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Gladstone scientists are developing novel AI models to predict what goes wrong in disease—and how to fix it.
Theodoris Lab AI Cardiovascular Disease
Trained on data spanning the human lifespan, a new tool developed at Gladstone can predict genes associated with aging and age-related diseases.
News Release Research (Publication) Cardiovascular Disease Theodoris Lab Aging AI
Scientists at Gladstone are combining AI models with cutting-edge lab tools to finally make sense of the human genome.
AI Srivastava Lab Pollard Lab Engelhardt Lab Theodoris Lab Shipman Lab Ramani Lab Finkbeiner Lab Cardiovascular Disease Neurological Disease
Gladstone scientists are developing new AI tools that promise to revolutionize how science is done and lead to new treatments for the most devastating diseases.
AI Srivastava Lab Pollard Lab Engelhardt Lab Theodoris Lab Shipman Lab Ramani Lab Finkbeiner Lab Cardiovascular Disease Neurological Disease
Science—AI cell models that emulate their living counterparts hold potential to transform biomedicine, and Gladstone Investigator Christina Theodoris has been at the forefront of this effort with her platform for predicting gene interactions. (Subscription required.)
Gladstone Experts Theodoris Lab AI
Bruneau, director of the Gladstone Institute of Cardiovascular Disease, shares exciting recent advances in heart research and talks about the impact of predictive AI.
Gladstone Experts Heart Failure Cardiovascular Disease Alexanian Lab Bruneau Lab Pollard Lab Theodoris Lab AI
Nature—Gladstone Assistant Investigator Christina Theodoris salutes the biggest-ever AI biology model as a significant step towards understanding how DNA regulates gene expression.
Theodoris Lab Data Science and Biotechnology Gladstone Experts
Science—In this Perspective article in Science, Gladstone investigator Christina Theodoris shares insights on a new AI model known as Evo that can deduce how bacterial and viral genomes operate—and then use that information to design new proteins and even whole microbial genomes. (Subscription required.)
Gladstone Experts Theodoris Lab AI
New York Times—Several new artificial intelligence-powered programs are setting their sights on the fundamentals of biology. They are not simply tidying up the information that biologists are collecting. They are making discoveries about how genes work and how cells develop. Gladstone Assistant Investigator Christina Theodoris shares her journey of creating the deep learning model GeneFormer.
Cardiovascular Disease Theodoris Lab AI Big Data
Nature Podcast—Assistant Investigator Christina Theodoris explains how she and her collaborators used artificial intelligence to uncover how genes work together to control cells and tissues, even in situations such as rare diseases where data are in limited supply.
Gladstone Experts Cardiovascular Disease Theodoris Lab AI
Researchers trained a computer model to understand the connections between thousands of genes—and pinpoint how those connections go awry in human disease
News Release Research (Publication) Cardiovascular Disease Theodoris Lab
Christina Theodoris joins Gladstone as an assistant investigator to find new therapies for people with life-threatening cardiovascular diseases
Institutional News News Release Profile Cardiovascular Disease Data Science and Biotechnology Theodoris Lab
A drug candidate found by Gladstone researchers could help prevent tens of thousands of heart surgeries every year
News Release Research (Publication) Heart Failure Cardiovascular Disease Srivastava Lab Theodoris Lab AI CRISPR/Gene Editing Disease Models Stem Cells/iPSCs
Gladstone scientists discovered how the ends of chromosomes protect mice from developing a human disease of aging.
News Release Research (Publication) Srivastava Lab Theodoris Lab Aging
