T.J.Itoh et.al.: "Microthbule-Stabilizing Activity of Micotuble-Associated Proteins (MAPs) is Due to increase in Frequency of Rescue in Dynamic Instability. Shortening Length Decreases with Binding of MAPs onto Micotubules." Cell Struc.Func.19. 279-290 (1
T.J.Itoh et.al.: "Microthbule-Stabilizing Activity of Micotuble-Associated Proteins (MAPs) is Due to increase in Frequency of Rescue in Dynamic Instability. Shortening Length Decreases with Binding of MAPs onto Micotubules." Cell Struc.Func.19. 279-290 (1
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T.J.Itoh 等人：“微管相关蛋白 (MAP) 的微丝稳定活性是由于动态不稳定性救援频率的增加。随着 MAP 与微管的结合，长度缩短而减少。”
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