Do Hospitals in New York City Have Good Technology for Inner Contour Fixation?
New York City, a global hub of innovation and healthcare excellence, is home to a plethora of hospitals renowned for their advanced medical technologies. When it comes to inner contour fixation, which encompasses various orthopedic, plastic surgical, and body - contouring procedures, the city's hospitals have shown remarkable progress. This article delves into the technology landscape available in New York City hospitals for inner contour fixation and evaluates their effectiveness.
Orthopedic Technology for Inner Contour Fixation
Orthopedic surgeries often involve procedures to correct joint deformities and improve the inner contour of the musculoskeletal system. In New York City, hospitals are at the forefront of using cutting - edge orthopedic technologies.
Robotic - Assisted Joint Replacement
NYC Health + Hospitals/Elmhurst, part of the largest public health - care system in the nation, announced the acquisition of the Stryker Mako SmartRobotics system for hip and knee replacement procedures. This technology combines 3D CT - based planning with data analytics. Before surgery, doctors can create a personalized plan for each patient based on their unique anatomy. During the operation, the surgeon can guide a robotic arm to perform the predetermined plan, adjusting it if necessary.
Robotic - assisted joint replacement offers several advantages. Studies have shown that it leads to greater accuracy of implant position compared to manual partial joint replacement procedures. Patients also experience faster recovery times, reduced pain, less need for opiate analgesics, less need for inpatient physical therapy, and a shorter hospital stay. For instance, total hip, total knee, and partial knee replacement patients can benefit from this minimally invasive alternative.
NYU Langone orthopedic surgeons also specialize in robotic and computer - assisted surgical techniques for hip and knee replacement. In these procedures, evidence - based pain management and rapid recovery protocols are combined with robotic and computer - assisted surgical tools. Robotic tools make precise movements that preserve bone and tissue, often resulting in a faster recovery and less muscle and soft - tissue damage. Computer - assisted surgery uses technology such as robots, accelerometers, gyroscopes, and pressure sensors to help doctors properly position implants.
Spinal Tethering for Scoliosis
Mount Sinai surgeons have performed the first - ever spinal tethering surgery in New York City to correct idiopathic scoliosis in children and adolescents. They used a vertebral body tethering scoliosis surgery, a minimally invasive approach that uses a tethering device approved by the U.S. Food and Drug Administration (FDA) in August 2019.
The Tether™ - vertebral body tethering system, which comprises a set of screws and anchors along a flexible cord attached to the spinal column, corrects the curvature. This is an alternative to spinal fusion surgery, as it allows motion in the operated segments of the spine. Unlike spinal fusion, which eliminates motion in the corrected spine and places greater stresses on adjacent unoperated portions of the spine, the vertebral body tethering procedure preserves motion and flexibility, especially in younger patients as they continue to grow. Patients may resume activities including bending, lifting, and twisting as soon as six weeks following tethering and can pursue high - level athletics, dance, and gymnastics with fewer limitations compared to those who undergo spinal fusion.
Plastic Surgical Technology for Inner Thigh Contouring
Inner thigh contouring, also known as a thigh lift, is a plastic surgical procedure aimed at tightening loose skin and enhancing the appearance of the thighs. New York City has advanced facilities and skilled surgeons offering this service.
Traditional Thigh Lift with Modern Techniques
Dr. David Shafer, a double - board - certified plastic surgeon at Shafer Clinic Fifth Avenue in New York City, offers thigh - lift surgery. During the procedure, an incision is made in the groin crease extending back toward the crease in the buttocks, or vertically from the perineum to the knees if there is extra skin to be removed. A wedge of excess skin is removed, and the remaining skin is lifted and tightly sutured to give the thigh area a sleeker and more defined appearance.
Although this is a traditional surgical approach, modern techniques focus on minimizing scarring and optimizing results. Liposuction may also be used in conjunction with the thigh lift to reduce the volume of fat in the inner thigh. Patients are typically under general anesthesia, and the procedure takes around three hours. They usually stay at the hospital for the same or next day, with swelling expected for up to 6 weeks and bruising for up to 3 weeks. Final results are seen in about 6 months, and the results can be lasting as long as the patient maintains a healthy diet and regular exercise.
Non - Invasive Body Contouring Technology
With technological advancements, non - invasive procedures have become popular alternatives for body contouring, including inner contour fixation, in New York City.
InMode Evolve
In Manhattan, NYC, InMode procedures are performed using the Evolve technology. This all - in - one treatment platform features three proprietary products: Evolve Tite, Evolve Trim, and Evolve Tone for remodeling skin, treating body and cellulite, and toning muscles, respectively. It works on the principle of radiofrequency and electromagnetic radiation to remove unwanted fat cells and improve muscle definition. This treatment can effectively address various parts of the body such as the abdomen, arms, flanks, hips, thighs, knees, and buttocks.
