Join experts as they discuss the significant hurdles in spatial proteomics and how innovative tools such as the EVOS S1000 Spatial Imaging System are set to redefine research capabilities in this rapidly evolving field
Advancements to include CosMx® Whole Transcriptome Panel; enhanced technology engine to power CellScape™ for spatial proteomics; expansion to 1000-plex protein assay on GeoMx® DSP; and launch of PaintScape™, a revolutionary platform enabling direct visualization of the 3D genome
Showcasing protein analysis that is 10x more sensitive and 5x faster than traditional quadrupole-based mass spectrometry systems
New next generation sequencing-based proteomics kits designed to integrate with multiple NGS platforms, eliminating the need for new instrumentation or specialized expertise
UK Biobank Pharma Proteomics Project aims to create a comprehensive map of disease-associated protein levels in the human body to advance biomarker discovery
The Invitrogen™ EVOS™ S1000 Spatial Imaging System features intuitive software that empowers researchers to achieve more with their tissue samples while reducing sample processing time
Learn how a US company is changing the paradigm for contract research, combining disease pharmacology, toxicology, and pathology to optimize drug development
The new offerings solidify leadership in spatial biology and broaden reach to new verticals
Learn how Inotiv’s proteomics services are helping researchers gain deeper insights into drug target systems, to better select disease models, and quantify pathology data
Can the science of fats unlock a new avenue in diabetes care? UT Southwestern researchers are finding out
See how to leverage multiplex immunoassays and proteomic profiling to enhance cancer diagnosis and treatment
Find out how to unlock cellular mysteries with Yokogawa’s Single Cellome™ System SS2000
Explore FUJIFILM Wako comprehensive range of tools for microglia, Alzheimer’s, and depression research
New MAG and HEATMAG modules harness powerful magnets to enable fast magnetic bead collection with minimal bead loss
Learn how a leading cancer researcher is utilizing the COMET™ technology in his research
Dr. Christian Regenbrecht discusses the power of patient-derived tumor organoids and their promising future in clinical practice
Dr. Ana de Oliveira from the Spatial Biology Core at UVA discusses the potential of the field to supercharge research across sectors
The largest open-access proteogenomic dataset to date lays the groundwork for the future discovery of novel drug targets and biomarkers
Achieving precision with positive displacement liquid handling and miniaturization
Leveraging antibody-based proteomics in protein quantitative trait loci mapping for disease research
Dr. Priya Chockalingam discusses the complexities of cell and gene therapies and how single-cell multimodal analysis can efficiently characterize gene-edited products
Leveraging the molecular insights derived from blood-based biomarkers creates a unique understanding of an individual's molecular health-state
Discover the latest technology to supercharge your gene therapy vector analysis workflow
Explore the latest technologies and techniques that will help you advance biopharma pipelines
