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In silico
evolution of lysis-lysogeny strategies reproduces observed lysogeny propensities in temperate bacteriophages
Vaibhhav Sinha, Akshit Goyal,
Sine Lo Svenningsen
, Szabolcs Semsey, Sandeep Krishna
Biomolecular Sciences
Functional Genomics
10
Citations (Scopus)
56
Downloads (Pure)
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In silico
evolution of lysis-lysogeny strategies reproduces observed lysogeny propensities in temperate bacteriophages'. Together they form a unique fingerprint.
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Keyphrases
Lysogeny
100%
Temperate Bacteriophage
100%
Lysis-lysogeny
100%
Phage
75%
Temperate Phage
50%
Single Infection
25%
Environmental Conditions
25%
Lysis
25%
Multiplicity of Infection
25%
Host Cell
25%
Multiple Infections
25%
Selection Pressure
25%
Bacterial Hosts
25%
Lytic Phage
12%
Lysogenic
12%
Optimal Strategy
12%
Bet-hedging
12%
Phage Infection
12%
Infection Rate
12%
Bacterial Evolution
12%
Planets and
12%
Burst Size
12%
Pairwise Competition
12%
Bacteriophage
12%
Bacterial Growth Rate
12%
Immunology and Microbiology
Lysogenization
100%
Bacteriophage
100%
Host Cell
15%
Multiplicity of Infection
15%
Bacterial Evolution
7%
Bacterial Growth
7%
Infection Rate
7%