The benefits of the InMode Evolve treatment include providing natural - looking results, having short treatment sessions, minimal recovery time, minimal to no pain, visible and long - lasting results, and being safe and effective with no downtime. However, suitable candidates should be at or close to their ideal weight, lead a healthy lifestyle, and have realistic expectations.
BodyFX
BodyFX in NYC utilizes radiofrequency energy to eliminate unwanted fat cells and tighten saggy skin, helping patients achieve a trim, well - defined body. The BodyFX device distributes equal amounts of heat to the deep tissues on the procedure site to reduce the appearance of cellulite in the abdomen, thighs, buttocks, and flanks. This procedure is suitable for both men and women and, like other non - invasive procedures, has a short recovery period, allowing patients to get back to their normal activities immediately after the procedure.
SculpSure
Dr. Dennis Gross Dermatology in Staten Island, Queens, Brooklyn, and New York City offers SculpSure, the world’s first FDA - cleared laser device for non - invasive lipolysis of the abdomen, flanks, back, inner thighs, outer thighs, and submental area. The 1060 nm wavelength of the SculpSure laser has a specific affinity for adipose tissue, coupled with minimal absorption in the dermis, allowing it to efficiently treat areas of troublesome fat in just 25 minutes per treatment.
Over time, the body naturally eliminates the disrupted fat cells, with results seen as quickly as 6 weeks and optimal results usually in as few as 12 weeks. On average, most patients need 2 - 3 treatments spread 4 - 6 weeks apart. This non - invasive treatment destroys up to 24% of treated fat cells without surgery and has minimal downtime, with patients typically feeling a tingling sensation during the treatment and slight tenderness in the treated area for 5 - 7 days post - procedure.
Technological Integration in Operating Rooms
New York - Presbyterian Hospital is at the forefront of integrating advanced technology into the operating room itself. The hospital has opened “smart” operating rooms with an array of flat - panel displays known as the “wall of knowledge.”
This system presents up - to - the - second information about the patient, including vital signs and lab results, as well as information about the procedure, such as live video from an endoscope, laparoscope, or microscope. It also allows for video conferencing with remote areas such as surgical pathology and the broadcast of live video to a restricted website for teaching purposes. The technology helps the surgical team get a complete picture of the patient's current medical status, facilitating teamwork and enhancing patient safety. It can also track and anticipate events, such as showing a graph of the patient's blood pressure changes during the procedure and notifying the anesthesia team when a drug should be administered.
Evaluation of New York City Hospitals' Technology for Inner Contour Fixation
To assess the quality of technology in New York City hospitals for inner contour fixation, we can consider several factors.
Accreditation and Rankings
Many hospitals in New York City are highly ranked in orthopedics and other relevant specialties. For example, the Hospital for Special Surgery in New York, NY, is nationally ranked in 2 adult specialties and 1 pediatric specialty and has a perfect score of 100.0/100 in orthopedics. NYU Langone Orthopedic Hospital is also nationally ranked in 13 adult specialties and 3 pediatric specialties and scores 81.8/100 in orthopedics. New York - Presbyterian Hospital - Columbia and Cornell is nationally ranked in 14 adult specialties and 10 pediatric specialties with a score of 80.0/100 in orthopedics. High rankings and accreditations indicate that these hospitals meet high standards of quality and are likely to have access to and use advanced technologies.
Research and Development
Hospitals in New York City are actively involved in research and development. For instance, Mount Sinai surgeons led the research and development of the vertebral body tethering scoliosis surgery, the first of its kind approved by the FDA for non - fusion scoliosis correction. NYU Langone experts have been key developers of robotic and computer - assisted surgical technologies for hip and knee replacement. This commitment to research ensures that the hospitals are continuously improving and adopting the latest technologies for inner contour fixation.
Patient Outcomes
The technology in New York City hospitals has led to improved patient outcomes. Robotic - assisted joint replacement surgeries result in faster recovery times, reduced pain, and fewer complications. Non - invasive body contouring procedures offer natural - looking results with minimal downtime. These positive outcomes are a testament to the effectiveness of the technologies being used.
Conclusion
In conclusion, hospitals in New York City possess excellent technology for inner contour fixation. In the field of orthopedics, robotic - assisted joint replacement and spinal tethering technologies have revolutionized the way joint and spinal conditions are treated. Plastic surgical procedures for inner thigh contouring use modern techniques to optimize results, and non - invasive body contouring technologies offer safe and effective alternatives with minimal recovery time. The integration of advanced technology in operating rooms, such as at New York - Presbyterian Hospital, further enhances patient care. High rankings, research and development efforts, and positive patient outcomes all indicate that New York City hospitals are well - equipped with state - of - the - art technology for inner contour fixation.
If you are considering inner contour fixation procedures, whether orthopedic, plastic surgical, or non - invasive, it is recommended that you consult with a healthcare professional in one of these leading New York City hospitals. Explore the available options, understand the potential risks and benefits, and make an informed decision about the best treatment for your needs. Share this article with others who may be interested in learning about the advanced technology for inner contour fixation in New York City hospitals.
