Microfilament Dysfunction as a Possible Cause of Intrahepatic

microfilament  Abstract Background: The microfilament system in the cortex of highly motile cells, such as neutrophils and cells of the eukaryotic microorganism Dictyostelium Flumorph Is a Novel Fungicide That Disrupts Microfilament Organization in Phytophthora melonis Shu Sheng Zhu,; Xi Li Liu,; Peng Fei Liu,; Yong Li,; Jian Qiang

The distribution of microfilament bundles in cells was examined using antibodies to fibroblast myosin and indirect immunofluorescence micros-  microfilament bundles The reactive antigens were identified by immunoblotting as proteins of 80,000- and 75,300-mol wt in PtK2, and of 53,500-mol wt in HEp

microfilament bundles These effects were transient and fully reversible Two-dimensional gel electrophoresis was used to analyze the The microfilament system is formed by actin, myosin and a large number of regulatory proteins It is essential to the eukaryotic cell Dynamic actin filaments (