Life Science Microscopy - Yokogawa brings publication-backed validation from more than 60,000 scientific publications to its CSU spinning disk confocal systems with Bioz
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[Free Webinar] Imaris 11.1: Learn Faster, Analyse with Confidence[Free Webinar] Imaris 11.1: Learn Faster, Analyse with Confidence

Join Oxford Instruments for an introduction to Imaris 11.1, the latest release of their leading AI 3D/4D image analysis software for life science research. You'll discover what's new in the latest release, see key features demonstrated live, and learn how the latest enhancements can help streamline analysis workflows, improve productivity, and accelerate research outcomes.

Whether you're an existing Imaris user or exploring advanced image analysis solutions, this session will provide practical insights to help you get more from your microscopy data.

Book your place
 
   Yokogawa brings publication-backed validation from more than 60,000 scientific publications to its CSU spinning disk confocal systems with BiozYokogawa brings publication-backed validation from more than 60,000 scientific publications to its CSU spinning disk confocal systems with Bioz
 
Through Bioz Badges, Yokogawa transforms its extensive publication history into a valuable resource for researchers evaluating advanced microscopy technologies.
 
   Single-Molecule Optical Tweezers Visualize Real-Time Dynamic Protein and DNA InteractionsSingle-Molecule Optical Tweezers Visualize Real-Time Dynamic Protein and DNA Interactions
 
A protein that's essential to every cell's ability to turn off unnecessary genes is well known for its key function of compacting genes and its connection to cancer when it undergoes mutation. But until now, scientists weren't quite sure how the protein gets where it needs to go to keep genes bound up so they aren't activated.
 
 Mass Spectrometry Imaging Maps Up to 78% Drug-Target Engagement in Brain Tissue
 
Mass Spectrometry Imaging Maps Up to 78% Drug-Target Engagement in Brain TissueA laser-based mass spectrometry imaging method maps covalent drug-protein complexes in brain tissue, revealing spatial target engagement and blood-brain barrier penetration.
 
 
 Mapping cellular chemistry with submicron IR
 
Mapping cellular chemistry with submicron IRSubmicron IR combines submicron resolution and high sensitivity to complement FTIR in label-free subcellular analysis.
 
 
 Submicron IR for pharmaceutical research, development, and quality
 
Submicron IR for pharmaceutical research, development, and qualityThe pharmaceutical and biopharmaceutical industries increasingly require rapid, accurate, and high-resolution analytical tools to characterize complex materials, ensure product quality, and accelerate innovation.
 
 

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