Author Interviews, Prostate Cancer / 03.05.2014
Prostate Cancer: Mathematical Model Defines Growth of Bone Metastases
MedicalResearch.com Interview with:
Arturo Araujo, PhD IMO
Moffitt Cancer Center
Tampa, FL 33612
MedicalResearch: What are the main findings of the study?
Dr. Araujo: Using in vivo approaches it is often challenging to study the multiple simultaneous interactions occurring at various time points in the setting of bone metastasis. However, integrating biological data with a powerful computational model allowed us to build a tool that could not only mimic the in vivo growth of cancer in bone but also to determine how the disease was behaving at any given time point. The key finding for us was that the computational model demonstrated the phasic or cyclical nature of how the prostate cancers grow in bone. For example, a wave of osteoclast mediated bone resorption would be followed by sustained bone formation by osteoblasts, followed again by bone reposition. We think these findings could provide novel insights into when the best time to apply therapies might be in order to obtain maximum efficiency.
























