 MLRNVGNEGM STIPGFSQIQ FEGFCRFINE GLTEEFHKFP KIEDTDQEIE LKLFVERYQL
60 VEPLINERDA VYESLTYSSE LYVPAGLIWK TGRDMQEQTV FIGNIPLMNS LGTSIVNGIY
120 RIVINQILQS PGIYYRSELD HKGISVYTST IISDWGGRSE LEIDRKARIW ARVSRKQKIS
180 ILVLSSAMGS NLREILDNVC YPEIFLSFPN DKEKTKIGSK ENAILEFYQQ FACVGGDPVF
240 SESLCKELQK KFFQQRCELG RIGRRNMNRR LNLDIPQNNT FLLPQDVLAA ADHLIGMKFG
300 MGTLDDMNHL KNKRIRSIAD LLQDQFGLAL VRLENAVRGT ISGTIRHKLI PTPQNLVTST
360 SLTTTYESFF GLHPLSQVLD RTNPLTQIIH GRKLSYLGPG GLTGRTASFR IRDIHPSHYG
420 RICPIDTSEG INVGLIGSLA IHVKIGHWGS IESPFYEISE RSKEAQIVYL SPNRDEYYMV
480 AAGNSLALNR CIQEEQVVPA RYRQEFLTIA WEQIHLRSIF PFQYFSIGAS LIPFIEHNDA
540 NRALMSSNMQ RQAVPLSQSE RCIVGTGLER QTALDSGVSA IAEHEGKIIY TDPHKIILSS
600 NGDTTTTISI PLVIYQRSNK NTCMHQKPQV PRGKCIKKGQ ILADGAATVG GELSLGKNVL
660 VAYMPWEGYN SEDAVLISER LVYEDIYPSF HIRKYEIQTH VTSQGPERIT KEIPHLEAHL
720 LRNLDRNGVV MLGSWVETGD ILVGKLTPQT ANESSYAPED RLLRAILGIQ VYTAKETSLK
780 LPIGGRGRVI DVRWIRKKGG SGYNSETIRV YISQKREIKV GDKVAGRHGN KGIISKILPR
840 QDMPYLQDGT PVDMVFNPLG VPSRMNMGQI FECSLGLAGD LLKRHYRIAP FDERYEQEAS
900 RKLVFSELYE ASKQTKNPWV FEPEYPGKSR IFDGRTANPF EQPVLMGKSY ILKLIHQVDD
960 KIHGRSSGHY ALVTQQPLRG RAKQGGQRVG EMEVWALEGF GVAHILQEML TYKSDHIRAR
1020 QEVLGATIIG EKVSNPEDAP ESFRLLVREL RSLALELNHF LVSEKNFQIN RKEA
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
112043093
Givnish T.J.,Zuluaga A.,Spalink D.,Soto Gomez M.,Lam V.K.Y.,Saarela J.M.,Sass C.,Iles W.J.D.,de Sousa D.J.L.,Leebens-Mack J.,Chris Pires J.,Zomlefer W.B.,Gandolfo M.A.,Davis J.I.,Stevenson D.W.,dePamphilis C.,Specht C.D.,Graham S.W.,Barrett C.F.,Ane C.
Monocot plastid phylogenomics, timeline, net rates of species diversification, the power of multi-gene analyses, and a functional model for the origin of monocots.
Am. J. Bot.
105
1888-1910
2018
