Tibia
OrthoPediatrics receives FDA 510(k) clearance of pediatric tibial nailing system
Distal radius allograft may offer novel glenoid reconstruction option
Tibia, blood epigenetic biomarkers of lead exposure tied to elevated CVD mortality risk
Zimmer Biomet receives FDA 510(k) clearance of Persona OsseoTi keel tibia
Vitamin D-calcium supplement effect on tibia similar to that of placebo
Elevated posterior tibial slope increased risk for revision ACL failure
Knee stability drives prosthesis design, surgical technique for primary TKA
Suprapatellar nailing effective for tibial shaft, periarticular fractures
Tibial shaft fractures have an incidence of 16.9 per 100,000 people per year. Men aged 10 to 20 years tend to sustain these fractures, whereas women aged 20 to 30 years tend to sustain these injuries. The mechanisms of injury include low-energy twisting injuries or high-energy trauma which portend a high risk of associated soft tissue injury due to the subcutaneous location of the tibia. Treatment options are largely dictated by integrity of the soft tissue envelope and location of the fracture.
Manipulation under anesthesia, lysis of adhesions found effective for arthrofibrosis after trochleoplasty
Balanced cable transport with circular fixation may be safe treatment for tibia bone defects
According to a presentation at the Limb Lengthening and Reconstruction Society Annual Meeting, balanced cable transport with circular fixation with intramedullary nailing may be a reliable and safe treatment for tibial bone loss correlated with severe open fractures, infected nonunions and osteomyelitis.