Sentence examples for sequence viewer from inspiring English sources

MAT1-2 matype type regions immediately 5 kb upstream and downstream were retrieved from the sequenced genome using Artemis v12.0 sequence viewer.

(DOC 42 kb) ESM 3 A file of the CCR5-WT genome sequence formatted for input into the "Sequence Viewer" computer program.

(RTF 1.44 kb) ESM 4 A file of the CCR5-delta 32 genome sequence formatted for input into the "Sequence Viewer" computer program.

The locations and the DNA lengths of introns were identified using the sequence viewer on the NCBI web site (http://www.ncbi.nlm.nih.gov/).nih.gov/

Evidence of transcribed ncRNAs was identified by manual inspection of the infection data sets using the Sanger Artemis DNA sequence viewer in conjunction with bam and coverage files.

DNA sequences obtained from the forward and reverse primers were visualised using an EditView ABI automated DNA sequence viewer software (Perkin Elmer ABI) and assembled manually to generate a single contiguous sequence.

The deduced amino acid sequences of predicted TCS ORFs in C. crescentus, A. phagocytophilum, E. chaffeensis, and all Wolbachia strains were complied and cross-referenced to CLC Sequence Viewer-deduced sequences (version 6.9.1; http://CLCbio.com).

Deduced amino acid alignments were generated using the "create alignment" function of CLC-sequence viewer 6.9.1 based on the CLUSTALW alignment matrix/algorithm.

Sequence alignments were generated using CLC Sequence Viewer 6.4 software (CLC bioA/S; www.clcbio.com).

We performed multiple sequence alignment analysis using CLC Sequence Viewer 7 (CLC bio-Qiagen, Aarhus, Denmark).

When necessary, DNA sequence alignment was performed using the CLC Sequence Viewer v7.6.1 (CLC bio®, Aarhus N, Denmark) and visualized in BioEdit v7.1.3.0 (T. Hall).