イスラエルで最高の同行者の宿泊（1日分）医師 - トップ2名の医師

Prof. Amos Toren, MD, PhD, MHA, is a pediatric hemato-oncologist and BMT specialist. He served as Director of Pediatric Hemato-Oncology and BMT at Sheba Medical Center.

He is board certified in Pediatrics, Pediatric Hemato-Oncology, and Bone Marrow Transplantation. He holds a PhD in Human Genetics. He was Head of the Hematology Division at Tel Aviv University for two terms. He is a member of ASH, COG, ESPHI, EBMT, and CIBMTR. He also serves on the Ministry of Health Cord Blood Committee.

He led one of Israel’s most advanced pediatric oncology and BMT programs. The program treated children and young adults. His focus includes leukemia and lymphoma, immunodeficiencies, and rare cancers. He specializes in BMT and CAR T-cell therapy.

His translational research covers CAR T cells, cytokine-induced killer cells, pediatric brain tumors, and targeted therapies. He has worked with St. Anna, the NIH, and St. Jude. His publications include studies on pediatric SCT prophylaxis and PARP resistance.

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.