The regulome has
been hidden.
Talus
reveals it
The regulome is the body’s control center for gene expression
It determines how a cell responds in real time to a dynamic environment, shaping cellular behavior and fate, and ultimately guiding cells toward health or disease.
This dynamic system has remained out of reach
A complex system confined to the nucleus that defies in vitro modeling, it has kept hundreds of important targets hidden from discovery.
This dynamic system has remained out of reach
A complex system confined to the nucleus that defies in vitro modeling, it has kept hundreds of important targets hidden from discovery.
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Talus’ technology measures and modulates the regulome in its native context
Our proprietary platform unlocks the ability to design interventions at the root of cellular decision making.
Compounds
AI-designed chemical libraries built to modulate transcription factors and other regulatory proteins.
Regulome
Thousands of regulome targets quantified in live cells with functional proteomics.
Data
High-throughput cell-based assays generate tens of millions of compound-target interactions per month.
AI
Foundation AI models trained on functional and binding data across cell types, compound classes, and regulatory targets.
Pipeline
Revealing a pipeline of multiple first-in-class programs for previously undruggable targets
Our programs span transcription factors, cofactors, and splicing regulators implicated in oncology, rare disease, and immune dysfunction.
While our unbiased discovery engine identifies dozens of druggable targets, our internal pipeline focuses on the most compelling and tractable.
Partnerships
See the system. Learn the rules. Unlock new targets.
Talus selectively partners with teams pushing the boundaries of biology. Whether you’re developing therapeutics, identifying precise biomarkers, or studying unique phenotypes, our technology offers unparalleled visibility into gene regulation.
We’re open to exploring collaborations with innovative groups whose ambitions match our unique capabilities.
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Discover molecules to modulate regulome proteins driving disease
Identify novel targets and biomarkers for disease phenotypes
Deconvolve mechanisms and predict toxicity to accelerate preclinical development
Collaborate to develop and progress Talus’ pipeline programs
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Our Team
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Alex Federation, Ph.D.
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Bio

Christopher Joyce, MBA

Bio

Gaelle Mercenne, Ph.D.

Bio

Lindsay Pino, Ph.D.

Bio

Michelle Briscoe

Bio
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Will Fondrie, Ph.D.
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Bio








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Alex Federation, Ph.D.
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Bio


Lindsay Pino, Ph.D.

Bio
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Alex Federation, Ph.D.
.png)
Bio

Christopher Joyce, MBA

Bio
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Gaelle Mercenne, Ph.D.

Bio
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Lindsay Pino, Ph.D.

Bio

Michelle Briscoe

Bio
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Will Fondrie, Ph.D.
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Bio
Investors



Talus in the News
Native, Spatiotemporal Profiling of the Global Human Regulome

Native, Spatiotemporal Profiling of the Global Human Regulome
