As a medical journalist, my work regularly takes me inside specialty clinics to understand how advanced procedures are practiced beyond academic literature. During a recent visit to Opera Bone and Joint Clinic, I met Dr. Ponnanna K.M to discuss the clinical realities of Robotic knee replacement surgery in Bangalore. This article documents that interaction—based on direct observation, discussion with the surgeon, and a review of his professional background—presented through a factual and unbiased lens.
According to publicly available information, Dr. Ponnanna K.M holds formal medical qualifications in orthopedics, followed by advanced training in joint replacement surgery. His academic background includes recognized orthopedic degrees and focused exposure to knee arthroplasty techniques.
During our discussion, Dr. Ponnanna K.M explained that robotic-assisted surgery builds upon conventional orthopedic principles rather than replacing them. His training reflects a balance between foundational orthopedic knowledge and the integration of technology, a combination commonly expected of an Orthopedic Surgeon in Bangalore handling complex knee disorders.
Dr. Ponnanna K.M’s clinical experience spans several years of treating degenerative knee conditions such as osteoarthritis, post-traumatic arthritis, and deformity-related joint degeneration. He has managed patients through both traditional and robotic-assisted knee replacement procedures, giving him comparative insight into surgical planning and recovery patterns.
He noted that robotic assistance is particularly useful in achieving accurate alignment and implant positioning. However, he emphasized that patient selection and surgical judgment remain central—technology serves as a tool, not a substitute for experience. This measured approach is characteristic of clinicians often referred to as the Best Orthopedic Doctor in Bangalore.
From an observational standpoint, Opera Bone and Joint Clinic functions as a focused orthopedic care facility. The clinic environment is structured, with designated consultation rooms and coordination for diagnostic imaging and surgical planning.
The setup supports pre-operative counseling, post-operative follow-up, and rehabilitation guidance. During my visit, consultations were conducted in an unhurried manner, with imaging findings and treatment options explained clearly. Such organization is critical in knee replacement care, where patient understanding significantly influences outcomes.
Dr. Ponnanna K.M described robotic knee replacement as a computer-assisted procedure that supports surgeons in pre-operative planning and intra-operative execution. The robotic system helps map the patient’s knee anatomy and guides bone preparation and implant positioning, while the surgeon maintains full control throughout the procedure.
In the context of Robotic knee replacement surgery in Bangalore, he stressed that the technology improves precision but does not eliminate surgical complexity. Outcomes depend on multiple factors, including implant choice, soft tissue balance, rehabilitation, and patient adherence to recovery protocols.