Add to ORKGTechniques are described for the synchronization of the infection by bacteriophage φX174 in all of the infected bacteria. One-step growth curves of wild-type φX and of a mutant with a longer mean latent period have been determined. The rate of appearance of mature phage is constant, and phage release is accompanied by cellular dissolution
The growth of a Proteus phage was studied during the synchronous growth of the host. Burst sizes and...
Engineered phage with properties optimised for the treatment of bacterial infections hold great prom...
This chapter focuses on the reproduction of bacteriophage. The most numerous classes of coliphages, ...
Techniques are described for the synchronization of the infection by bacteriophage φX174 in all of t...
Techniques are described for the synchronization of the infection by bacteriophage φX174 in all of t...
The growth characteristics of ~3a bacteriophage on stationary phase Achromo-bacter strain 14 are des...
The therapeutic use of bacteriophages (phage therapy) represents a promising alternative to antibiot...
The mechanism of release of φX174 by infected E. coli is of interest since its understanding must r...
The mechanism of release of φX174 by infected E. coli is of interest since its understanding must r...
The mechanism of release of φX174 by infected E. coli is of interest since its understanding must r...
Achromobacter w.t. and strain 14 both support phage α3a growth in stationary phase, but unlike the w...
1. A new strain of B. coli and of phage active against it is described, and the relation between pha...
1. A new strain of B. coli and of phage active against it is described, and the relation between pha...
Three distinct stages are demonstrated in the process whereby φX174 invades its host: 1. (...
Three distinct stages are demonstrated in the process whereby φX174 invades its host: 1. (...
The growth of a Proteus phage was studied during the synchronous growth of the host. Burst sizes and...
Engineered phage with properties optimised for the treatment of bacterial infections hold great prom...
This chapter focuses on the reproduction of bacteriophage. The most numerous classes of coliphages, ...
Techniques are described for the synchronization of the infection by bacteriophage φX174 in all of t...
Techniques are described for the synchronization of the infection by bacteriophage φX174 in all of t...
The growth characteristics of ~3a bacteriophage on stationary phase Achromo-bacter strain 14 are des...
The therapeutic use of bacteriophages (phage therapy) represents a promising alternative to antibiot...
The mechanism of release of φX174 by infected E. coli is of interest since its understanding must r...
The mechanism of release of φX174 by infected E. coli is of interest since its understanding must r...
The mechanism of release of φX174 by infected E. coli is of interest since its understanding must r...
Achromobacter w.t. and strain 14 both support phage α3a growth in stationary phase, but unlike the w...
1. A new strain of B. coli and of phage active against it is described, and the relation between pha...
1. A new strain of B. coli and of phage active against it is described, and the relation between pha...
Three distinct stages are demonstrated in the process whereby φX174 invades its host: 1. (...
Three distinct stages are demonstrated in the process whereby φX174 invades its host: 1. (...
The growth of a Proteus phage was studied during the synchronous growth of the host. Burst sizes and...
Engineered phage with properties optimised for the treatment of bacterial infections hold great prom...
This chapter focuses on the reproduction of bacteriophage. The most numerous classes of coliphages, ...