Savel'ev A P, Mit'kovskaia L I, Karnaukhov V N, Savel'eva L N
Institute of Cell Biophysics, Russian Academy of Sciences, Pushchino, Moscow Region, 142290 Russia.
Biofizika. 2002 May-Jun;47(3):546-52.
The space distribution of synthetic activity in the substrate mycelium gyphs--structure growth units of a quasiorganism of the radiant fungus, was studied by the method of microspectral analysis. A detailed map of the distribution on the alpha-parameter (which reflects the level of synthetic activity) from the cross section of a living streptomyces colony was constructed. The data obtained support with a high reliability the earlier supposition that the maximum of synthetic activity is in the growth zone and the minimum synthetic activity is in the globular regions of formation of air mycelium protogyphs. The use of objectivity characteristics made it possible to thoroughly study the development of globular structures, the precursors and sources of formation of air mycelium concentric zones on colony surface.
通过显微光谱分析方法研究了底物菌丝体菌丝（辐射真菌准生物体的结构生长单位）中合成活性的空间分布。构建了一幅关于活链霉菌菌落横截面α参数（反映合成活性水平）分布的详细图谱。所获得的数据高度可靠地支持了早期的推测，即合成活性最大值位于生长区，而合成活性最小值位于气生菌丝原基形成的球状区域。使用客观性特征使得能够深入研究球状结构的发育、菌落表面气生菌丝同心区形成的前体和来源。
