Bone & Skin Laboratory
Research in this laboratory is also related to Organ & tissue replacement.
Head of laboratory:
Work in this laboratory is directed towards a better understanding of the problem of osteoporosis and its treatment. Mechanisms that regulate bone turnover and bone mass are studied in human bone cells using molecular techniques. Studies are also undertaken, in collaboration with biomedical engineering, to test the ability of a variety of synthetic materials which could be used for bone implants, to support the growth of bone cells.
Vitamin D is important for normal bone and muscle function and is made in skin. Studies by this group have shown that in skin, vitamin D compounds contribute to protection from ultraviolet/sun damage. Examination of how this photoprotective effect is produced is also a focus of the laboratory and may lead to new agents to enhance sun protection.
