Spatial Biology – Multimedia

This whitepaper explores how targeted single-cell assays can unify genotypic and transcriptomic data to expose clonal structures, track rare populations and reveal resistance mechanisms with unprecedented clarity.

This poster highlights the importance of exploring the spatial organization of the entire transcriptome in cancer tissues and presents a powerful platform for unraveling the complexities of the TME.

In this Teach Me in 10 episode, Dr. Christina Chang, Director of Assay Applications, Spatial Genomics R&D at Takara Bio USA, presents a spatial tool that combines high sensitivity with true single-cell resolution – all in a single experiment.

Discover the latest findings on the microbiome’s role in cancer, from therapy response to microbial engineering.

In this webinar, discover how high-resolution spatial transcriptomics coupled with evolvable lineage-tracing showed how tumor expansion, plasticity, and metastasis co-evolve with microenvironmental remodeling.

This infographic highlights single-cell sequencing workflows, multiomics integration and emerging applications that are reshaping biomedical research across fields from developmental biology to personalized medicine.

The Technology Networks team attended ASMS 2025 and spoke with Thomas Moehring from Thermo Fisher who explained how new mass spectrometry platforms are expediting workflows and revolutionizing protein analysis.

Dr. Chaurand discusses the atmospheric pressure ionization technique, which excels in providing stability to samples during imaging. Like all methods, it has both advantages and disadvantages, which he evaluates in relation to spatial biology.

At ASMS 2025, Dr. Chaurand details the varied applications of imaging mass spectrometry and how complementary methodologies can be used together to enhance spatially resolved molecular analysis.

This opening article in our miniseries examines the importance of the gut microbiome and its role in influencing cancer risk.