Trauma

La experiencia de nuestros pacientes y sus seres queridos —y no solo sus dolencias— es nuestra máxima prioridad. Nuestro equipo de atención médica estará a su disposición para analizar su afección, responder a sus preguntas, evaluar las opciones de tratamiento y desarrollar la estrategia más adecuada para usted.

Orthopedic traumas present unique challenges. At Montefiore Einstein, we believe that optimal outcomes are achieved through diligent evaluations, precise diagnoses and individualized treatment plans developed through years of clinical experience.

With experience in both conventional surgery and leading-edge surgical techniques, our board certified orthopedic traumatologists carefully select the most appropriate management strategy for each patient. Prior to any procedure, our surgeons always consider a patient’s unique needs, expectations and surgical goals.

Nuestra condición de sistema de salud académico nos sitúa a la vanguardia de nuestro campo. Junto con el Albert Einstein College of Medicine, una de las instituciones con mayor financiación de los NIH en el país, realizamos investigaciones de forma continua con el objetivo de descubrir mejores opciones de tratamiento para nuestros pacientes. Presentamos periódicamente los resultados de nuestras investigaciones y los publicamos en revistas científicas revisadas por pares.

When a limb is threatened by trauma or infection, conventional plates or rods may not be a viable treatment option. Ilizarov frames or Taylor spatial frames offer alternative approaches. These techniques place the majority of the implant outside the patient’s body and only pass thin wires or pins through the bone. Ring fixators like these are an invaluable treatment method for fractures that don’t heal, heal in poor alignment, develop postsurgical infections or have large associated wounds. 

Using pins placed through the skin, rings are affixed to a bone above and below the fracture. These external rings can be manipulated to compress fractures, gradually realign limbs or even “grow” bone that has been lost due to trauma or infection. 

Such advanced techniques are instrumental in managing particularly complex clinical cases in which routine approaches may yield suboptimal results. Expertise in these methods allows for limb salvage and improved quality of life for many patients with either extensive injury or chronic post-traumatic conditions.

Improper healing may result in malalignment or shortening of the limbs, which can impact ambulation, recreational activity and quality of life. In these cases, either realignment of the bone, lengthening of the bone or both can greatly restore a patient’s functional abilities. 

Improved alignment is obtained by first creating a planned break in the bone (osteotomy). In certain situations, once realigned, bones can be held in place with plates and screws or an internal rod. 

In cases where the bone is also shortened, a growing metal rod, which lengthens over time, can be placed within the center of the bone. The rod is reliably controlled or activated by an external magnet placed on the skin, allowing the bone to lengthen along with the rod. In rare circumstances, these rods can also be used in reverse to compress broken bones that failed to heal over time or to move a segment of bone to an area of bone deficiency.

Fractures of the pelvis are one of the most complicated trauma conditions to treat. Our orthopedic traumatologists are trained in the latest techniques and surgical approaches to pelvic and acetabular fracture reconstruction. 

In certain cases, screws can be inserted using a minimally invasive approach, offering patients improved stability and pain relief while minimizing surgical risk. Detailed planning is achieved with 3D computerized tomography (CT) scans, which allow for optimal positioning of pelvic screws. This provides an easier surgical option for many patients who might otherwise need to choose between nonoperative treatment and longer recovery times or larger surgeries with added risk. 

When necessary, a traditional open approach is used to address fractures of the pelvis. X-rays and CT scans are routinely used for injury assessment and preoperative planning. Incisions are then made either to the front or back of the pelvis to realign or reduce the injured bones. Plates and screws are employed to secure the bones in their proper position until they unite or heal. 

Recovery time is variable and depends on a host of patient and injury-specific factors. These surgeries are complex and require attention to detail, experience with challenging anatomy and advanced training. Our surgeons have been specifically trained to manage such difficult cases and guide patients through the postoperative recovery period.