Perceptive Discovery and Pfizer Launch FIBRE Consortium to Advance Fibrosis Drug Development Through Advanced Imaging
核心洞察
Perceptive Discovery (搜索) announced the launch of the FIBRE Consortium, a pre-competitive collaboration with Pfizer, Lantheus (搜索), and Lumina Pharmaceuticals (搜索) to revolutionize multi-organ fibrotic disease treatment through advanced imaging biomarkers.
The consortium will leverage PET and MRI imaging to identify and validate early disease biomarkers, with initial studies focusing on Metabolic Dysfunction-Associated Steatohepatitis (搜索) (MASH) and potential expansion to other fibrotic conditions.
Lantheus (搜索) will supply LNTH-1363S targeting Fibroblast Activation Protein (搜索), while Lumina Pharmaceuticals (搜索) will contribute [⁶⁸Ga]CBP8 (搜索) tracer targeting Collagen Type I (搜索) for comprehensive fibrosis imaging research.
Perceptive Discovery (搜索), a global leader in molecular and functional imaging research, announced the launch of the FIBRE (Fibrosis Imaging Biomarker Research & Evaluation) Consortium on June 20, 2025. This groundbreaking pre-competitive collaboration brings together Pfizer, Lantheus (搜索), and Lumina Pharmaceuticals (搜索) to revolutionize the treatment of multi-organ fibrotic diseases (搜索) through advanced imaging biomarkers.
Addressing Unmet Medical Need Through Advanced Imaging
The FIBRE Consortium combines world-class expertise in drug development and advanced imaging to tackle a significant and growing unmet medical need in fibrotic diseases (搜索). By leveraging Positron Emission Tomography (PET) and Magnetic Resonance Imaging (MRI), the consortium aims to identify and validate early disease biomarkers, streamlining and optimizing the development of disease-modifying therapies for fibrosis.
All studies will be conducted at the Perceptive Discovery (搜索) London Imaging Center, ensuring the highest standards in data acquisition and imaging analysis. Initial research will focus on Metabolic Dysfunction-Associated Steatohepatitis (搜索) (MASH), with potential future expansion into other fibrotic conditions.
Targeting Key Fibrosis Biomarkers
The imaging research will evaluate tracers targeting two critical components of fibrosis progression: Fibroblast Activation Protein (搜索) (FAP) and Collagen Type I (搜索). These studies will include both patients and healthy volunteers to detect biomarkers of early disease progression.
"Fibrotic diseases (搜索) are progressive and debilitating, with a pressing need for therapies that can truly modify the course of the disease," said Eugenii A. Rabiner, EVP and Global Head of Translational Applications at Perceptive Discovery (搜索). "Molecular and functional imaging biomarkers offer a powerful way to transform early-phase drug development—enabling more precise decisions, reducing trial size and cost, and increasing the likelihood of success in bringing new therapies to the patients who need them most."
Strategic Partnership Contributions
Lantheus (搜索), the leading radiopharmaceutical-focused company, will supply the precursor to its PET imaging agent targeting FAP (LNTH-1363S), which will be radiolabeled with 18F by Perceptive for clinical research use in the FIBRE consortium studies. FAP is a membrane-bound dipeptidyl peptidase that is selectively expressed in activated fibroblasts during the development and progression of fibrosis.
Lumina Pharmaceuticals (搜索), a clinical-stage pharmaceutical company, will contribute [⁶⁸Ga]CBP8 (搜索), a tracer targeting Collagen Type I (搜索), the dominant collagen type produced during pathological fibrosis. [⁶⁸Ga]CBP8 PET imaging has been shown to quantify pulmonary fibrosis (搜索) in patients and measure collagen changes over time or in response to therapeutic intervention.
Building on Previous Success
The FIBRE Consortium represents a major step toward standardizing care for fibrotic diseases (搜索) by promoting cross-sector collaboration and shared data. The initiative draws inspiration from the success of MIND MAPS (Molecular Imaging in Neurodegeneration – Mitochondria, Associated Proteins, and Synapses), a previous collaboration between Perceptive Discovery (搜索), Pfizer and other leading pharmaceutical and academic collaborators.
FIBRE is designed to expand cross-disease biomarker research and attract new biotech and pharmaceutical partners. Each new member will have the opportunity to lead disease-specific cohort studies and contribute to a growing foundation of knowledge shaping the future of fibrosis treatment.