Mural Oncology


Mural Oncology is dedicated to transforming cancer immunotherapy through innovative protein engineering. Their mission is to develop and deliver new medicines that increase the number of patients benefiting from immunotherapy, focusing on cytokine-based therapies for difficult-to-treat cancers. They leverage their expertise in cytokine biology and immune cell modulation to create first- and best-in-class immunotherapies, aiming to provide meaningful clinical benefits across a wide range of cancers.

Industries

health-care
oncology
public-relations
therapeutics

Mural Oncology

Waltham, Massachusetts, United States, North America


Products

Engineered IL-2 variant immunotherapy (clinical lead)

An engineered interleukin-2 variant designed for selective immune modulation and evaluated in early- and late-stage clinical trials.

Half-life–extended IL-18 variant resistant to endogenous binding protein (preclinical)

An IL-18 variant engineered for extended circulation time and reduced inhibition by endogenous binding proteins to enhance therapeutic potential.

Tumor-targeted split IL-12 subunit therapy (preclinical)

Split IL-12 subunits delivered via tumor-targeting modalities that preferentially self-assemble at the tumor site to limit systemic exposure.


Services

Clinical development and trial execution

Design and run multi-phase oncology clinical trials, including combination therapy studies and dosing schedule optimization.

Expanded Access Program management

Evaluation and administration of compassionate use requests for investigational oncology therapies prior to approval.

Scientific publication and conference dissemination

Preparation and distribution of preclinical and clinical findings through peer-reviewed journals and scientific meetings.

Partnership and collaboration engagement

Point of contact and engagement for potential development collaborations, media, and investor relations.

Expertise Areas

  • Cytokine-based immunotherapy development
  • Protein engineering for biologics
  • Preclinical oncology models and efficacy testing
  • Clinical trial design and management (Phases 1–3)
  • Show More (4)

Key Technologies

  • Protein engineering
  • Cytokine variant design
  • Half-life extension techniques
  • Binding-protein resistance engineering
  • Show More (6)

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