LEGENDARE is an innovative research program funded by the European Research Council (ERC) Advanced Grant No. 20800 500, with the primary objective of leveraging genomics to better understand, prevent, and manage human skeletal fragility and its related conditions. This program focuses on advancing our knowledge of the genetic underpinnings of bone health and fragility, aiming to identify key genetic factors that contribute to skeletal disorders such as osteoporosis, fractures, and other bone-related diseases.

By harnessing the power of cutting-edge genomic technologies, LEGENDARE seeks to create personalized, targeted approaches to improving bone health, providing insights into early diagnosis, risk prediction, and the development of more effective therapeutic strategies. The program also emphasizes the development of advanced tools for assessing individual susceptibility to bone fragility and offers a promising pathway for designing tailored treatments, enhancing patient care, and ultimately improving quality of life for those affected by these conditions.

In addition to its focus on skeletal fragility, LEGENDARE also aims to foster international collaborations and multidisciplinary research, bringing together geneticists, clinicians, bioinformaticians, and other specialists to create a comprehensive approach to bone health that extends beyond treatment to encompass prevention, management, and even potential cures. This ambitious initiative stands at the forefront of transforming how we approach bone diseases and their impact on individuals and societies globally.

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Scientists Information

Work package 1

Refining Genomic Profiles for Improved Insights into Skeletal Diseases

Optimization of genomic profiles: The goal of this work package is to refine genome profiling methods in order to gain new molecular and clinical insights into the phenotypic characteristics of skeletal diseases, such as osteoporosis and fragility fractures.
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Work package 2

Revolutionizing Skeletal Research with Large-Scale EOS 3D X-Ray Imaging

Large-scale EOS 3D X-ray imaging: The objective of this work package is to establish a comprehensive collection of innovative skeletal imaging assessments to advance research on skeletal fragility.
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Work package 3

Enhancing Bone Quality Assessment: Integrating RPI Technology in Skeletal Research

Large-scale assessment of bone quality (Osteoprobe): The objective of this work package is to advance beyond traditional bone mineral density (BMD) measurements and assess bone quality as a determinant of bone fragility and fracture risk, as well as the potential detrimental effects of disease states on skeletal health.
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Work package 4

Revolutionizing Bone Disease Diagnosis with AI-Deep Learning

Artificial intelligence-deep learning: The objective of this work package is to employ artificial intelligence-deep learning (AI-DL) approaches to revolutionize current clinical approaches to bone disease.
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Work package 5

Translating Genomic and Imaging Insights into Clinical Practice for Improved Bone Health

Integrated genomic profiling and Imaging clustering of patients (clinical setting): The objective of this work package is to translate genomic discoveries and imaging insights on skeletal fragility into clinical practice, with the aim of improving patient care.
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