The Actinobacteriophage Database | Documents (Dedrick et al. (2021b) mBio, M. abscessus Morphotype and Phage Susceptibility Paper Materials)

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BlockHeadPaul Ding Trice Montavir Zarafa

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McSinger SheFed Circuit Vitaenoii Razzleberry

Recently Finished Phages

Trice (K1) Montavir (A3) Zarafa (A3) SuperSonics (U) FremontTroll (B1)

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Dedrick et al. (2021b) mBio, M. abscessus Morphotype and Phage Susceptibility Paper Materials

Figure S1. Genome organization of phiGD20-1 (MabA1)

Figure S2. Genome organization of phiGD21-1 (MabB)

Figure S3. Genome organization of phiGD57-1 (MabC)

Figure S4. Genome organization of phiGD17-1 (MabD)

Figure S5. Genome organization of phiGD24-3 (MabJ)

Figure S6. Genome organization of phiGD22-1 (MabA1)

Figure S7. Genome organization of phiGD23-1 (MabA1)

Figure S8. Genome organization of phiGD34-2 (MabB)

Figure S9. Genome organization of phiGD89A-1 (MabB)

Table S1. Sequencing details of Mycobacterium abscessus clinical isolates

Table S2. Genomic differences in smooth and rough Mycobacterium abscessus clinical isolates

Table S3. M. abscessus survival following phage challenge

Table S4. Genomic differences in phage resistant mutants (RMs) of Mycobacterium abscessus clinic

Table S5. Prophages resident in M. abscessus genomes

Table S6. Plasmids of Mycobacterium abscessus clinical isolates

Table S7. Primers used to construct phage mutants

Legends for Supplementary Figures and Tables