von: Marmor, M.

Decision Making in Orthopaedic Trauma

Decision Making in Orthopaedic Trauma

2017, 190 pages

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ca. 1 - 3 Tage

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Decision Making in Orthopaedic Trauma von Marmor, M.

Few if any medical fields share the complexity of injuries and the number of available treatments that exist in orthopaedic trauma.
Deciding on the most efficacious treatment can often be difficult. In this digital age with a tsunami of medical information and conflicting data on numerous approaches, practitioners who treat orthopaedic trauma often find it problematic to make evidence-based choices.
Decision Making in Orthopaedic Trauma is the largest compendium of orthopaedic trauma algorithms assembled to date.
The decision trees cover a broad spectrum of cases - from simple isolated fractures - to severe, life-threatening conditions.
The decisions on which action to perform in each situation are largely based on the personal experiences of the individual authors, all members of the University of California, San Francisco (UCSF) Zuckerberg San Francisco General (ZSFG) Orthopaedic Trauma Institute.
When the decisions are supported by published scientific literature, the relevant publications are cited.
Visually appealing, easy-to-comprehend decision trees detail underlying pathologies, suspected diagnoses, required imaging studies, possible treatment approaches, rehabilitation, expected outcomes, and postsurgical care.
The format is more conducive to swiftly acquiring knowledge and making informed decisions than traditional texts and websites.

Key Features:
Management of a wide range of emergencies including compartment syndrome, open fractures, peripheral nerve injuries, mangled extremities, and multiple trauma
Perioperative care - from acute and chronic pain management - to venous thromboembolism prevention and the use of regional anesthesia.
Major sections organized by anatomic region cover upper extremity, lower extremity, pelvic, hip, and spine trauma.
Clinical pearls on the management of osteoporotic, neoplastic, and periprosthetic fractures and fracture complications.
Impacted anatomy, differential diagnoses, and possible approaches visualized through high-quality color illustrations and radiographs.
Consistent color scheme differentiates actions, imaging, and rehabilitation guidelines.
Appendices provide a quick reference on imaging, bracing, and rehabilitation recommendations.
This uniquely formatted, visually rich book will enable surgeons, physicians, and residents to understand and apply critical decisions to a wide range of fractures, dislocations, nerve injuries, and musculoskeletal complications.

Marmor, M.

Dr. Meir T. Marmor, MD
has a strong clinical interest in treatment of complex fractures and fracture complications as well as in joint replacement surgery. He is interested in pelvic and acetabulum surgery, knee surgery, foot and ankle surgery, complex intra-articular surgery, minimally invasive techniques, computer navigation and fractures in the elderly. His research interests include assessment of clinical outcomes of surgery, minimally invasive techniques in fracture surgery, musculoskeletal biomechanics, surgical education, and computer modeling & simulation of musculoskeletal biology. Dr. Marmor has been an invited speaker at national and international conferences, speaking on topics such as measurement of outcomes in fracture surgery, evaluation and management complex fractures, fracture imaging and advanced techniques in fracture surgery. Dr. Marmor is a graduate with honors of the Israeli Institute of Technology medical school. After medical school he served in the Israeli army for 7 years as a medical officer and then for 5 years as a flight surgeon. While in the military he completed his orthopaedic residency in Tel Aviv and Barzilai medical centers in Israel. He has also undergone training in trauma management at the Tel Hashomer medical center in Israel. After completing his residency, he had further clinical training in Orthopaedic Trauma Surgery as a clinical fellow at UCSF.

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