Physarum polycephalum

Over the last decade , a multinucleated single-cell organism , called Physarum polycephalum , has aroused a great interest .

近10年来，一种名为多头绒泡菌的多核单细胞生物引起了众多科学家的兴趣，其智能行为也被广泛研究。

The life cycle of Physarum polycephalum is complex . During the vegetative stage , the plasmodium of Physarum polycephalum is able to change shape , and construct a protoplasmic pipeline network of the food sources .

多头绒泡菌具有复杂的生命周期，在营养期内它能够随意改变形态，构建连接食物源的原生质管道网络。

Morphological studies on the process of chromosome construction in Physarum POLYCEPHALUM

多头绒泡菌染色体构建过程的形态学研究

Dynamic Changes in the Relative Content of Nuclear Actin during Cell Cycle of Physarum Polycephalum

多头绒泡菌细胞核肌动蛋白相对含量动态变化

Electron microscopy studies on the nuclear cycle of Physarum POLYCEPHALUM

多头绒泡菌细胞核周期的电镜研究

Morphological studies on the process of nuclear reconstruction after mitosis in Physarum POLYCEPHALUM

多头绒泡菌有丝分裂后细胞核重建过程的形态学研究

Analysis of silver-stained proteins in interphase nuclei and metaphase chromosomes of Physarum POLYCEPHALUM

多头绒泡菌间期细胞核和中期染色体中的银染蛋白分析

According to recent study , it is found that a single cell organism , called Physarum polycephalum , shows its amazing intelligence in network design , analysis and optimization .

根据最近的研究发现，一种名为多头绒泡菌（physarumpolycephalum）的单细胞生物在网络设计、分析与优化方面展现出了惊人的智能特性。

In this thesis , we studied the mechanisms of histone acetylation in cell cycle regulation in Physarum polycephalum , a naturally synchronized slime mold .

本文以多头绒泡菌为实验材料，利用其天然同步化的优点，从新的角度研究了组蛋白乙酰化修饰对真核细胞周期调控的作用机制。