Abstract
Effect of aphobazole in investigated on the course of adaptation reactions and state of compensatory capabilities of hemopoietic system of rats-males under long-term emotional stress developed following the low-dose gamma-radiation. Gamma-quanta from {sup 137}Cs source at 0.9 Gy dose (1.3 Gy/min dose rate) were used for single and uniform irradiation of animals. Two days later rats were exposed to long-term emotional stress. Aphobazole at the dose of 10.0 mg/kg was incorporated into rats once a day. It is shown that aphobazole permits to stop the violations in adaptation reactions and compensatory capabilities of hemopoietic system under conditions of emotional stress development in the early period following the exposure to gamma radiation at 0.9 Gy dose.
Moroz, B B;
Deshevoj, Yu B;
Seredenin, S B;
Lyrshchikova, A V;
Lebedev, V G;
[1]
NII Farmakologii RAMN, Moscow (Russian Federation)]
- Gosudarstvennyj Nauchnyj Tsentr RF - Inst. Biofiziki, Moscow (Russian Federation)
Citation Formats
Moroz, B B, Deshevoj, Yu B, Seredenin, S B, Lyrshchikova, A V, Lebedev, V G, and NII Farmakologii RAMN, Moscow (Russian Federation)].
Effect of anxiolytic aphobazole on hemopoietic system under exposure to low doses of ionizing radiation and emotional stress; Sostoyanie gemopoehza pri dejstvii ioniziruyushchej radiatsii v nizkoj doze i ehmotsional'nogo stressa v usloviyakh primeneniya anksiolitika afobazola.
Russian Federation: N. p.,
2001.
Web.
Moroz, B B, Deshevoj, Yu B, Seredenin, S B, Lyrshchikova, A V, Lebedev, V G, & NII Farmakologii RAMN, Moscow (Russian Federation)].
Effect of anxiolytic aphobazole on hemopoietic system under exposure to low doses of ionizing radiation and emotional stress; Sostoyanie gemopoehza pri dejstvii ioniziruyushchej radiatsii v nizkoj doze i ehmotsional'nogo stressa v usloviyakh primeneniya anksiolitika afobazola.
Russian Federation.
Moroz, B B, Deshevoj, Yu B, Seredenin, S B, Lyrshchikova, A V, Lebedev, V G, and NII Farmakologii RAMN, Moscow (Russian Federation)].
2001.
"Effect of anxiolytic aphobazole on hemopoietic system under exposure to low doses of ionizing radiation and emotional stress; Sostoyanie gemopoehza pri dejstvii ioniziruyushchej radiatsii v nizkoj doze i ehmotsional'nogo stressa v usloviyakh primeneniya anksiolitika afobazola."
Russian Federation.
@misc{etde_20248840,
title = {Effect of anxiolytic aphobazole on hemopoietic system under exposure to low doses of ionizing radiation and emotional stress; Sostoyanie gemopoehza pri dejstvii ioniziruyushchej radiatsii v nizkoj doze i ehmotsional'nogo stressa v usloviyakh primeneniya anksiolitika afobazola}
author = {Moroz, B B, Deshevoj, Yu B, Seredenin, S B, Lyrshchikova, A V, Lebedev, V G, and NII Farmakologii RAMN, Moscow (Russian Federation)]}
abstractNote = {Effect of aphobazole in investigated on the course of adaptation reactions and state of compensatory capabilities of hemopoietic system of rats-males under long-term emotional stress developed following the low-dose gamma-radiation. Gamma-quanta from {sup 137}Cs source at 0.9 Gy dose (1.3 Gy/min dose rate) were used for single and uniform irradiation of animals. Two days later rats were exposed to long-term emotional stress. Aphobazole at the dose of 10.0 mg/kg was incorporated into rats once a day. It is shown that aphobazole permits to stop the violations in adaptation reactions and compensatory capabilities of hemopoietic system under conditions of emotional stress development in the early period following the exposure to gamma radiation at 0.9 Gy dose.}
journal = []
issue = {1}
volume = {41}
journal type = {AC}
place = {Russian Federation}
year = {2001}
month = {Feb}
}
title = {Effect of anxiolytic aphobazole on hemopoietic system under exposure to low doses of ionizing radiation and emotional stress; Sostoyanie gemopoehza pri dejstvii ioniziruyushchej radiatsii v nizkoj doze i ehmotsional'nogo stressa v usloviyakh primeneniya anksiolitika afobazola}
author = {Moroz, B B, Deshevoj, Yu B, Seredenin, S B, Lyrshchikova, A V, Lebedev, V G, and NII Farmakologii RAMN, Moscow (Russian Federation)]}
abstractNote = {Effect of aphobazole in investigated on the course of adaptation reactions and state of compensatory capabilities of hemopoietic system of rats-males under long-term emotional stress developed following the low-dose gamma-radiation. Gamma-quanta from {sup 137}Cs source at 0.9 Gy dose (1.3 Gy/min dose rate) were used for single and uniform irradiation of animals. Two days later rats were exposed to long-term emotional stress. Aphobazole at the dose of 10.0 mg/kg was incorporated into rats once a day. It is shown that aphobazole permits to stop the violations in adaptation reactions and compensatory capabilities of hemopoietic system under conditions of emotional stress development in the early period following the exposure to gamma radiation at 0.9 Gy dose.}
journal = []
issue = {1}
volume = {41}
journal type = {AC}
place = {Russian Federation}
year = {2001}
month = {Feb}
}