ABSTRACT
To investigate the implementation effect of health education path in neo-natal disease screening , then promoting popularization and development of neonatal disease screening . [ Methods] The health education path was worked out for neonatal disease screening .A total of 986 cases of single birth mothers and their newborns were as the observation group , in which the path of health educa-tion was implemented for them .And 1 052 cases of single birth mothers and their newborns were as the con-trol group, in which the traditional method of health education was done .Comparison was made between the two groups in neonatal disease screening rate , positive recall rate , degree of parturient about understanding and mastering the knowledge of neonatal disease screening , parturient satisfaction and parental satisfaction . [ Results] The neonatal disease screening rate , positive recall rate , degree of parturient about under-standing and mastering the knowledge of neonatal disease screening , parturient satisfaction and parental satisfaction were all better in the observation group than those in the control group ( P <0.05 ). [ Conclusion] The health education path for neonatal disease screening can effectively promote its devel-opment and popularization .
ABSTRACT
Mesenchymal stem cells (MSCs) can inhibit T cell proliferation, the effects of MSCs on various T cell subsets have showed different immune regulatory reactions, and their mechanisms mainly include cell-cell contact and mediation by cytokines secreted from MSCs. Encouragingly, recent studies have showed that the effects of MSCs on T-cell response to pathogens is not significant, but can obviously suppress T cell response to allogeneic antigens. In addition, MSCs can regulate the proliferation, survival, antibody secretion and differentiation of B cells, inhibit the production, proliferation, migration and antigen-presentation of DCs, and modulate the differentiation and maturation of DCs, and regulate the proliferation, cell toxicity and cytokine secretion of NK cells. In this review, the research advances on immunomodulatory effects of MSCs on various immune cells including T-lymphocytes, B-lymphocytes, NK cells and DCs are summarized with emphasis on the immunoregulatory effects of MSCs on T-lymphocytes.