One of the key areas of our research focuses on the application of microscopy techniques across biological scales, ranging from intact organs to subcellular compartments. Every tissue provides an opportunity to learn something new, including preclinical models and patient samples.
Microscopy data is only as good as the analysis and interpretation that follows. While we develop computational methods with broad scientific impact, we have a special interest in spatial multiomics.
We bring together expertise from diverse fields, including medicine, cell biology, bioinformatics, microscopy, and biochemistry, to foster innovative approaches that address real-world biomedical challenges with the potential to impact patient care.
Our current interests include (but are not limited to) immune-mediated disorders (in the kidney, liver, brain, and intestine), infectious diseases (i.e., SARS-CoV-2), and oncology (i.e., colorectal cancer).
In principle, we are interested in any study that may be enhanced by our methods or that may represent a technical challenge that requires innovative solutions.