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1  did not affect the function of TFIIS or the mRNA capping enzyme.
2 and Cet1p, the two subunits of the yeast pre-mRNA capping enzyme.
3 ligase fused to the C-terminal domain 2 of a mRNA capping enzyme.
4 iphosphatase domain of the metazoan cellular mRNA capping enzyme.
5 ture-sensitive mutations of Ceg1p, the yeast mRNA capping enzyme.
6 triphosphatase domains of metazoan and plant mRNA capping enzymes.
7 cture in Rnl2-like ligases, DNA ligases, and mRNA capping enzymes.
8 completely different from those of mammalian mRNA capping enzymes.
9  vaccinia virus and Saccharomyces cerevisiae mRNA capping enzymes.
10  ATP-dependent DNA ligases and GTP-dependent mRNA capping enzymes.
11 5' end of nascent mRNA is carried out by the mRNA-capping enzyme, a two-domain protein that is a memb
12 e and with previously reported structures of mRNA capping enzymes, adenylate cyclases, and polyphosph
13          Spt5 also coimmunopurified with the mRNA capping enzyme and cap methyltransferase, and spt4
14 f conformational rearrangements spanning all mRNA-capping enzymes and all ATP-dependent DNA ligases.
15                                Virus-encoded mRNA capping enzymes are attractive targets for antivira
16                                   Eukaryotic mRNA capping enzymes are bifunctional, carrying both RNA
17                                              mRNA-capping enzyme binds only to phosphorylated CTD, wh
18 gating RNA polymerase II, and recruitment of mRNA capping enzyme, cap-binding complex, and 3' end for
19                       The 317 residue PBCV-1 mRNA capping enzyme catalyzes the second enzymatic react
20                          In vitro, the yeast mRNA capping enzymes Ceg1 and Abd1 bind specifically to
21          All known eukaryotic and some viral mRNA capping enzymes (CEs) transfer a GMP moiety of GTP
22        We have recently demonstrated that an mRNA capping enzyme, Cet1, impairs promoter-proximal acc
23  in vivo and in vitro to form a bifunctional mRNA capping enzyme complex.
24  in vivo and in vitro to form a bifunctional mRNA capping enzyme complex.
25                 The Saccharomyces cerevisiae mRNA capping enzyme consists of two subunits: an RNA 5'-
26                 The Saccharomyces cerevisiae mRNA capping enzyme consists of two subunits: the RNA 5'
27 closest homologs, which include the metazoan mRNA capping enzymes, constitute a subgroup of the PTP f
28             The mRNA guanylyltransferase, or mRNA capping enzyme, cotranscriptionally caps the 5'-end
29 NTase domain independently of the eukaryotic mRNA capping enzyme during evolution and PRNTase becomes
30 cruitment and exchange of factors, including mRNA capping enzymes, elongation factors, splicing facto
31 nts a functionally independent domain of the mRNA capping enzyme, fully competent in substrate bindin
32                           The unconventional mRNA capping enzyme (GDP polyribonucleotidyltransferase,
33 viruses that is distinct from the eukaryotic mRNA capping enzyme, guanylyltransferase.
34 nding mode different from that of eukaryotic mRNA capping enzyme, guanylyltransferase.
35 7 methyltransferase domain of vaccinia virus mRNA capping enzyme is a heterodimer composed of a catal
36                               Vaccinia virus mRNA capping enzyme is a multifunctional protein with RN
37  to 545) of the D1 subunit of vaccinia virus mRNA capping enzyme is an autonomous bifunctional domain
38                                          The mRNA capping enzyme is characterized, in part, by a cons
39 thyltransferase domain of the vaccinia virus mRNA capping enzyme is composed of the C-terminal portio
40 phatase domain of the Caenorhabditis elegans mRNA capping enzyme is related to the PTP enzyme family
41                                          The mRNA-capping enzyme is composed of a catalytic nucleotid
42 the CTD the ability to recruit the mammalian mRNA capping enzyme (Mce1) and stimulate its guanylyltra
43  a biochemical and genetic analysis of mouse mRNA capping enzyme (Mce1), a bifunctional 597-amino aci
44 yltransferase (PRNTase) is an unconventional mRNA capping enzyme of NNS RNA viruses that is distinct
45 omain of the large subunit of vaccinia virus mRNA capping enzyme possessing ATPase, RNA 5'-triphospha
46 tural differences between poxvirus and human mRNA capping enzymes recommend cap formation as a target
47 iption initiation factor subunits A8 and D6; mRNA capping enzyme subunits D1 and D12; RNA cap 2'-O-me
48 103R protein of Chlorella virus PBCV-1 is an mRNA capping enzyme that catalyzes the transfer of GMP f
49            An interaction network connecting mRNA capping enzymes, the RNA polymerase II (Pol II) car
50 While our results are specific to the PBCV-1 mRNA capping enzyme, they provide a useful context withi
51 owth is circumvented by covalently tethering mRNA capping enzymes to the CTD, thus proving that cappi
52                         Using purified human mRNA-capping enzymes, we show biochemically that efficie
53 transferase activities of the vaccinia virus mRNA capping enzyme were previously localized to an NH2-
54 mpared to complexes of T7 ligase with ATP or mRNA capping enzyme with GTP.
55 d baculovirus LEF4 protein is a bifunctional mRNA capping enzyme with triphosphatase and guanylyltran
56 d baculovirus Lef4 protein is a bifunctional mRNA capping enzyme with triphosphatase and guanylyltran

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