Les Meilleurs doctors pour le traitement de maladie dégénérative de la colonne vertébrale en Israël - TOP-2 des médecins

Dr. Alon Friedlander, MD, is an orthopedic surgeon and a spine and scoliosis specialist for adults and children. He is the Director of the Orthopedic Department at Sheba Medical Center. He is also an Associate Professor of Orthopedics at Tel Aviv University. He is listed by Forbes among Israel’s Top Doctors.

He treats complex spine disorders with minimally invasive and open surgery. His procedures include anterior and posterior fixation. His focus areas are scoliosis and other deformities, tumors, stenosis and instability, and disc herniation. Education: MD, Tel Aviv University; residency, Sheba Medical Center. Fellowships: Institut Mutualiste Montsouris and University Hospitals of Strasbourg (France); Queen Mary Hospital and the Duchess of Kent Children’s Hospital (Hong Kong).

Advisory roles: IDF referral physician. Consultant to soccer teams. Specialist for the Spartak Basketball Club (knee injuries).

Dr. Boaz Liberman, MD, is an orthopedic oncologist and sarcoma surgeon for adults and children. He directs the Orthopedic Oncology Unit and serves as Vice Head of Orthopedic Surgery at Sheba Medical Center. His focus is limb-sparing cancer surgery with functional reconstruction. He performs complex joint reconstruction, revision arthroplasty, MRgFUS, and reconstruction after bone metastases.

Education and training: MD, Tel Aviv University. Orthopedic surgery residency, Sheba Medical Center. Fellowships in Adult Reconstruction at Mount Sinai Hospital, Toronto, and in Orthopedic Oncology at Mount Sinai Hospital and Princess Margaret Cancer Centre. He is board-certified in Orthopedic Surgery and in Orthopedic Oncology Surgery. He is a Clinical Instructor at Tel Aviv University. Memberships include the Israel Medical Association, Israel Orthopedic Association, AATB, and EATB. He also serves on national advisory committees. His research covers bone and soft tissue sarcomas, serum markers, imaging-guided therapies, MRI arthrography, and the biomechanics of bone treated with MRgFUS.