Our lab has recently published an article on a 3D tracking free approach to obtaining 3D super-resolution information in rotaionally symmetric bio-structures. This approach provides a method of extrapolating 3D information from 2D super-resolution information within a rotaionally symmetric bio-structure. By rotationally symmetric, what is meant is a channel which is symmetric in all directions. The best example for this is the Nuclear Pore Complex (NPC) or the primary cilium. The article is published in the Journal of Physical Chemistry B.
Read the article in the Journal of Physical Chemistry B
