Nicklaus Children's Hospital Unveils Advanced 3D Imaging Technology for Surgical Excellence
Nicklaus Children's Hospital in Miami has recently enhanced its surgical capabilities with the introduction of the Medtronic O-arm® StealthStation® S8® Surgical System. This advanced intraoperative imaging technology is designed specifically for pediatric neurosurgery, providing remarkable 2D and 3D imaging during surgical procedures. The integration of this system marks a significant advancement that prioritizes the safety and well-being of pediatric patients.
The O-arm® StealthStation® S8® serves as an innovative tool in the newly established Kenneth C. Griffin Surgical Tower at Nicklaus Children's Hospital. Its primary function during surgeries is to deliver detailed 3D images of a patient’s anatomy in real-time, allowing surgeons to accurately navigate and assess the placement of implants. Previously, these imaging confirmations would typically occur post-surgery, which limited immediate adjustments and could potentially affect patient outcomes.
Significantly, the O-arm® system features ‘Spine Smart Dose,’ a unique capability that employs machine learning to optimize imaging while simultaneously reducing radiation exposure by up to 70%. This is particularly critical in pediatric cases, where reducing radiation is essential for minimizing long-term health risks. The O-arm will be utilized for various procedures, including spinal surgeries and cranial operations. By providing immediate imaging feedback, surgeons can adjust their techniques on-the-fly, thus tailoring the surgical approach to fit the unique needs of each child.
Dr. Toba N. Niazi, the Chief of Neurosurgery at Nicklaus Children’s, expressed the hospital’s commitment to investing in premier technologies to elevate surgical precision and patient satisfaction. “At Nicklaus Children’s, we are committed to offering our patients the greatest and safest surgical experience,” Dr. Niazi stated, highlighting the importance of this new technology in contributing to both patient safety and surgical success.
The Nicklaus Children's Hospital stands out as the first pediatric center in the Southeast to employ this cutting-edge imaging technology, thus reinforcing its reputation as a leader in pediatric healthcare. The facility not only has over 850 physicians but also boasts a commitment to specialized care that caters specifically to the needs of children, which is evident in their use of advanced surgical equipment like the O-arm.
The Nicklaus Children's Hospital, renowned for its expertise in various medical fields—including cancer, cardiac, orthopedic, and spine conditions—ensures that its surgical methods are in line with the highest standards of healthcare. The O-arm® StealthStation® S8® represents an integral part of that dedication, as it enables surgeons to perform with enhanced visualization and reduces the amount of radiation exposure to both patients and medical staff.
In closing, the addition of the Medtronic O-arm® StealthStation® S8® to Nicklaus Children's Hospital not only reflects the institution's pursuit of excellence in pediatric care but also echoes a larger commitment to safety and innovation in healthcare. This state-of-the-art technology is set to transform the surgical landscape for pediatric neurosurgery, promising better outcomes and a more secure environment for children undergoing surgical procedures.
The O-arm® StealthStation® S8® serves as an innovative tool in the newly established Kenneth C. Griffin Surgical Tower at Nicklaus Children's Hospital. Its primary function during surgeries is to deliver detailed 3D images of a patient’s anatomy in real-time, allowing surgeons to accurately navigate and assess the placement of implants. Previously, these imaging confirmations would typically occur post-surgery, which limited immediate adjustments and could potentially affect patient outcomes.
Significantly, the O-arm® system features ‘Spine Smart Dose,’ a unique capability that employs machine learning to optimize imaging while simultaneously reducing radiation exposure by up to 70%. This is particularly critical in pediatric cases, where reducing radiation is essential for minimizing long-term health risks. The O-arm will be utilized for various procedures, including spinal surgeries and cranial operations. By providing immediate imaging feedback, surgeons can adjust their techniques on-the-fly, thus tailoring the surgical approach to fit the unique needs of each child.
Dr. Toba N. Niazi, the Chief of Neurosurgery at Nicklaus Children’s, expressed the hospital’s commitment to investing in premier technologies to elevate surgical precision and patient satisfaction. “At Nicklaus Children’s, we are committed to offering our patients the greatest and safest surgical experience,” Dr. Niazi stated, highlighting the importance of this new technology in contributing to both patient safety and surgical success.
The Nicklaus Children's Hospital stands out as the first pediatric center in the Southeast to employ this cutting-edge imaging technology, thus reinforcing its reputation as a leader in pediatric healthcare. The facility not only has over 850 physicians but also boasts a commitment to specialized care that caters specifically to the needs of children, which is evident in their use of advanced surgical equipment like the O-arm.
The Nicklaus Children's Hospital, renowned for its expertise in various medical fields—including cancer, cardiac, orthopedic, and spine conditions—ensures that its surgical methods are in line with the highest standards of healthcare. The O-arm® StealthStation® S8® represents an integral part of that dedication, as it enables surgeons to perform with enhanced visualization and reduces the amount of radiation exposure to both patients and medical staff.
In closing, the addition of the Medtronic O-arm® StealthStation® S8® to Nicklaus Children's Hospital not only reflects the institution's pursuit of excellence in pediatric care but also echoes a larger commitment to safety and innovation in healthcare. This state-of-the-art technology is set to transform the surgical landscape for pediatric neurosurgery, promising better outcomes and a more secure environment for children undergoing surgical procedures.
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