International audienceWe present in this work in vitro measurements of the force ejecting DNA from two distinct bacteriophages (T5 and lambda) using the smotic-suppression technique. Our data are analyzed by revisiting the current theories of DNA packaging in spherical capsids. In particular we show that a simplified analytical model based on bending considerations only is able to account quantitatively for the experimental findings. Physical and biological consequences are discussed
AbstractThe conjunction of insights from structural biology, solution biochemistry, genetics, and si...
AbstractThe effect of external osmotic pressure on the extent of DNA ejection from bacteriophage-λ w...
AbstractRecent work has shown that pressures inside dsDNA phage capsids can be as high as many tens ...
International audienceWe present in this work in vitro measurements of the force ejecting DNA from t...
International audienceWe present in this work in vitro measurements of the force ejecting DNA from t...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
AbstractThe effect of external osmotic pressure on the extent of DNA ejection from bacteriophage-λ w...
AbstractThe conjunction of insights from structural biology, solution biochemistry, genetics, and si...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
AbstractThe conjunction of insights from structural biology, solution biochemistry, genetics, and si...
AbstractThe effect of external osmotic pressure on the extent of DNA ejection from bacteriophage-λ w...
AbstractRecent work has shown that pressures inside dsDNA phage capsids can be as high as many tens ...
International audienceWe present in this work in vitro measurements of the force ejecting DNA from t...
International audienceWe present in this work in vitro measurements of the force ejecting DNA from t...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
We present in this work in vitro measurements of the force ejecting DNA from two distinct bacterioph...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
AbstractThe effect of external osmotic pressure on the extent of DNA ejection from bacteriophage-λ w...
AbstractThe conjunction of insights from structural biology, solution biochemistry, genetics, and si...
Recent in vitro experiments have shown that DNA ejection from bacteriophage can be partially stopped...
AbstractThe conjunction of insights from structural biology, solution biochemistry, genetics, and si...
AbstractThe effect of external osmotic pressure on the extent of DNA ejection from bacteriophage-λ w...
AbstractRecent work has shown that pressures inside dsDNA phage capsids can be as high as many tens ...