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 Translational Genomics of the Skeleton team at Erasmus MC. Our group is committed to transforming genomic discoveries into tangible clinical solutions for individuals vulnerable to musculoskeletal disorders and other complex diseases.

Lines of research

Deep (musculo) skeletal phenotyping

Our research enhances musculoskeletal health by analyzing bone density, body composition, muscle strength, and spinal alignment. We improve fracture risk prediction and develop interventions through advanced analytical tools, including machine learning, applied to Big Data from population and patient cohorts, integrating genetics, environment, and lifestyle for better health outcomes.

Translational Genomics

Translational Genomics, where cutting-edge genetic research meets practical healthcare solutions. Our focus includes personalized treatments, genomics-assisted decision-making, and integrating clinical and population-based studies. We aim to improve patient outcomes, enhance disease understanding, and develop targeted interventions.

Projects

The SINTER Study examines bone strength, influenced by genetics, aging, and lifestyle. Osteoporosis, linked to low bone mass and high fracture risk, worsens with age

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Featured Staff

Kirsty Huininga

PhD Researcher

I am Kirsty Huininga, with origins in the United Kingdom. Commencing my career as a Military Nurse in the United Kingdom, I relocated to the Netherlands in 2014, where I continued my nursing profession in secondary and primary care settings. Following a decade of clinical experience, I opted for a career transition into research. I successfully obtained a Research master’s degree in health sciences, culminating in my thesis entitled “Cost-effective Strategies for Mitigating Nurse Burnout: A Microsimulation Model” at Erasmus Medical Hospital.

My favourite book is the midnight library by Matt Haig