Baylor College Scientist Presents Update on Osteogenesis Imperfecta Dresden, 16.11.2018 Dr. med. Ingo Grafe, a German clinician scientist currently working with the group of Brendan Lee at the Department of Molecular and Human Genetics at Baylor College of Medicine in Houston, Texas, will give a talk on osteogenesis imperfecta on 3rd December at 3 pm in the lecture hall at house 19 (DINZ) in a joint symposium of the Center for Healthy Aging (UCGA) and the Center for Rare Diseases (UCSE) at UKD. He will give new insights into the therapy of the [...]
About Markus-KPThis author has not yet filled in any details.
So far Markus-KP has created 11 blog entries.
Strong bones and less fat – Scientists from Dresden and Leipzig identify novel molecular switch of bone and energy metabolismMarkus-KP2018-11-09T09:18:14+00:00
Strong bones and less fat – Scientists from Dresden and Leipzig identify novel molecular switch of bone and energy metabolism Dresden, 09.11.2018 The formation of bone and fat is very much interdependent as both tissues originate from the same type of progenitor cells: mesenchymal stem cells. These either evolve into osteoblast, cells that build up bone mass, or into adipocytes, fat cells, respectively. Factors supporting the formation of fat tissue inhibit bone regeneration at the same time and thereby negatively impact bone quality. A team of scientists from the Universities of Dresden, Leipzig [...]
Bone health is a crucial factor to assure quality of life Dresden, 01.11.2018 A novel review of Tilman Rachner describes how adjuvant endocrine therapies of breast and prostate cancer impair bone health to reduce risk of fracture. Preservation of bone health still remains a long-term clinical challenge in patients with breast and prostate cancer. Dr. Rachner emphasizes: “Each patient receiving endocrine therapy should be stringently assessed for their individual fracture risk when therapy is initiated, and this risk should be reassessed in adequate intervals or whenever major changes to disease status or treatment [...]
μBONE - Colonization and Interactions of Tumor Cells within the Bone Microenvironment Dresden, 01.10.2018 A Germany-wide consortium of cancer and bone scientists started its work on studying the initial colonization of bone by tumor cells and the early interaction with bone cells. To obtain mechanistic insights into these questions, the consortium focusses on breast and prostate cancer. The µbone research alliance will tackle the knowledge gap on bone metastases and reveal innovative mechanistic concepts of bone-tumor interactions for subsequent studies to prevent or cure bone metastases. More information [...]
Thyroid Hormones and Bone How Thyroid Hormones Control Bone Thyroid hormones control growth, shape, and accrual of bone. They are indispensable for normal bone development and homeostasis. As undiagnosed hyperthyroidism is an important risk factor for falls and osteoporotic fractures, we see a need to uncover mechanisms of bone loss associated with altered thyroid function that may translate into better bone health. In this area, we define how thyroid hormones and their receptors affect bone biology and skeletal strength with a focus on osteocyte biology and associated pathways, including Wnt signalling. [...]
Cancer and Bone Fatal Attraction – Why Bone Cells Home to Bone Over the course of their lifetime, one out of eight women and men will develop breast or prostate cancer. These tumors display a high tendency to spread to bone, hibernate for several years, and rapidly destroy bone at later stages of bone metastases. Bone metastases due to breast and prostate cancer severely compromise the quality of life and indicate poor outcome. The mechanisms how and why these tumor cells metastasize to bone and the contribution of host factors from [...]
Biomaterials and Bone Regeneration Smart Solutions for Worst Case Scenarios Bone has a remarkable regeneration potential. Thus, when bone fractures due to e.g. accidents, usually bone repairs itself. However, during ageing and disease, this potential is markedly reduced, requiring the need for biomaterials to enhance this process. The material that is brought in is expected to mimic bone function and integrate into a living organism. In this research field, we study the potential of extracellular matrix components, such as glycosaminoglycans (GAG) to accelerate bone regeneration. Since GAGs are natural components [...]
OsteoImmunology How Bone and the Immune System communicate A wide variety of chronic inflammatory diseases cause bone loss. To understand this phenomenon, the Bone Lab focuses on two common diseases: rheumatoid arthritis, a chronic inflammation of the joints, and periodontitis, an inflammation of the tooth-supporting structures. In rheumatoid arthritis, which affects 1-2% of the population, joints and bones are damaged and mobility is lost. Periodontitis affects almost 50% of the aging population and leads to tooth loss. Both diseases considerably impair life quality. Our aim is to better understand the [...]
OsteoHematology Hidden Secrets of the Osteohematopoietic Niche In the osteohematopoietic niche, home of bone and blood stem cells, the aging process affects both cell types. Clinically, this translates into fragility fractures and anemia. Myelodysplastic syndrome (MDS) is a human disease of age-related impaired function of the osteohematopoietic niche. To disentangle the alterations in MDS, a comprehensive approach with suitable disease models is required. Using big data analysis of almost 900,000 patients, we recently found that MDS patients indeed have 2-fold higher risk for osteoporosis. Moreover, treatment of cytopenia in MDS [...]
Diabetes and Bone Towards more Quality – Deciphering the Sweet Bone Phenomenon Bone in patients with diabetes breaks easily and heals poorly. Sometimes, it does not heal at all. For the patients, this means immobility over months and as a consequence less life quality. Type 2 diabetes mellitus and osteoporosis may affect half of the aging European population. However, the 'sweet bone phenomenon' remains a conundrum, since bone mineral density is paradoxically high or normal. Therefore, we set out to answer the fundamental question “How is bone weakened by diabetes?” [...]