The application provides a method and
system for simulating a
microtubule self-organizing process in
interphase cell polarization, and belongs to the fields of
computational biology and physical technology; the method comprises the following steps: abstracting a
cell as a two-dimensional circular domain, abstracting a
microtubule as a
line segment with a fixed direction starting from a point-like centrosome in the circular domain, abstracting a polar factor space distribution as a concentration field in the circular domain, and performing a time-dependent evolution
process simulation by
coupling centrosome positioning,
microtubule length evolution and polar factor space distribution dynamics. The application can comprehensively investigate the
feedback regulation mechanism of the microtubule self-organizing process in
interphase cell polarization.