Abstract
The differences of radiosensitivities among bacteria in addition to the dependence upon the species or strains also depends on the environmental condition during irradiation (temperature, medium, the presence of protective or sensitizing agents, the gas phase or atmosphere, and water activity, or degree of hydration) and on the effects of the environmental condition before and after irradiation treatment (temperature of incubation, age of culture and growth medium). In general, spores are more resistant to radiation than vegetatic bacteria, with the exception that a few cocci are the most radiation resistant bacteria (Micrococcus and Streptococcus). The application of ionizing radiation in the fields of microbiology supports the radiation sterilization of medical and pharmaceutical products. In addition, microbiological aspects of food preservation, especially radurization, radicidation, and immunization studies by using irradiated microorganisms, are also important.
Suhadi, F
[1]
- National Atomic Energy Agency, Jakarta (Indonesia). Pasar Djumat Research Centre
Citation Formats
Suhadi, F.
Effects of ionizing radiation on bacteria.
Indonesia: N. p.,
1976.
Web.
Suhadi, F.
Effects of ionizing radiation on bacteria.
Indonesia.
Suhadi, F.
1976.
"Effects of ionizing radiation on bacteria."
Indonesia.
@misc{etde_6699554,
title = {Effects of ionizing radiation on bacteria}
author = {Suhadi, F}
abstractNote = {The differences of radiosensitivities among bacteria in addition to the dependence upon the species or strains also depends on the environmental condition during irradiation (temperature, medium, the presence of protective or sensitizing agents, the gas phase or atmosphere, and water activity, or degree of hydration) and on the effects of the environmental condition before and after irradiation treatment (temperature of incubation, age of culture and growth medium). In general, spores are more resistant to radiation than vegetatic bacteria, with the exception that a few cocci are the most radiation resistant bacteria (Micrococcus and Streptococcus). The application of ionizing radiation in the fields of microbiology supports the radiation sterilization of medical and pharmaceutical products. In addition, microbiological aspects of food preservation, especially radurization, radicidation, and immunization studies by using irradiated microorganisms, are also important.}
journal = []
volume = {9:3}
journal type = {AC}
place = {Indonesia}
year = {1976}
month = {Oct}
}
title = {Effects of ionizing radiation on bacteria}
author = {Suhadi, F}
abstractNote = {The differences of radiosensitivities among bacteria in addition to the dependence upon the species or strains also depends on the environmental condition during irradiation (temperature, medium, the presence of protective or sensitizing agents, the gas phase or atmosphere, and water activity, or degree of hydration) and on the effects of the environmental condition before and after irradiation treatment (temperature of incubation, age of culture and growth medium). In general, spores are more resistant to radiation than vegetatic bacteria, with the exception that a few cocci are the most radiation resistant bacteria (Micrococcus and Streptococcus). The application of ionizing radiation in the fields of microbiology supports the radiation sterilization of medical and pharmaceutical products. In addition, microbiological aspects of food preservation, especially radurization, radicidation, and immunization studies by using irradiated microorganisms, are also important.}
journal = []
volume = {9:3}
journal type = {AC}
place = {Indonesia}
year = {1976}
month = {Oct}
}