Latest App Notes & Case Studies

Explore how this platform eliminate barriers to spatial biology research, empowering scientists to achieve publication-ready results in record time without compromising on experimental flexibility.

This application note demonstrates a novel workflow for comprehensive ADC evaluation in 3D tumor spheroid models, offering deeper insights into drug function and cellular response.

This application note explores an innovative spectral flow cytometry method optimized for NK cell characterization.

This application note provides data-driven insights for optimizing cfDNA workflows, from initial sample input to final sequencing parameters.

This application note presents a method that integrates protein elimination and free drug identification into one analysis using a two-dimensional liquid chromatography/quadrupole time-of-flight mass spectrometry (2D-LC/Q-TOF) approach.

This application focus explores how high-plex spatial profiling can be applied to better understand the role of T cells in cancer immune surveillance and how cancers evade the immune system.

This application note explores optimized culturing conditions for precision-cut slices (PCS) of non-small cell lung carcinoma, demonstrating how carefully tailored media support robust, stress-free tumor models for reliable research outcomes.

This application focus explores how IMC can be applied to identify major cell populations that make up mouse brain matter.

This case study explores how TIMS is driving innovation in proteomics, enabling breakthroughs in biological research and clinical applications.

Quantitative microscopy using a cell imaging reader allows for automated colony formation analysis, enabling increased throughput and improved accuracy and reliability of results.