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In all preparations larger number of samples reduces costs. In Visium preps, the tissue optimization costs are spread across more samples, while in the assays requiring custom captures or antibody panels to be created, usually these reagents come in kits for 10 or 20 samples. The closer each...

Training on Spatial and Single Cell Technologies The STU was established with a mandate to provide education and training on spatial and single cell technologies. The services include: Seminars, lectures, or talks on single cell/spatial technologies, as well as their application on specific domains...

A subpage in the community section.

The Spatial Technology Unit (STU) has been established to render cutting-edge spatial and single cell technologies accessible to all, as well as to provide expertise, training, and education, to academia and industry. By colocalizing spatial technologies with extensive supportive equipment (NGS...

The Spatial Technologies Unit has been established in order to provide highly specific but also comprehensive services (from tissue or cells to data). The extensive diversity of cutting-edge instruments enables researchers using the STU to use the optimal technology to a specific problem (and not...

The 10x Genomics Xenium is an in-situ hybridization-based imaging assay that enables high-throughput subcellular mapping of 100s to 1,000s of RNA targets in addition to multiplexed protein on tissue slides. Over 200mm2 imageable area per slide. Compatible with Fresh Frozen and FFPE tissue...

The Vutara VXL comprehensive biological workstation for nanoscale biological imaging enables super-resolution single-molecule localization microscopy (SMLM) technology in a streamlined system with compact footprint. The system enables research on DNA, RNA and proteins, from macromolecular complexes...

The STU is thrilled to host the very first MERSCOPE to leave the Vizgen factory. It offers sub-cellular resolution and high plexity (up to 500 targets) for large areas (~1cm2), corresponding to hundreds of thousands of cells. The high resolution renders it optimal for CNS tissue evaluation...