Life Science Microscopy - The Technology Powering Modern Flow Cytometry
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Tailored Cryo-EM and Correlative Workflows for Challenging Biological SamplesTailored Cryo-EM and Correlative Workflows for Challenging Biological Samples

Finding a structure only hundreds of nanometres across within a complex biological sample is just the beginning. This interview explores how fluorescence-guided navigation, cryo-FIB-SEM, cryo lift-out and correlative imaging enable researchers to target specific regions while preserving sensitive specimens for high-resolution analysis. Read how these workflows are advancing challenging biological research.

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    The Technology Powering Modern Flow CytometryThe Technology Powering Modern Flow Cytometry
 
Flow cytometry enables rapid, high-throughput single-cell analysis for applications spanning research, clinical diagnostics and bioprocess monitoring. Discover how lasers, optics, filters and photon detectors work together to deliver accurate, reliable measurements, and learn how PMTs, APDs and SiPMs influence sensitivity, linearity and multiplexing performance in next-generation flow cytometry systems
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   Novel Quantum Optical Setup Delivers Fourfold Resolution Boost in MicroscopyNovel Quantum Optical Setup Delivers Fourfold Resolution Boost in Microscopy
 
Three years after a group of Caltech researchers demonstrated that pairs of entangled photons could quadruple a light microscope’s resolution, the same lab has discovered a method to increase this improvement even more.
 
 Deep-Learning Holography Detects Elusive Circulating Tumor Cells in Prostate Cancer
 
Deep-Learning Holography Detects Elusive Circulating Tumor Cells in Prostate CancerResearchers combined microfluidic enrichment, AI-assisted holography, and fluorescence profiling to identify circulating tumor cell candidates in 13 men with metastatic castration-resistant prostate cancer and 8 healthy donors. The platform found higher median candidate counts in patients, while nearly two-thirds of PSMA-positive candidates lacked EpCAM, suggesting EpCAM-dependent assays could miss some cells.
 
 
 Light-field microscopy enables snapshot volumetric imaging of fast neural activit
 
Light-field microscopy enables snapshot volumetric imaging of fast neural activitNeural activity is three-dimensional and fast. Signals propagate through brain circuits on millisecond-to-microsecond timescales, while animals move, sense, and act.
 
 
 Aluminum Adhesion Layers Improve Gold-Based Zero-Reflection Metasurfaces
 
Aluminum Adhesion Layers Improve Gold-Based Zero-Reflection MetasurfacesResearchers show that ultrathin aluminum adhesion layers can help preserve optical performance and mechanical stability in gold-based zero-reflection metasurfaces.
 
 
 Deep-learning tissue clocks reveal how organs age and leave disease-linked signals in blood
 
Deep-learning tissue clocks reveal how organs age and leave disease-linked signals in bloodDeep learning applied to more than 25,000 histopathology slides revealed tissue-specific structural signatures of biological aging that tracked telomere attrition, pathology, comorbidity, and molecular changes more closely than chronological age alone.
 
 

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