
Wave was founded in 2012 and is publicly traded on Nasdaq (WVE). The company has evolved from stereochemistry-focused antisense development into a multi-modality RNA medicines developer spanning RNA editing, gene silencing and splicing/targeted RNA approaches, with a portfolio that includes both rare and more prevalent diseases.
Wave’s disclosed pipeline focus spans:
Wave’s platform strategy centers on precise oligonucleotide design and chemistry to drive potency, selectivity and tolerability across modalities. Current modalities include:
Wave’s leadership has been built around RNA medicines development, clinical execution and CMC scale-up. Senior leadership changes disclosed in the last 12–18 months include the appointment of a new Chief Medical Officer in 2025.
Wave has used partnerships to expand program throughput and share risk. A multi-program collaboration with GSK announced in 2022 included GSK rights to Wave’s AATD RNA editing program. In January 2026, Wave reported that it regained full rights to WVE-006 (AATD) following GSK’s departure from the program, bringing development back in-house.
Wave develops RNA medicines using engineered oligonucleotides. The platform is designed to support multiple mechanisms—silencing, editing and allele-selective modulation—depending on the disease biology and the target tissue.
Wave’s pipeline concentrates on obesity/metabolic disease, genetic liver/lung disease (AATD), and CNS disease (Huntington’s), with additional programs in genetically defined disorders such as Duchenne muscular dystrophy.
Key disclosed clinical-stage programs include:
Recent disclosures have focused on:
Near-term milestones are execution-driven: further Phase I dose data for WVE-007, next-stage planning for WVE-006 in AATD under full control (including FDA engagement referenced by the company), and decisions on the registrational path for WVE-003 following Phase I/II learnings.
Wave positions itself as a multi-modality RNA developer where chemistry and oligonucleotide design are used to tune selectivity, durability and tolerability for different mechanisms (silencing vs editing vs allele-selective modulation). The differentiation case is program-specific and is intended to be demonstrated through human pharmacology and clinical outcomes rather than platform claims alone.
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