Spatial Biology – Multimedia

Single-cell RNA sequencing (scRNA-seq) approaches can provide transcriptomic profiles of individual cells isolated from brain tissue.

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 listicle uncovers spatial biology's journey, from foundational techniques to cutting-edge technologies that define the present.

Discover the Human Immune Health Atlas in this episode of Teach Me in 10.

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 poster highlights how IMC technology deciphers the phenotypic and spatial characteristics of brain tumors, providing critical neuro-oncological insights.

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

This application note presents an efficient solution for this task, ensuring precise cell and nuclei counting to perform effective single-cell analyses.

This handbook contains a comprehensive collection of protocols to streamline imaging workflows and ensure reproducible results. With step-by-step instructions, learn how to achieve precise imaging across diverse experimental setups.

Discover the latest innovations in mass spectrometry technology, workflows and manufacturing.