(PDF) Table S1: Organism Name, NCBI Taxonomic Identifier

Table S1: Organism Name, NCBI Taxonomic Identifier and Accession Number of Genomes and Plasmid Sequences, Sequence Length, DNA Type (C - Chromosome, or P- Plasmid), and GC Content of the Sequences Used in the Baseline Assessment

doi 10.7717/peerj.3729/supp-1

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Table S1: Organism Name, NCBI Taxonomic Identifier and Accession Number of Genomes and Plasmid Sequences, Sequence Length, DNA Type (C - Chromosome, or P- Plasmid), and GC Content of the Sequences Used in the Baseline Assessment

doi 10.7717/peerj.3729/supp-1

Full Text

Abstract

Date

Authors

Publisher

Related search

Table S5: NCBI Accession Numbers of the Sequences Generated

Table S1: Studied Samples and ENA Accession Numbers for DNA Sequences

Table S1: List of DNA Sequences Used in the Study

Table S1: The Names, Accession No and Taxonomic Classification of 24 Different Organisms Whose Protein Sequences Are Used for Multiple Sequence Alignment and Phylogenetic Analysis

Supplemental Information 4: Table S1. Accession Numbers for Sequences Used in the Present Study.

Table S1: Primers (Name, Sequence and Source) Used in This Study

Table S1: Sequences of the Primers and Probes Used for Avian Influenza Viruses

Distinct Mouse DNA Sequences Enable Establishment and Persistence of Plasmid DNA Polymers in Mouse Cells

Table 1: P. Gingivalisprimer Sequences and Amplified Fragment Length.