Abstract
Irradiation of the CNS of mice with 4000 to 7600 R produces transitional disorder of the permeability of vascular walls, followed by a permanent (irreversible) degenerative lesion of blood capillaries and the surrounding astrogial cells. Intensity of this alterations may however not be the same in different terminal blood vessels. It is very likely that the above described lesion appearing in the acute phase can be the main cause of further alterations in the CNS which are observed in late phase of postradiation disease.
Gladysz, J
[1]
- Akademia Medyczna, Poznan (Poland)
Citation Formats
Gladysz, J.
Effects of x rays on the morphology and physiology of the CNS blood vessels of mice.
Poland: N. p.,
1974.
Web.
Gladysz, J.
Effects of x rays on the morphology and physiology of the CNS blood vessels of mice.
Poland.
Gladysz, J.
1974.
"Effects of x rays on the morphology and physiology of the CNS blood vessels of mice."
Poland.
@misc{etde_7282122,
title = {Effects of x rays on the morphology and physiology of the CNS blood vessels of mice}
author = {Gladysz, J}
abstractNote = {Irradiation of the CNS of mice with 4000 to 7600 R produces transitional disorder of the permeability of vascular walls, followed by a permanent (irreversible) degenerative lesion of blood capillaries and the surrounding astrogial cells. Intensity of this alterations may however not be the same in different terminal blood vessels. It is very likely that the above described lesion appearing in the acute phase can be the main cause of further alterations in the CNS which are observed in late phase of postradiation disease.}
journal = []
volume = {8}
journal type = {AC}
place = {Poland}
year = {1974}
month = {Jan}
}
title = {Effects of x rays on the morphology and physiology of the CNS blood vessels of mice}
author = {Gladysz, J}
abstractNote = {Irradiation of the CNS of mice with 4000 to 7600 R produces transitional disorder of the permeability of vascular walls, followed by a permanent (irreversible) degenerative lesion of blood capillaries and the surrounding astrogial cells. Intensity of this alterations may however not be the same in different terminal blood vessels. It is very likely that the above described lesion appearing in the acute phase can be the main cause of further alterations in the CNS which are observed in late phase of postradiation disease.}
journal = []
volume = {8}
journal type = {AC}
place = {Poland}
year = {1974}
month = {Jan}
}