Measurement of the changes of erythrocytes shape by induced of 12C6+ ions and X-rays radiation in Mesocricetus auratus.

Note, Measurement of the morphological differences of erythrocytes had indicated the obvious impact of 12C6+ ions or X-rays radiation with Image J software. And these general varies mainly includes the physical and chemical parameters of the erythrocyte, such as length, width, perimeter, thickness, ROI area and volume (of average value). Because of the average thickness of erythrocytes in mammals is around in the range of 1.0–2.5 µm, and using an optical microscope in the experiment, so as to calculate the volume, we taken the average thickness value of 2.0 µm to obtain the relative size of erythrocytes. And in the list of Tab., ▴ Black triangle symbols significant statistical significance compared with the control group in carbon ion radiation (p), but ▴▴ double triangle line represent the differences results by inducing X-rays (p). (In detail, for length, Control vs C ions-2Gy, p = 0.000, p Control vs C ions-4Gy, p = 0.000, p Control vs C ions-6Gy, p = 0.000, p Control vs X rays-4Gy, p = 0.000, p Control vs X rays-6Gy, p = 0.000, p Control vs X rays-12Gy, p = 0.000, p for width, Control vs C ions-2Gy, p = 0.479, p>0.05; Control vs C ions-4Gy, p = 0.000, p Control vs C ions-6Gy, p = 0.000, p Control vs X rays-4Gy, p = 0.000, p Control vs X rays-6Gy, p = 0.000, p Control vs X rays-12Gy, p = 0.000, p for perimeter, Control vs C ions-2Gy, p = 0.002, p Control vs C ions-4Gy, p = 0.000, p Control vs C ions-6Gy, p = 0.000, p Control vs X rays-4Gy, p = 0.027, p Control vs X rays-6Gy, p = 0.000, p Control vs X rays-12Gy, p = 0.000, p for volume, Control vs C ions-2Gy, p = 0.000, p Control vs C ions-4Gy, p = 0.000, p Control vs C ions-6Gy, p = 0.000, p Control vs X rays-4Gy, p = 0.000, p Control vs X rays-6Gy, p = 0.000, p Control vs X rays-12Gy, p = 0.000, p).Measurement of the changes of erythrocytes shape by induced of 12C6+ ions and X-rays radiation in Mesocricetus auratus.