Holographic tomography (HT) is an advanced label-free optical microscopic imaging
method used for biological studies. HT uses digital holographic microscopy to record the …

Multiphoton microscopy has recently passed the milestone of its first 30 years of activity in
biomedical research. The growing interest around this approach has led to a variety of …

In‐flow phase‐contrast tomography provides a 3D refractive index of label‐free cells in
cytometry systems. Its major limitation, as with any quantitative phase imaging approach, is …

Three‐dimensional quantitative phase imaging is an emerging method, which provides the
3D distribution of the refractive index (RI) and the dry mass in live and fixed cells as well as …

Label-free optical diffraction tomography provides three-dimensional imaging of cells and
organelles, along with their refractive index (RI) and volume. These physical parameters are …

The achievement of functional nanomodules for subcellular label-free measurement has
long been pursued in order to fully understand cellular functions. Here, a compact label-free …

The nucleolus, as a main “cellular stress receptor”, is the hub of the stress response driving
cancer development and has great research value in the field of organelle-targeting …

Label-free optical diffraction tomography (ODT), an imaging technology that does not require
fluorescent labeling or other pre-processing, can overcome the limitations of conventional …

The cell nucleus is a three-dimensional, dynamic organelle organized into subnuclear
compartments such as chromatin and nucleoli. The structure and function of these …

The nucleolus is a prominent, membraneless compartment found within the nucleus of
eukaryotic cells. It forms around ribosomal RNA (rRNA) genes, where it coordinates the …