A Message from the Program Director
As the new frontier in biomedical research, spatial technologies permit the fine-grained investigation of the role of tissue architecture, the microenvironment, and cell-to-cell communication on function and transcriptional profiles. This information is central to basic, translational, and clinical cancer research, with a myriad of downstream applications, and we expect them to expand and potentially rewrite our understanding of human pathologies.
Made possible by a grant from the Massachusetts Life Sciences Center, BIDMC's Spatial Technologies Unit is the first of its kind to form a nucleus of these advanced technologies side-by-side and render them available to the entire research community. Our mission is to make these technologies more accessible, enabling multidisciplinary innovation to develop novel cancer treatments and diagnostics across healthcare, academia, research and industry.
The leading-edge spatial transcriptomic technologies available in the Spatial Technologies Unit will include:
- Super resolution microscopy (Bruker Vutara VXL)
- Subcellular resolution targeted spatial transcriptomics (Vizgen MERSCOPE)
- Hypothesis-free spatial tissue gene expression (10x Genomics Visium)
- Region of interest (ROI)-based whole transcriptome spatial assays (NanoString DSP)
- Robotic single cell technologies (10x Genomics Chromium Connect)
- Tissue microarray creation (3DHISTECH TMA Grandmaster)
- High plexity immunohistochemistry (Akoya Phenoptics and CODEX)
We are thrilled to be able to share this first-of-its-kind space with state's precision medicine community and look forward to working with you.
Ioannis Vlachos, PhD
Director, Spatial Technology Unit
Cancer Research Institute at BIDMC