Nanna Therapeutics
Anna Desalvo is a skilled Research Scientist at Nanna Therapeutics since July 2018, with a strong background in research and development across multiple prestigious institutions. Anna's expertise includes device design, cleanroom fabrication, and microfluidic device manufacturing, complemented by experience in single-cell trapping and protein patterning techniques. Previous roles include a PhD at the University of Southampton, where Anna focused on advanced methodologies in cell culture and data analysis. Additional experience encompasses a Research Trainee position at Cold Spring Harbor Laboratory and various roles at Sorin Group and Brigham and Women's Hospital, highlighting a comprehensive skill set in bioengineering and biomedical applications, supported by a robust educational foundation including a Ph.D. and M.S. in Bioengineering.
Nanna Therapeutics
Nanna Therapeutics is a drug discovery company addressing age-related diseases for which others are failing to provide effective treatments. These include mitochondrial, neurodegenerative, cardiovascular or metabolic, joint or tissue disease as well as cancer.Nanna Therapeutics are targeting fundamental cellular processes to create drugs to treatage-related diseases and improve longevity. Such drugs include those to combat debilitating neurodegenerative, inflammatory, cardiovascular and metabolic diseases as well as many cancers. With a strong focus on mitochondria, the energy source in every cell, we can target the fundamental causes of many age-related diseases. Through this approach we can also address debilitating, life-limiting mitochondrial diseases for which there are currently few effective therapies.Nanna Therapeutics has developed a tightly integrated set of proprietary technologies that radically disrupt current methods of creating new medicines. This Totally Integrated Medicines Engine (TIME) has been devised to answer the needs of drug discovery and development scientists utilising the best in 21st century technologies of microfluidics, nanofabrication and artificial intelligence.