Fluorescence Fluctuation Protocol Maps Subcellular Dynamics Without Particle Tracking
A newly detailed fluorescence fluctuation protocol enables researchers to quantify the spatiotemporal dynamics and average sizes of subcellular structures in ...
A newly detailed fluorescence fluctuation protocol enables researchers to quantify the spatiotemporal dynamics and average sizes of subcellular structures in ...
Researchers have introduced Bioloc3D, an open-source ImageJ and Python toolset that automates three-dimensional quantification of fluorescent elements and their colocalizations ...
A new imaging study maps the step-by-step remodelling of the hair-cell apical surface as mouse cochlear cells build their mechanosensory ...
An explainable deep learning pipeline segments single cells in fluorescence microscopy images and classifies them as normal or metastasising, with ...
A body-wide imaging method recorded calcium communication from nearly every cell in a living larval zebrafish, revealing coordinated circuits among ...
A fluorescent lamin A/C reporter in primary human fibroblasts showed that representative alpha-, beta- and gamma-herpesviruses consistently produce localized nuclear ...
Researchers have built a reconfigurable light-sheet microscope that lets users swap oil, water and air objectives while staying diffraction-limited across ...
A study of nine apiaries around Gualaceo, Ecuador, shows honeybees carry significant microplastic loads that decrease significantly with distance from ...
Researchers at Zhejiang University and Hangzhou City University have developed DeepMoCo, a graph neural network framework that adaptively corrects both ...
A new study shows that spectral overlap and the malaria parasite's own autofluorescence can generate false positive co-localization results when ...
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© 2025 Scienmag - Science Magazine