Ahmedabad : In a significant stride towards advancing orthopedic education and awareness, Dr. Piyush Damor, renowned orthopedic surgeon and founder of OrthoElite, successfully organized a Continuing Medical Education (CME) program focused on Robotic Knee Replacement Surgery. The event, held in East Ahmedabad, witnessed an overwhelming response with over 150 general practitioners in attendance.
The CME aimed to bridge the knowledge gap
regarding the latest advancements in knee replacement surgery, particularly the
role of robotics in enhancing surgical precision, patient recovery, and
long-term outcomes. Dr. Damor, an expert in advanced arthroplasty and robotic
knee replacement techniques, led an engaging and insightful session,
highlighting the transformative impact of robotic systems in modern orthopedic
practice.
During the session, Dr. Damor discussed the
advantages of robotic-assisted knee replacement, including superior implant
alignment, reduced postoperative pain, faster recovery, and longer implant
lifespan. He also shared live case studies, patient outcomes, and addressed
common myths and misconceptions surrounding robotic surgeries.
The program provided general practitioners
with valuable insights, enabling them to better counsel their patients about
cutting-edge treatment options in orthopedics. Attendees appreciated the
interactive nature of the session and commended OrthoElite’s initiative in
bringing such advanced learning opportunities to the local medical community.
Speaking on the occasion, Dr. Piyush Damor
said,
“At OrthoElite, our vision is to empower
healthcare professionals with the latest innovations in orthopedic care.
Robotic surgery is not the future — it is the present, and it is
revolutionizing the outcomes for patients undergoing knee replacement.”
The success of the CME program underscores
OrthoElite’s commitment to continuous learning, excellence, and
patient-centered care. More such educational initiatives are planned in the
coming months to further spread awareness and training in advanced orthopedic
procedures.