MODULATION FUNCTION AND EFFECT OF 60Co γ RAYS ON CONCANAVALIN A (ConA)-INDUCED CD4+ AND CD8 + SUBPOPULATIONS OF LYMPHOCYTE
|更新时间:2023-04-23
|
MODULATION FUNCTION AND EFFECT OF 60Co γ RAYS ON CONCANAVALIN A (ConA)-INDUCED CD4+ AND CD8 + SUBPOPULATIONS OF LYMPHOCYTE
Journal of Radiation Research and Radiation ProcessingVol. 10, Issue 2, Pages: 81-86(1992)
作者机构:
1.苏州医学院,苏州
作者简介:
基金信息:
DOI:
CLC:
扫 描 看 全 文
Xu Yujie, Su Liaoyuan, Liu Keliang. MODULATION FUNCTION AND EFFECT OF 60Co γ RAYS ON CONCANAVALIN A (ConA)-INDUCED CD4+ AND CD8 + SUBPOPULATIONS OF LYMPHOCYTE. [J]. Journal of Radiation Research and Radiation Processing 10(2):81-86(1992)
DOI:
Xu Yujie, Su Liaoyuan, Liu Keliang. MODULATION FUNCTION AND EFFECT OF 60Co γ RAYS ON CONCANAVALIN A (ConA)-INDUCED CD4+ AND CD8 + SUBPOPULATIONS OF LYMPHOCYTE. [J]. Journal of Radiation Research and Radiation Processing 10(2):81-86(1992)DOI:
MODULATION FUNCTION AND EFFECT OF 60Co γ RAYS ON CONCANAVALIN A (ConA)-INDUCED CD4+ AND CD8 + SUBPOPULATIONS OF LYMPHOCYTE
The monocyte depleted peripheral blood mononuclear cells were saparated into B, CD,4,+, and CD,8,+, subpopulations by a Panning technique with McAb CD,4, and CD,8,. The purity of the B, CD,4,+, and CD,8,+, subpopulations was 82.7%, 90.4%and 90.8% respectively, which was estimated by an indirect immunofluorescence technique. More than 92% of the three subpopulations were viable according to the trypan blue exclusion test. The modulation function of ConA-induced CD,4,+, and CD,8,+, cells and the effect of 10 Gy ,60,Co γ rays on them were investigated by the ,3,HTdR incorporation method. It demonstrated that the transformation of LPS-induced B lymphocytes was suppressed by the ConA-induced CD,4,+, and CD,8,+, cells. After irradiation, the suppressor activity of ConA-induced CD,4,+, and CD,8,+, cells did not decrease. It also showed that the suppressor activity ,of, ConA-induced CD,8,+, cells was enhanced by the ConA-induced CD,4,+, cells significantly, and the suppressor activity of ConA-induced CD,4,+, cells was also enhanced by the ConA-induced CD,8,+, cells. After irradiation, the enhancement effects of the ConA-induced CD,4,+, and CD,8,+, cells disappeared.