首页> 外文期刊>Microbiological Research >Statistical analysis of structural and kinetic characteristics of fungal colony growth with Trichoderma viride Pers.: S.F. Gray.
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Statistical analysis of structural and kinetic characteristics of fungal colony growth with Trichoderma viride Pers.: S.F. Gray.

机译:统计分析木霉木霉菌真菌菌落生长的结构和动力学特征。灰色。

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摘要

The mycelial colonies of Trichoderma viride were grown between two thin cellophane films for exact measurements. The results obtained testify to the fact that in a mature colony the average length of intercalary cells, the average number of intercalary cells in an internode and the average internode length are stable. At this stage of morphogenesis the mean internode length is shown to be equal to the product of the average intercalary cell length and the average number of intercalary cells in an internode. The coefficients of variation of the internode length and the number of intercalary cells in an internode are found to be equal. The length of an intercalary cell and duration of the doubling cycle of an apical cell of T. viride obey the law of Gamma distribution. According to our observations, the Gamma distribution is typical for the length and duration of the doubling cycle of any bacterial cells and cells of any multicellular organisms..
机译:为了精确测量,在两个玻璃纸薄膜之间生长了木霉木霉菌的菌丝体菌落。获得的结果证明了以下事实:在成熟的菌落中,cal间细胞的平均长度,节间中的inter间细胞的平均数和平均节间长度是稳定的。在形态发生的这个阶段,平均节间长度显示为等于平均节间细胞长度和节间平均间节细胞数的乘积。发现节点间长度的变化系数与节点间的插入细胞数目相等。 T. viride的cal间细胞的长度和顶细胞的倍增周期的持续时间服从伽玛分布定律。根据我们的观察,对于任何细菌细胞和任何多细胞生物的细胞,加倍周期的长度和持续时间都是典型的Gamma分布。

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