Abstract
It is now assumed that nucleic acids are one of the major targets of the deleterious effects of cosmic radiation and particularly of charged heavy particles having a TEL higher than 50 keV/{mu}m. This may be inferred from numerous spatial experiments involving various biological materials. The author explains how the importance of DNA in the biological effects of heavy ions has been shown, from ground experiments by using acceleration of particles.
Citation Formats
Cadet, J.
Effects of heavy particles on cellular DNA - measurement of DNA base damage.
France: N. p.,
1993.
Web.
Cadet, J.
Effects of heavy particles on cellular DNA - measurement of DNA base damage.
France.
Cadet, J.
1993.
"Effects of heavy particles on cellular DNA - measurement of DNA base damage."
France.
@misc{etde_10109554,
title = {Effects of heavy particles on cellular DNA - measurement of DNA base damage}
author = {Cadet, J}
abstractNote = {It is now assumed that nucleic acids are one of the major targets of the deleterious effects of cosmic radiation and particularly of charged heavy particles having a TEL higher than 50 keV/{mu}m. This may be inferred from numerous spatial experiments involving various biological materials. The author explains how the importance of DNA in the biological effects of heavy ions has been shown, from ground experiments by using acceleration of particles.}
place = {France}
year = {1993}
month = {Dec}
}
title = {Effects of heavy particles on cellular DNA - measurement of DNA base damage}
author = {Cadet, J}
abstractNote = {It is now assumed that nucleic acids are one of the major targets of the deleterious effects of cosmic radiation and particularly of charged heavy particles having a TEL higher than 50 keV/{mu}m. This may be inferred from numerous spatial experiments involving various biological materials. The author explains how the importance of DNA in the biological effects of heavy ions has been shown, from ground experiments by using acceleration of particles.}
place = {France}
year = {1993}
month = {Dec}
}