Bone Abstracts

Human adipose-derived stromal cells (ASCs) exhibit strong plasticity and proliferation potentials. In addition, ASCs are easy to harvest and are found at high frequency in adipose tissue samples. This gives us opportunities for their use in bone regeneration therapy. We thus evaluated the bone formation potential of ASCs in vitro and in vivo.ASCs were isolated from subcutaneous adipose tissue (following Local Ethical Guideline and after...

It is well known that osteoporotic fragility fractures are an important risk factor for subsequent new vertebral and non-vertebral fractures. Many countries published recommendations to prevent fractures. Also in Italy the Minister of the Health highlighted the importance to prevent osteoporosis and the subsequent fractures, without practical instructions on the management of patients with fragility fractures in the daily clinical practice. Up to date there is no standardized ...

Background and aim: Multifaceted risk factors impair bone mass in childhood cancer survivors. Aims of the study were to evaluate bone mass and it’s determinant and fracture prevalence in CBCS 2 (G+2) or 5 (G+5) years after off therapy (OT).Methods: Seventy-three (G+2) and 87 (G+5) CBCS were evaluated at 12.9±4.2 and 14.9±4.4 yrs, respectively. Diagnoses were: astrocytic (G+2:n=25, G+5:n=24), embryonal (G+2:n=28, ...

Introduction: Research on biomaterials for bone regeneration generates a plethora of new biomaterials requiring evaluation with reliable and comparable methods of biocompatibility and functionality for clinical translation. To reduce the burden of in vivo assessment, there is a need for refined in vitro assays that are predictive of in vivo outcomes. This retrospective study correlated in vitro results with in vivo outcomes observed...