Daily Newsletter

13 September 2023

Daily Newsletter

13 September 2023

Replicate Bioscience doses first patient in trial of rabies vaccine

The vaccine provided durable protection against the rabies virus in preclinical studies.

September 13 2023

Replicate Bioscience has dosed the first patient in a Phase I clinical trial of its RBI-4000 vaccine to prevent rabies.

The study is designed to assess the tolerability, safety, and immunogenicity of the next-generation srRNA vaccine.

It intends to enrol a total of 84 participants in the US.

The vaccine provided durable protection against the rabies virus and was found to induce antibodies and virus-specific T cells in preclinical studies.

Replicate Bioscience founder and CEO Nathaniel Wang said: “Rabies represents an ideal opportunity to provide rapid clinical validation of our novel vaccine technology given the large exposure-naive population and established correlates for protection as measured by the World Health Organization (WHO).

“Dosing our first participant is a significant milestone for our company as we advance our next-generation srRNA technology across several disease areas.”

The company’s off-the-shelf srRNAs comprise RNA encoding therapeutic proteins and a virally derived genetic code to drive controlled and self-limiting amplification.

Replicate Bioscience chief medical officer Zelanna Goldberg said: “Replicate’s srRNA technology offers the potential for more robust and durable immune responses, and improved tolerability at lower doses than existing mRNA approaches.

“In infectious disease specifically, our srRNA technology unlocks opportunities to effectively address more complex infectious disease indications and allows us to rapidly develop vaccine candidates to treat or prevent illness, a crucial capability for future pandemic readiness.”

The trial data will further be used to initiate clinical trials in oncology and autoimmune diseases.

Significant opportunities and risks for disease-modifying therapies (DMTs) entering the PD market

As PD therapy currently centers on symptomatic treatment, the need for DMTs is one of the greatest unmet needs. Several companies within the late-stage PD pipeline are developing drugs that target PD via novel MOAs. KOLs remain hopeful that these companies will uncover a class of drugs that works effectively to slow or modify the disease course. Targeting α-synuclein and other neurotoxic proteins is a key strategy in the late-stage pipeline for DMTs.

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