One year of scientific output. Each life science preprint scored blind, without knowing who wrote it or where they work. The 1% is what exceptional science looks like when nothing else gets in the way.

Theodoris is one of 28 young scientists featured in Scientific American’s inaugural list of rising stars.

Creating artificial-intelligence models to find treatments for cardiac diseases.

Bay Area scientists are trying to find out.

Ion Genomics Podcast Episode 2: I spoke with the GeneFormer developer and painter about her new model of aging, MaxToki.

Gladstone Investigator Christina Theodoris is leveraging artificial intelligence to revolutionize how scientists approach crucial questions about the inner workings of the body.

Gladstone Investigator Christina Theodoris is developing novel AI models to predict what goes wrong in disease—and how to fix it.

Trained on data spanning the human lifespan, the tool developed at Gladstone can predict genes associated with aging and age-related diseases.

AI cell models could transform biomedicine—if they work as promised

The emergence of these models represents the "biological data revolution and AI model revolution coming together".

Given troves of data about genes and cells, A.I. models have made some surprising discoveries. What could they teach us someday?

Geneformer is a major breakthrough in using artificial intelligence for biological research. Christina Theodoris discusses her work with SCINQ.

How an AI overcomes data-scarcity to map gene networks

Transfer learning and massive single cell transcriptomics predict bio

Researchers trained a computer model to understand the connections between thousands of genes—and pinpoint how those connections go awry in human disease

Christina Theodoris joins Gladstone as an assistant investigator to find new therapies for people with life-threatening cardiovascular diseases

A drug candidate found by Gladstone researchers could help prevent tens of thousands of heart surgeries every year

Gladstone scientists discovered how the ends of chromosomes protect mice from developing a human disease of aging.