Skip to page content
Back to overview

Oct 22, 2020

TMEM16A inhibitors as a treatment option for cystic fibrosis

Life Sciences, Cardiovascular Disease

  • TMEM16A inhibitors represent a causal treatment for cystic fibrosis
  • They reduce both excessive mucus formation and airway contraction
  • Repurposing possible: TMEM16A inhibitors include FDA-approved and well-tolerated drugs

Your contact

Dr. Katrin Bercht

E-Mail:
kbercht@baypat.de
Phone:
+49 (0) 89 5480177 - 16
Reference Number:
B78025

Challenge

It is estimated that more than 70 000 patients worldwide are suffering from cystic fibrosis (CF), a lethal genetic disorder characterized by a severe pulmonary disease caused by production a highly viscous and adherent mucus. Because CF is caused by more than 2000 different mutations, a therapy from which all patients would benefit does not exist. An ideal causal therapy for CF would reduce the excessive mucus formation as well as the airway contraction.

Innovation

Both can be achieved by using compounds that inhibit the calcium-activated chloride channel TMEM16A, which plays a crucial role in both airway smooth muscle contraction and mucus formation. Among such compounds, the FDA-approved and well-tolerated drug niclosamide and related substances have been shown to effectively reduce mucus formation in preclinical animal studies. The drugs may ideally be formulated for inhaled delivery with a spray or nebulizer.

Commercial Opportunities

  • TMEM16A inhibitors reduce axcessive mucus production as well as airway contraction
  • Possible repurposing of FDA-proven and well-tolerated drugs
  • Development of a drug formulation for inhalation (in form of a spray or nebulizer)

Development Status

Efficacy proven in-vivo (mouse asthma model). Seeking partners for further development and licensing

References

Interested? Get in touch!

Contact a specific team member via the Team section or simply use our contact form for your request.

Privacy settings

This website uses cookies. Cookies improve its usage and help make this website better.
Privacy policy