Canopy Biosciences, part of Bruker Spatial Biology, provides high-plex targeted gene expression services using the NanoString nCounter Analysis Platform. Their team specializes in quantitative transcriptomics workflows, including support for challenging or low-quality sample types. With rapid turnaround and expert scientific guidance, Canopy helps researchers generate reliable expression profiles across a wide range of applications.
Genetika Science is a leading life science distributor and molecular services provider supporting genomics and translational research in Indonesia. They offer NanoString nCounter gene expression profiling for biomedical and molecular biology applications, enabling high-plex RNA analysis with responsive laboratory support. Their specialty includes helping research teams outsource expression studies with streamlined workflows and fast turnaround.
Griffith University’s Central Facility for Genomics is a premier academic core providing advanced molecular profiling services for biomedical and translational research. The facility supports NanoString nCounter workflows alongside other high-throughput gene expression technologies, offering expertise in experimental design, sample processing, and data generation. Their team helps researchers produce robust expression datasets across diverse study types.
Birmingham, Alabama, USA
The UAB Medicine NanoString Laboratory, housed within the Department of Radiation Oncology, specializes in multiplex gene expression profiling using the NanoString nCounter Analysis System. The lab supports biomarker discovery and translational research by enabling measurement of hundreds of RNA targets across diverse sample types, including FFPE tissue. With academic medical center expertise, UAB provides high-quality expression data optimized for research and clinical applications.
InVivo Biosystems is a translational and preclinical research organization specializing in whole-organism disease models and therapeutic efficacy testing. Through its RapidGen™ platform, the team offers RNA-seq–based genetic signature studies to support mechanism-of-action discovery, biomarker identification, and candidate evaluation. Their specialty is connecting functional preclinical outcomes with deep molecular profiling.
Griffith University supports spatial biology research through GeoMx-compatible molecular profiling workflows delivered by its Central Facility for Genomics. The facility provides expertise in tissue-level gene expression analysis and advanced translational research applications. With academic core experience and high-throughput profiling capabilities, Griffith enables researchers to generate spatial datasets ready for interpretation.
