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1 poly(A) (pA) signal and, often, a downstream terminator sequence.
2 ontext of both natural and artificial Pol II terminator sequences.
3 ired for the removal of the 3' Rho-dependent terminator sequences.
4 monly used Hsp70A-RBCS2 (AR) hybrid promoter/terminator sequences.
5 en the RNA polymerase I (pol I) promoter and terminator sequences.
6 e a reduced frequency of termination at T(5) terminator sequences.
7 n by simply attaching mammalian promoter and terminator sequences.
8 ic Tet repressor and elongation halted by T7 terminator sequences.
9 flanked by Aspergillus nidulans promoter and terminator sequences.
10 iboswitch by extending alignments to include terminator sequences.
11 f the sagA promoter and (ii) downstream of a terminator sequence after sagI did not affect SLS produc
12                               Sanger dideoxy terminator sequencing allows for rapid development and i
13 tion mechanisms and the relationship between terminator sequence and steps in the termination mechani
14 e gRNA coding sequence and an RNA polymerase terminator sequence, and the Cas9 protein are expressed
15   Termination begins in the wild-type trp t' terminator sequence approximately 97 bps downstream of t
16 transcription antiterminator and attenuation terminator sequences are absent from their pyr 5' leader
17 ization sites (rut sites) present in the RNA terminator sequences are characterized by the presence o
18                     A T7 promoter region and terminator sequences are introduced into the rotaxane ax
19 confirm that complementary direct repeat and terminator sequences are involved in the formation of th
20                                    In yeast, terminator sequences are present in rDNA non-transcribed
21 osition near the 5'-end, and a rho-dependent terminator sequence at the 3'-end to which complementary
22 ll 135 reported terminators and 940 putative terminator sequences beginning no more than 60 nt away f
23                            A rho-independent terminator sequence between sagA and sagB appears to reg
24 e terminator, tR1, containing inserts of non-terminator sequences between its rut and tsp regions wer
25                            A DNA replication terminator sequence blocks an approaching replication fo
26 mer extension DNA fragments generated in dye-terminator sequencing cause background noise in fluoresc
27             B1-Alu genes that differ only in terminator sequence context direct differential RNA 3' e
28      We used these data to determine how the terminator sequence contributes to its strength.
29 tions (e.g. promoter, ribosome-binding site, terminator sequence), "devices" as any combination of pa
30 o consensus sequence dideoxynucleotide chain terminator sequencing for detection of 91 drug resistanc
31 rbonate (PC) for purification of dye-labeled terminator sequencing fragments using solid-phase revers
32                          SPRI cleanup of dye-terminator sequencing fragments using the photoactivated
33 s and allowed robust dideoxynucleotide chain terminator sequencing from as little as 10 genome equiva
34 structures show how RNA polymerase pauses at terminator sequences, how the terminator RNA hairpin fol
35                            By virtue of weak terminator sequences in some T-DNA constructs, transcrip
36  resulted in the incorporation of the t(Mx8) terminator sequence, in addition to a short sequence of
37 eliminated by the insertion of transcription terminator sequences into the cassette, flanking the pro
38 ion extension past a potential transcription terminator sequence IRS1.
39 ganese salt to the PE Applied Biosystems dye-terminator sequencing kits overcomes these limitations f
40  oligos have been synthesized for use in dye terminator sequencing reactions, polymerase chain reacti
41  from a classical pol III gene (tRNAiMet) in terminator sequence requirements.
42 ene under the control of the U1 promoter and terminator sequences resulted in the highest levels of c
43 pothesize that the integration of the t(Mx8) terminator sequence results in reduced levels of mature
44  bacteria-in which RNA polymerase recognizes terminator sequences, stops nucleotide addition and rele
45 t of the HasS variations were located in the terminator sequences, suggesting that this region is und
46 , and both provide more even peak heights in terminator sequencing than the dye-terminators consistin
47 th the putative promoter and rho-independant terminator sequences that flank these two genes.
48 mismatch repair detection (MRD) with dideoxy terminator sequencing to detect SNPs in pooled DNA sampl
49                                 Modified dye terminator sequencing was generally useful for the seque
50 tion followed by Illumina NextSeq reversible terminator sequencing with DNA selection by amplificatio
51 istently gave read lengths comparable to dye-terminator sequencing with longer primers.