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Revolutionary bio-inspired molecules accelerate bone healing: a breakthrough for regenerative medicine

Novel molecules enhance bone regeneration in mice by 50%, paving the way for treatments for bone fractures and related conditions

28-Apr-2023

Key points from article :

Interdisciplinary team of researchers from TU Dresden and Max Bergmann Center of Biomaterials developed novel bio-inspired molecules for bone regeneration.

The molecules are based on glycosaminoglycans, long-chained sugars like hyaluronic acid or heparin.

Computer modeling and simulations were used to design new molecules to interfere with proteins that block bone regeneration.

Materials containing these novel molecules outperformed standard biomaterials and enhanced bone healing in mice by up to 50%.

The multidisciplinary team used rational drug design, computational methods, and iterative testing to create molecules with tailored properties and minimal side effects.

The findings represent an exciting step forward in preclinical development and could lead to more effective treatments for bone fractures and other bone-related conditions.

The team aims to apply for funding for a pre-clinical study to further develop the molecules and biomaterial-based bone booster for human studies.

Research led by Prof. Lorenz Hofbauer at the Medical Faculty of TU Dresden published in Biomaterials.

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Biomaterials

Scientific journal covering research on and applications of biomaterials.

Lorenz Hofbauer

Professor of Endocrinology and Geriatrics at the TU Dresden

TU Dresden (University of Technology)

Engineering sciences university in Germany

Topics mentioned on this page:
Musculoskeletal, Digital Modeling
Revolutionary bio-inspired molecules accelerate bone healing: a breakthrough for regenerative medicine