作者： Kuang, Cuifang; Ma, Ye; Zhou, Renjie; 等.
来源：PHYSICAL REVIEW LETTERS 卷：117 期：2 页：028102 出版年：JUL 6 2016
We report a novel super-resolution microscopy approach for imaging fluorescence samples. The approach, termed virtual k-space modulation optical microscopy (Vikmom), is able to improve the lateral resolution by a factor of two, reduce the background level, improve the optical sectioning effect and correct for unknown optical aberrations.We demonstrated the performance of Vikmom by imaging fluorescent beads, fixed bovine pulmonary artery endothelial (BPAE) cells and living human astrocytes (HA).
