Malobabić S, Simić S, Marinković S
Anat Anz. 1985;159(1-5):231-9.
11 encephalometric parameters of the corpus callosum and medial hemispheric surface have been measured on 50 human brains fixed in 7% formaline solution. The measurement of linear parameters has been made by using a standardized encephalometric system of reference, based on the bicommissural line which has been widely used in neurosurgery. The applied statistical procedures have shown that the following variables are the most successful in the evaluation and prediction of the change of the midsagittal cross-sectional corpus callosum area in the following order: the thinnest part of the corpus callosum, the corpus callosum length and medial hemispheric border. Their change for the unit value causes an average change of the corpus callosum midsagittal section surface area for the value of the partial regression coefficient with which they are connected. The chosen variables explain only the 45% variability of the cross-sectional corpus callosum surface area, and the remaining variability belongs to some other variables which have not been included in present investigation. The variability of the hemispheric length (74%), the corpus callosum length (65%) and medial hemispheric border length (64%) is most adequately explained on the basis of chosen variables.
在50个用7%甲醛溶液固定的人类大脑上，测量了胼胝体和大脑半球内侧面的11个脑测量参数。线性参数的测量采用了标准化的脑测量参考系统，该系统基于神经外科广泛使用的双连合线。应用的统计程序表明，以下变量在评估和预测矢状中截面胼胝体面积变化方面最为成功，顺序如下：胼胝体最薄部分、胼胝体长度和大脑半球内侧边界。它们单位值的变化会导致胼胝体矢状中截面表面积平均变化为与其相关的偏回归系数值。所选变量仅解释了胼胝体横截面积45%的变异性，其余变异性属于本研究未包括的其他变量。基于所选变量，大脑半球长度（74%）、胼胝体长度（65%）和大脑半球内侧边界长度（64%）的变异性得到了最充分的解释。
