Live imaging is a powerful tool, enabling scientists to observe living organisms in real time.
In particular, when combined with fluorescence microscopy, live imaging allows the …

In life sciences, tracking objects from movies enables researchers to quantify the behavior of
single particles, organelles, bacteria, cells, and even whole animals. While numerous tools …

Artificial intelligence (AI) and high-content imaging (HCI) are contributing to advancements
in drug discovery, propelled by the recent progress in deep neural networks. This review …

Advances in imaging, segmentation and tracking have led to the routine generation of large
and complex microscopy datasets. New tools are required to process this 'phenomics' type …

Label-free three-dimensional imaging plays a crucial role in unraveling the complexities of
cellular functions and interactions in biomedical research. Conventional single-cell optical …

Over the past few years, electron ptychography has drawn considerable attention for its
ability to recover high contrast and ultra-high resolution images without the need for high …

In recent years, microscopy has revolutionized the study of dynamic living cells. However,
performing long-term live cell imaging requires stable environmental conditions such as …

Label-free optical technologies have transformed cell culture monitoring, offering
noninvasive alternatives that preserve cellular integrity─ a critical factor in biomedical …

In life sciences, tracking objects from movies enables researchers to quantify the behavior of
single particles, organelles, bacteria, cells, and even whole animals. While numerous tools …

Segmentation and tracking are essential preliminary steps in the analysis of almost all live
cell imaging applications. Although the number of open‐source software systems that …