The Action of Fast Heavy Ions on Biological Material: II. Effects on T1 and φX-174 Bacteriophage and Double-Strand and Single-Strand DNA

The Atomic Nucleus

1955 • 1,849 citations

A single-stranded deoxyribonucleic acid from bacteriophage φX174

1959 • 509 citations

Energy Loss and Effective Charge of Heavy Ions in Aluminum

1960 • 235 citations

Actions of radiations on living cells. 2nd edition

1956 • 199 citations

Physical and Chemical Mechanisms in the Injury of Cells by Ionizing Radiations

1959 • 177 citations

INACTIVATION OF BACTERIA BY DECAY OF INCORPORATED RADIOACTIVE PHOSPHORUS

1956 • 157 citations

The Direct Action of Ionizing Radiation on Enzymes and Antigens

1955 • 129 citations

Crosslinking and Degradation of Deoxyribonucleic Acid Gels with Varying Water Contents When Irradiated with Electrons

1961 • 72 citations

Heavy Ions and Some Aspects of Their use in Molecular and Cellular Radiobiology

1962 • 65 citations

Molecular and Cellular Effects of Fast Charged Particles

1961 • 58 citations

Energy Loss and Effective Charge of He, C, and Ar Ions below 10 MeV/amu in Gases

1962 • 51 citations

Energy loss of heavy ions in nickel, oxygen, and nuclear emulsion

1960 • 50 citations

Radiosensitive Molecular Weight of Single-Stranded Virus Nucleic Acids

1963 • 45 citations

The inactivation of bacteriophage by ionizing radiation

1951 • 38 citations

Degradation of Dry Deoxyribonucleic Acid by Polonium Alpha-Particles

1961 • 36 citations

The Action of Fast Carbon and Heavier Ions on Biological Materials: I. The Inactivation of Dried Enzymes

1960 • 35 citations

Inactivation of Dry T-1 Bacteriophage by Helium Ions, Carbon Ions, and Oxygen Ions: Comparison of Effect for Tracks of Various Ion Density

1960 • 32 citations

Energy Loss Measurements for Heavy Ions in Mylar and Polyethylene

1960 • 32 citations

The Nucleic Acids of the Bacterial Viruses

1960 • 25 citations

Biological effects of accelerated heavy ions.

1961 • 17 citations

BACTERIAL VIRUS: RADIATION AND FUNCTION

1955 • 17 citations

Efficiency of Inactivation of Dry T-1 Bacteriophage by Protons, Deuterons, and Helium Ions from a 60-Inch Cyclotron

1960 • 16 citations