LEGENDARE is a program funded by the ERC Advanced Grant No.20800 500 aimed at using genomics for preventing and managing human skeletal fragility and associated
Bone: A rigid body tissue that makes up our body’s skeleton.
Craft: Skill and experience
BoneCraft.nl describes the expertise and experience of the Bone, Imaging & Genomics (BIG) research group of the Department of Internal Medicine at Erasmus MC. Our group is committed to transforming BIG research discoveries into tangible clinical solutions for individuals vulnerable to (musculo)skeletal disorders and other complex diseases.
Lines of research
The research of the BIG group is organized along four lines, with the first three defining the team organization (on expertise and trajectory); while the fourth line represents the clinical translation arm of the BIG group, implementing discoveries generated by the other research lines in the form of health benefit for the general population and improved patient care.
Bone Biology & Mechanistic Research
Our research aims at elucidating the cellular, molecular, and physiological mechanisms underlying the regulation of bone development, remodelling, adaptation, repair and disease.
Population Musculoskeletal Genomics, Imaging and Life-Course Epidemiology
We aim at identifying genetic, molecular, environmental, and lifestyle determinants of musculoskeletal traits and diseases throughout life using population-based cohorts and high-throughput genomic and imaging technologies.
Rare and Atypical Skeletal Disorders
Our research aims at improving the understanding, diagnosis, and management of rare skeletal diseases and atypical presentations of common (musculo)skeletal disorders.
Clinical Phenomics and Precision Skeletal Medicine
We integrate clinical phenotyping, imaging, genomics, and molecular profiling to transform how we diagnose, predict, and treat musculoskeletal diseases. By applying machine learning to population and patient big data, we bridge biology, genetics, environment, and lifestyle—paving the way for advanced fracture risk prediction, targeted prevention, and personalized health outcomes.
Projects
Featured Staff
Maria Carolina Medina Gomez
Assistant professor
Studied Chemical Engineering and Microbiology, and holds a master in Biostatistics. She obtained her PhD in 2016, entitled “Disentangling the Heterogeneity of Bone Accrual”, investigating the interplay between genetics and body composition in the determination of peak bone mass.
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