44th Annual J.P. Morgan Healthcare Conference
Logotype for Wave Life Sciences Ltd

Wave Life Sciences (WVE) 44th Annual J.P. Morgan Healthcare Conference summary

Event summary combining transcript, slides, and related documents.

Logotype for Wave Life Sciences Ltd

44th Annual J.P. Morgan Healthcare Conference summary

8 Jul, 2026

Strategic vision and innovation

  • Focus on unlocking the potential of RNA medicines, leveraging proprietary chemistry and deep genetic insights for rapid translation from discovery to clinical candidates.

  • In-house GMP manufacturing and strong IP position enable swift clinical advancement, innovation, and scalability.

  • Innovations in siRNA chemistry yield 10-15x improvement in AGO2 loading, enhancing potency and durability.

  • Bifunctional oligonucleotide constructs enable simultaneous RNA editing and silencing, expanding therapeutic reach.

  • Well-capitalized with approximately $602 million in cash runway into Q3 2028, supporting strategic focus on obesity and RNA editing programs.

Obesity program (INHBE siRNA)

  • Lead program WVE-007 targets INHBE for obesity, showing durable fat loss and muscle preservation in preclinical and clinical studies, with potential for once or twice-yearly dosing.

  • Phase 1 data demonstrate potent, durable Activin E reduction, with nearly 9.5% visceral fat loss and slight lean mass increase at three months.

  • Differentiation from GLP-1s includes muscle preservation, favorable safety, and potential for combination or maintenance therapy.

  • Phase 2a INLIGHT study to enroll higher BMI patients and explore monotherapy, combination, and maintenance settings.

  • New clinical trials planned for WVE-007 as add-on to incretin and post-incretin maintenance in 2026.

Clinical and mechanistic insights

  • INHBE silencing reduces both subcutaneous and visceral fat, with muscle preservation critical for metabolic health.

  • Human genetics from UK Biobank support INHBE as a target, with 50% loss-of-function linked to improved metabolic profiles.

  • Mechanism involves liver-derived Activin E acting on adipocyte ALK7 receptors to regulate fat storage; silencing promotes lipolysis.

  • Preclinical and clinical data show slower but sustained weight loss compared to GLP-1s, driven by fat loss rather than muscle loss.

  • Maintenance therapy with INHBE siRNA can prevent weight regain after GLP-1 cessation, independent of caloric intake.

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