Life Science Microscopy - Multiplex Immunofluorescence Expands the Molecular Resolution of Clinical Pathology
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Cryo-FIB Enabling Intracellular Crystal Electron Diffraction WorkflowCryo-FIB Enabling Intracellular Crystal Electron Diffraction Workflow

Discover how fluorescence-guided cryo-FIB milling enables reliable localization of intracellular protein crystals within vitrified cells, eliminates purification steps, and supports precise, site-specific lamella preparation for subsequent TEM electron diffraction analysis.

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   Multiplex Immunofluorescence Expands the Molecular Resolution of Clinical PathologyMultiplex Immunofluorescence Expands the Molecular Resolution of Clinical Pathology
 
Advancements in multiplex imaging are reshaping cancer diagnostics, leveraging spatial biology and AI for improved biomarker discovery and treatment strategies.
 
   Laser Optical Tweezers Reveal New Insights into Biomolecular Interactions and Disease MechanismsLaser Optical Tweezers Reveal New Insights into Biomolecular Interactions and Disease Mechanisms
 
Laser optical tweezers enable precise single-molecule studies, revealing insights into biomolecular interactions and advancing biomedical research.
 
   Optical Beam-Induced Current for Defect Localization in ICsOptical Beam-Induced Current for Defect Localization in ICs
 
Utilizing laser scanning, OBIC provides spatially resolved photocurrent maps in integrated circuits, crucial for effective defect localization and analysis.
 
   New Infrared Microscopy Method Maps Hidden Nanoscale Forces in Quantum MaterialsNew Infrared Microscopy Method Maps Hidden Nanoscale Forces in Quantum Materials
 
Researchers introduced TFM-IR, an ambient-condition infrared microscopy method that uses torsional cantilever dynamics and nonlinear frequency mixing to map in-plane and out-of-plane photothermal responses at the nanoscale. The technique resolved anisotropic strain in mica nanobubbles and achieved near-nanometer optical imaging in twisted bilayer graphene, enabling site-resolved spectroscopy within individual moiré cells.
 
 

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