Effect Of Far Infrared Ray On The Characteristic Of The Hematopoietic Cell

Hematopoietic stem cells are heterogeneous with self-renewal and multilineage differentiation potential of cells.In the event of the study,HSC belongs to mature stem cells,at least 12 species of blood cells.The use of hematopoietic stem cells is for HSC transplantation to cure genetic blood diseases,immune deficiency disease and malignant tumors.Far-infrared rays refer to 4-1000μm,which are not visible,one of the most beneficial to human health of the far-infrared wavelength of 4-15μm.According to Kirchhoff's law confirms that the human body itself is a far-infrared radiation,he can absorb and radiate far infrared light.So when the far-infrared radiates the human body,its frequency and the cell molecules,atoms of water molecules between the frequency of exercise are consistent and cause the resonance effect,and its maximum energy can be absorbed by organisms so that subcutaneous deep parts of the temperature increases,thermal effects resulting from activation of water molecules at the high-energy state,required to accelerate the body's biological enzyme synthesis,activation of proteins simultaneously,such as biological molecules,thereby enhancing immunity and biological cells in tissue regeneration capacity,through scientific Detect, far-infrared thermal effects and the resonance absorption of the human body after the main impact has:activated biological macromolecules including nucleic acids and proteins;to promote blood circulation;enhance metabolism;enhance the body's immune function and analgesic effect.Also reported that the far infrared can maintain cells in high quantity,high activity,and promote self-healing injury,vascular expansion,improve microcirculation, increase blood flow,blood circulation to have a good effect so as to inhibit the rise in blood pressure in the prevention of intravascular thrombosis at the same time promote health,prevent aging,and has anti-inflammatory,analgesic role.Methods:mouse bone marrow cell culture technology in vitro, observations of the impact of the proliferation and differentiation of colony-forming units granulocyte-macrophage(CFU-GM),colony forming unit-elytroid(CFU-E),Colony-forming unit-megakaryocytic(CFU-Meg) and marrow fibroblast colony (CFU-F).Detection of target cell surface differentiation antigen(CD) by Immunofluorescence nanoparticles(IFNB),further assessment of effects of the far infrared on hematopoietic stem/progenitor cells.Results:CFU-E,CFU-F,CFU-Meg and CFU-GM generated a catalytic role,and mouse bone marrow cell-surface markers have changed under condition of 37℃,the far infrared radiation.The proliferation of target cells by 2mins radiation was the most exuberant.The statistical data of 2mins group has a difference among the other statistical data of experimental groups(1 min,5min, 10min).The mGM-CSF,mIL-2 and mIL-3 RT-PCR results are consistent with former results.Conclusion:The far infrared has regulation to the proliferation of mouse bone marrow hematopoietic stem/progenitor cells and the induction of surface markers changed.