Abstract
In order to study postirradiation changes in thymus lymphocyte surface, a number of biophysical analytical methods was used: the cell two-partition method, the physical adhesion method, fluorescence intensity and binding parameters of negatively charged ANS probe. Reduction of cell distribution factor in two-phase system and adhesion of thymocytes to cotton 1 hour after irradiation, as well as abrupt change in parameters of binding the probe in the interval of 3-4 hours after X-ray irradiation at the dose of 4 Gy are demonstrated.
Citation Formats
Sungurov, A Yu, Tokalov, S V, Petrov, Yu P, and Sharlaeva, T M.
Biophysical studies of irradiated thymocytes. 1. Surface changes.
Germany: N. p.,
1985.
Web.
Sungurov, A Yu, Tokalov, S V, Petrov, Yu P, & Sharlaeva, T M.
Biophysical studies of irradiated thymocytes. 1. Surface changes.
Germany.
Sungurov, A Yu, Tokalov, S V, Petrov, Yu P, and Sharlaeva, T M.
1985.
"Biophysical studies of irradiated thymocytes. 1. Surface changes."
Germany.
@misc{etde_6286282,
title = {Biophysical studies of irradiated thymocytes. 1. Surface changes}
author = {Sungurov, A Yu, Tokalov, S V, Petrov, Yu P, and Sharlaeva, T M}
abstractNote = {In order to study postirradiation changes in thymus lymphocyte surface, a number of biophysical analytical methods was used: the cell two-partition method, the physical adhesion method, fluorescence intensity and binding parameters of negatively charged ANS probe. Reduction of cell distribution factor in two-phase system and adhesion of thymocytes to cotton 1 hour after irradiation, as well as abrupt change in parameters of binding the probe in the interval of 3-4 hours after X-ray irradiation at the dose of 4 Gy are demonstrated.}
journal = []
volume = {107:2}
journal type = {AC}
place = {Germany}
year = {1985}
month = {Aug}
}
title = {Biophysical studies of irradiated thymocytes. 1. Surface changes}
author = {Sungurov, A Yu, Tokalov, S V, Petrov, Yu P, and Sharlaeva, T M}
abstractNote = {In order to study postirradiation changes in thymus lymphocyte surface, a number of biophysical analytical methods was used: the cell two-partition method, the physical adhesion method, fluorescence intensity and binding parameters of negatively charged ANS probe. Reduction of cell distribution factor in two-phase system and adhesion of thymocytes to cotton 1 hour after irradiation, as well as abrupt change in parameters of binding the probe in the interval of 3-4 hours after X-ray irradiation at the dose of 4 Gy are demonstrated.}
journal = []
volume = {107:2}
journal type = {AC}
place = {Germany}
year = {1985}
month = {Aug}
}