Intense electric fields activate the mutagenic mechanism of a single guanine-cytosine base pair. Would they be able to induce a permanent mutation in real DNA? This question is addressed here by modeling a DNA-embedded fragment with state-of-the-art theoretical tools. We show how DNA can, in principle, be mutated if an appropriate electric field is applied
Electroporation for DNA transfection generally uses short intense electric pulses (direct current of...
Neumann and coworkers (Neumann, E., M. Schaefer-Ridder, Y. Wang, and P. H. Hofschneider. 1982. EMBO ...
Electric parameters, osmolality, temperature, and pH of the suspending medium and the growth phase o...
Intense electric fields activate the mutagenic mechanism of a single guanine-cytosine base pair. Wou...
DNA is constantly exposed to exogenous agents that randomly damage the genetic code. However, extern...
To protect their core machinery from the attack of exogenous agents, cells locate DNA in their nucle...
It is known that intense external electric fields affect the proton transfer (PT) reactions in simpl...
It is known that intense external electric fields affect the proton transfer (PT) reactions in simpl...
Includes bibliographical references (pages 51-56).Fabrication process for semiconductor electronics ...
The architecture of DNA is not exclusively assembled with a sequence of Watson-Crick guanine-cytosin...
The effect of applied external electric field on DNA occurs mostly at high field intensity. The resu...
Electroporation for DNA transfection generally uses short intense electric pulses (direct current of...
Nowadays, a lot of people is wondering if electromagnetic fields can have a negative effect on the ...
CONSPECTUS: Although engineered by millions of years of evolution, the cellular machinery is not fla...
CONSPECTUS: Although engineered by millions of years of evolution, the cellular machinery is not fla...
Electroporation for DNA transfection generally uses short intense electric pulses (direct current of...
Neumann and coworkers (Neumann, E., M. Schaefer-Ridder, Y. Wang, and P. H. Hofschneider. 1982. EMBO ...
Electric parameters, osmolality, temperature, and pH of the suspending medium and the growth phase o...
Intense electric fields activate the mutagenic mechanism of a single guanine-cytosine base pair. Wou...
DNA is constantly exposed to exogenous agents that randomly damage the genetic code. However, extern...
To protect their core machinery from the attack of exogenous agents, cells locate DNA in their nucle...
It is known that intense external electric fields affect the proton transfer (PT) reactions in simpl...
It is known that intense external electric fields affect the proton transfer (PT) reactions in simpl...
Includes bibliographical references (pages 51-56).Fabrication process for semiconductor electronics ...
The architecture of DNA is not exclusively assembled with a sequence of Watson-Crick guanine-cytosin...
The effect of applied external electric field on DNA occurs mostly at high field intensity. The resu...
Electroporation for DNA transfection generally uses short intense electric pulses (direct current of...
Nowadays, a lot of people is wondering if electromagnetic fields can have a negative effect on the ...
CONSPECTUS: Although engineered by millions of years of evolution, the cellular machinery is not fla...
CONSPECTUS: Although engineered by millions of years of evolution, the cellular machinery is not fla...
Electroporation for DNA transfection generally uses short intense electric pulses (direct current of...
Neumann and coworkers (Neumann, E., M. Schaefer-Ridder, Y. Wang, and P. H. Hofschneider. 1982. EMBO ...
Electric parameters, osmolality, temperature, and pH of the suspending medium and the growth phase o...