Popdimitrova N, Kŭnchev N, Mechkarski S, Metodieva M, Zlatarev G
Eksp Med Morfol. 1980;19(3):180-5.
The biotension generated by cells and tissues is connected quite well with the intensity of the metabolic processes in them and in seems that it is affected considerably by a series of external factors-temperature, salt content ect. For the purposes of transplantation in the present investigation the authors examined the effect of the nutritive medium for tissue cultures T-199 on the investigated biotension of the corneal tissue during the period of its preservation. They carried out studies on 335 corneas and the results were estimated statistically. The mean rate of a change on the biotension for the single series of investigation was determined. He found that the measured biotension was affected bu the time and conditions of preservation of the corneal tissue, when he compared the dispersion in the values of the tension after the preservation of the tissue in two media moist chamber and nutritive medium for tissue cultures). The nutritive medium used probably influenced positively the rate of the adaptation processes in the tissues after its separation from the ocular buebus, delayed the processes of deterioration and to a large extent stabilized the measured biotension.
细胞和组织产生的生物张力与其中代谢过程的强度联系紧密,而且似乎受到一系列外部因素的显著影响,如温度、盐含量等。在本研究中,为了移植目的,作者研究了用于组织培养的T - 199营养培养基在角膜组织保存期间对其生物张力的影响。他们对335只角膜进行了研究,并对结果进行了统计学评估。确定了单个系列研究中生物张力的平均变化率。当他比较角膜组织在两种培养基(湿盒和组织培养营养培养基)中保存后张力值的离散度时,发现测量的生物张力受角膜组织保存时间和条件的影响。所使用的营养培养基可能对组织从眼球摘除后适应过程的速率产生积极影响,延缓了恶化过程,并在很大程度上稳定了测量的生物张力。