Biology decoded,
disease undone

Modulating transcription factor activity to restore health

Drug discovery is coming from the wrong direction: targeting the downstream consequences of disease rather than the underlying biological causes.

It’s time to flip the script.

By understanding and manipulating the master controllers of biology, we’re searching for drugs with the potential not just to delay disease progression, but to bring it to a halt.

Drug discovery is coming from the wrong direction: targeting the downstream consequences of disease rather than the underlying biological causes.

It’s time to flip the script.

By understanding and manipulating the master controllers of biology, we’re searching for drugs with the potential not just to delay disease progression, but to bring it to a halt.

Drug discovery is coming from the wrong direction: targeting the downstream consequences of disease rather than the underlying biological causes.

It’s time to flip the script.

By understanding and manipulating the master controllers of biology, we’re searching for drugs with the potential not just to delay disease progression, but to bring it to a halt.

A scientist wearing a white lab coat and safety glasses observes a computer screen displaying fluorescent microscopy images of cells. The monitor shows software with a central image of green and blue-stained cells, likely indicating cellular structures such as nuclei and cytoskeleton. The setting appears to be a modern laboratory with bright lighting and scientific equipment.
A scientist wearing a white lab coat and safety glasses observes a computer screen displaying fluorescent microscopy images of cells. The monitor shows software with a central image of green and blue-stained cells, likely indicating cellular structures such as nuclei and cytoskeleton. The setting appears to be a modern laboratory with bright lighting and scientific equipment.
A scientist wearing a white lab coat and safety glasses observes a computer screen displaying fluorescent microscopy images of cells. The monitor shows software with a central image of green and blue-stained cells, likely indicating cellular structures such as nuclei and cytoskeleton. The setting appears to be a modern laboratory with bright lighting and scientific equipment.

Join the team

We’re on a mission to deliver transformative therapeutics that will change lives. If you have the ambition to match ours, we want to hear from you.

Join the team

We’re on a mission to deliver transformative therapeutics that will change lives. If you have the ambition to match ours, we want to hear from you.

Join the team

We’re on a mission to deliver transformative therapeutics that will change lives. If you have the ambition to match ours, we want to hear from you.