Novartis announces expansion of community health programs to close gaps in heart disease and cancer care, targeting more than 30 countries by 2030
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  • Strengthens three community health models spanning communityembedded care, earlier intervention and datadriven population health

  • Scales program footprint from 11 countries to more than 30 by 2030, including across five cities in the U.S.

  • Builds on pilot programs that demonstrated significant increase in control rates for high blood pressure in pilot settings

Working with communities to close gaps in heart disease and cancer care
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Novartis IgAN data in New England Journal of Medicine show Fabhalta® slowed kidney function decline by 49.3%
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  • Fabhalta lowered likelihood of progression to kidney failure by 43% in APPLAUSE-IgAN study1
  • 40.7% of patients on Fabhalta demonstrated sustained reduction of protein in urine over two years1
  • Fabhalta granted priority review by FDA for traditional approval

Basel, March 29, 2026 – Novartis today announced final two-year results from the Phase III APPLAUSE‑IgAN study of Fabhalta® (iptacopan) in IgA nephropathy (IgAN).

Novartis withdraws EMA application for adding new indication for Pluvicto®
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Novartis agrees to acquire Excellergy, Inc., building on allergy leadership with next-generation anti-IgE innovation
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– Proposed acquisition strengthens Novartis immunology strategy in food allergy and other IgE-driven diseases
   
– Lead asset Exl-111 builds on proven IgE biology with a differentiated mechanism designed to dissociate receptor-bound IgE and drive faster, deeper pathway suppression
   
– Exl-111 would complement existing Novartis portfolio in allergy with potential to improve both symptom control and convenience
  

Novartis agrees to acquire Excellergy, Inc., building on allergy leadership with next-generation anti-IgE innovation
arcticnovartis

– Proposed acquisition strengthens Novartis immunology strategy in food allergy and other IgE-driven diseases
   
– Lead asset Exl-111 builds on proven IgE biology with a differentiated mechanism designed to dissociate receptor-bound IgE and drive faster, deeper pathway suppression
   
– Exl-111 would complement existing Novartis portfolio in allergy with potential to improve both symptom control and convenience