Bone defects usually result from trauma, or falls, and distal epiphysis fracture of forearm is the most common injury encountered among others . Thus, the restoration of bone integrity remains a critical challenge in orthopedic and reconstructive medicine. Special attention is needed for trabecular bone repair while it is more active in remodeling, and which leads to lower mineralization (newly formed bone has lower mineralization than the older one). It is important to note that trabecular bone balance (the amount of new bone minus old bone resorbed) is mildly negative in adult life, which explains trabecular thinning with aging and thus higher fragility and susceptibility to fracture. Conventional therapies involve many non-surgical methods in case of simple fractures, but with more severe fractures, surgical attention is required. Traditional surgical methods involve bone substitutes like autografts or allografts and metal implants . These methods have many limitations like immune rejection, causing infection and inflammation at insertion site, instability of fracture, limited availability etc. . These challenges highlight the need for better materials and minimally invasive approaches that can reduce complications and improve patient outcomes.