Microscopy Images Used by AI to Quickly Identify Drug-Resistant Typhoid-Like Infection
Researchers demonstrated that AI could accurately identify drug-resistant infections from microscopy images, reducing diagnostic time.
Researchers demonstrated that AI could accurately identify drug-resistant infections from microscopy images, reducing diagnostic time.
Scientists developed an AI system that recognizes and characterizes white and red blood cells in microscopic images of blood samples.
Researchers have developed an AI-based method for virtual staining of histopathological tissue samples that will replace chemical staining.
Nonlinear optical microscopy enables comprehensive & informative analysis of various biochemical phenomena despite a confined field of view.
Read MoreResearchers in Korea have recently developed a new slow light technique to easily visualize viruses using an optical microscope.
Read MoreResearchers have developed a microscopy system for non-invasive conjunctival goblet cells examination in patients.
Read MoreResearchers has developed a technology that could replace conventional biopsies and histology with real-time imaging within the living body.
Read MoreLearn how CLP’s editor discovered firsthand how clinical laboratories and laboratorians are being taken for granted.
Read MoreThe lensless camera captures cellular-level, 3D details in living tissue, looking inward to image micron-scale targets like cells and blood vessels.
Read MoreBiotium developed a labeling kit for producing antibody conjugates ideal for super-resolution stochastic optical reconstruction microscopy.
Read MoreScientists have developed a laser scanning confocal microscope that can harness Circularly Polarised Light to differentiate left and right-handed molecules.
Read MoreZEISS unveiled two new software functionalities to help medical professionals achieve better results in confocal microscopy.
Read MoreThe latest version improves the deep-learning technology’s capabilities to reliably separate objects in biological samples using instance segmentation.
Read MoreThis method of fluorescence microscopy for cell observation circumvents fundamental problems: light-induced destruction and unceasing molecule movement.
Read MoreNikon’s new microscope allows for high-speed acquisition of high-resolution large field of view images deep within living organisms.
Read MoreA collaboration at the Marine Biological Laboratory invented a new confocal platform that improves its volumetric resolution by more than 10-fold.
Read MoreResearchers have developed a technique for the study of human cells that combines microscopy, biochemistry, and artificial intelligence.
Read MoreResearchers used deep learning framework to transform microscopy images of intact skin into histochemically stained sections imaged on microscope slides.
Read More