On September 26, 2024, the Stanford Healthcare Innovation Lab joined hands with Fapon to host the "Proteomics: From Gene to Function" symposium at Stanford University. The #symposium was designed to gather global experts to unveil the latest advances in the field of #proteomics and to explore its potential in precision medicine, disease prevention, and treatment.
The symposium featured renowned scientists from top #academic institutions such as #StanfordUniversity, #HarvardUniversity, #NorthwesternUniversity and many other prestigious universities, who offered profound insights into the latest trends in proteomics.
Nine great talks at the symposium covered a broad range of topics, from innovations in single molecule protein sequencing to advancements in proteoform imaging mass spec, single cell mass spec, and multiplex immunoassay platforms. Proteomics, together with other omics studies, has led to impactful biology discoveries and applications in health monitoring, early disease #diagnosis, and #biomarker identification. “Every piece of protein data is a strong feature (for multi-omics deep data dive),” said Dr. Michael Snyder, professor at Stanford University. “In the future, more proteomics and metabolic data will be integrated in the big data dive.”
Focused on proteoforms, the new frontier in proteomics research is gaining momentum. “Survey of proteins only is not specific enough to capture biology,” noted Dr. Neil Kelleher from Northwestern University. "Proteoform is not just a word. It is a movement."
Currently, Fapon is actively expanding its role in proteomics, aiming to introduce more #innovations to #diagnostics. Looking ahead, Fapon remains committed to partnering with leading institutions to inspire medical advancements, thereby driving greater progress in the healthcare industry.
A special thanks to our co-organizers, Stanford Healthcare Innovation Lab, and to our generous sponsors: Lunar Biosciences, Bio-Rad Laboratories, Alamar Biosciences, Inc. , Quantum-Si, Complete Genomics, for supporting our event.