AbstractOsmotic shock is a familiar means for rupturing viral capsids and exposing their genomes intact. The necessary conditions for providing this shock involve incubation in high-concentration salt solutions, and lower permeability of the capsids to salt ions than to water molecules. We discuss here how values of the capsid strength can be inferred from calculations of the osmotic pressure differences associated with measured values of the critical concentration of incubation solution
Measurements of survival and buoyant densities of bacteriophages T4B, T4Bo1, and T4D have demonstrat...
Viruses typically consist of three fundamental components, a genetic material, either DNA or RNA; a ...
Viruses are an important subject to biological research. In particular their astonishing ability to ...
AbstractOsmotic shock is a familiar means for rupturing viral capsids and exposing their genomes int...
ABSTRACT Osmotic shock is a familiar means for rupturing viral capsids and exposing their genomes in...
Osmotic shock is a familiar means for rupturing viral capsids and exposing their genomes intact. The...
Viruses are known to tolerate wide ranges of pH and salt conditions and to withstand internal pressu...
AbstractRecent work has shown that pressures inside dsDNA phage capsids can be as high as many tens ...
Recent work has shown that pressures inside dsDNA phage capsids can be as high as many tens of atmos...
We investigate the osmotic equilibrium between a bulk polyethylene glycol (PEG) solution and DNA tig...
All viruses that infect bacteria, plant, or animal cells involve a genome (RNA or DNA) that is encap...
Abstract. We investigate the osmotic equilibrium between a bulk polyethylene glycol (PEG) solution a...
AbstractThe effect of external osmotic pressure on the extent of DNA ejection from bacteriophage-λ w...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
dsDNA in bacteriophages is highly stressed and exerts internal pressures of many atmospheres (1 atm ...
Measurements of survival and buoyant densities of bacteriophages T4B, T4Bo1, and T4D have demonstrat...
Viruses typically consist of three fundamental components, a genetic material, either DNA or RNA; a ...
Viruses are an important subject to biological research. In particular their astonishing ability to ...
AbstractOsmotic shock is a familiar means for rupturing viral capsids and exposing their genomes int...
ABSTRACT Osmotic shock is a familiar means for rupturing viral capsids and exposing their genomes in...
Osmotic shock is a familiar means for rupturing viral capsids and exposing their genomes intact. The...
Viruses are known to tolerate wide ranges of pH and salt conditions and to withstand internal pressu...
AbstractRecent work has shown that pressures inside dsDNA phage capsids can be as high as many tens ...
Recent work has shown that pressures inside dsDNA phage capsids can be as high as many tens of atmos...
We investigate the osmotic equilibrium between a bulk polyethylene glycol (PEG) solution and DNA tig...
All viruses that infect bacteria, plant, or animal cells involve a genome (RNA or DNA) that is encap...
Abstract. We investigate the osmotic equilibrium between a bulk polyethylene glycol (PEG) solution a...
AbstractThe effect of external osmotic pressure on the extent of DNA ejection from bacteriophage-λ w...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
dsDNA in bacteriophages is highly stressed and exerts internal pressures of many atmospheres (1 atm ...
Measurements of survival and buoyant densities of bacteriophages T4B, T4Bo1, and T4D have demonstrat...
Viruses typically consist of three fundamental components, a genetic material, either DNA or RNA; a ...
Viruses are an important subject to biological research. In particular their astonishing ability to ...