A graphical representation of the IL-6—gp130 axis in grey with a receptor in green

Redefining Inflammation

First-in-class small molecule modulators of the IL-6–gp130 axis

Innata Bio designs first‑in‑class small molecules that fine‑tune IL‑6/gp130 signaling—reducing harmful inflammation without shutting down the pathways essential for tissue repair and immune balance.

Validated Pathway

The IL-6/gp130 signaling axis is a major contributor to chronic inflammation.

Differentiated Mechanism

First-in-class small molecules modulate IL-6/gp130 signaling: fine-tuning, not inhibiting.

Unlocking Precision

Modulation enables beneficial signaling downstream of gp130 that inhibition blocks.

Improving Tolerability

Optimizing signaling downstream of the IL-6/gp130 axis reduces inflammation without compromising innate immune functions

Broad Therapeutic Potential

We focus on inflammatory diseases with high unmet need: osteoarthritis, idiopathic pulmonary fibrosis and cardiometabolic disorders.

Fundamental Advance in Understanding Inflammation

  • Featured on the cover of Science Translational Medicine in March 2023
  • Dose-dependent reduction in pain and improvement in cartilage regeneration
  • Final data will be presented at OARSI World Congress on Osteoarthritis in April 2026
Science Translational Medicine magazine cover in blue with a photo of cellular imagery in pink and purple

Research in Partnership with

University of California Los Angeles monogram letters U C L A
University of Southern California monogram letters U S C
National Institutes of Health logo with letters N I H and Turning discovery into Health slogan