Dr. Akhil Sastry to Speak at ‘Contemporary Topics in Orthopedics’ Conference

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February 22, 2019 — Dr. Akhil Sastry, Board-Certified Orthopaedic Surgeon and provider at Atlantic Orthopaedics & Sports Medicine, will speak at the 29th Annual Winter Conference for Contemporary Topics in Orthopedics. The conference takes place March 8th-10th at Sugarloaf Mountain Inn, Carrabassett Valley, ME.

Dr. Sastry was invited as a guest speaker to give his lecture, “Advances in Total Hip & Knee Replacement Surgery: The Robotic Revolution.”

Dr. Sastry has co-authored articles in publications and given numerous podium presentations throughout the United States on this topic. He was the first surgeon to perform with Stryker’s MAKO Robotic-Arm technology on the Seacoast and has collected research and data from numerous surgeries to show its positive outcomes.

Robotic-assisted surgery has become increasingly popular in recent years, allowing for more precise surgical techniques, extensive preoperative and patient-specific planning, and improved soft tissue protection.

Other physicians attending the conference will learn from the many lectures speaking about advances in technology, and be able to discuss surgical and medical treatments to improve patient outcomes.

Co-sponsored by St. Joseph Healthcare, Contemporary Topics in Orthopedics is a non-profit organization committed to providing learning opportunities and personal interaction with orthopedic colleagues and allied health professionals in mind, while also providing a forum for paper and research presentations by regional professionals.

On the Cutting Edge: Seacoast Surgeon Trains Others in Use of Latest Technology in Knee Replacement

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PORTSMOUTH – Recent advancements in robotic technology will help patients achieve better results during total knee replacement, says a surgeon who is training his peers on new methods.

Dr. Akhil Sastry, of Atlantic Orthopaedics and Sports Medicine in Portsmouth, was one of the first surgeons to try the Mako Total Knee with Triathlon Knee System for Stryker, one of the largest developers and manufacturers of total knee replacement systems in the world. When the company began selling their newest technology for total knee replacements last year, Sastry started teaching surgeons in the United States and around the globe how to use it.

“Now, 5,000 robotic assisted total knees have been performed by over 200 surgeons worldwide. The projected number of surgeons will be almost 1,000 by the end of next year,” Sastry said.

Sastry trained the first surgeon to use the technology in Germany, and during the last week of September, he will be traveling to India to teach surgeons there how the newest Mako robot works.

The concept of robotics being used in knee surgery has been around since 2006, but patients still have only a 75- to 80-percent satisfaction rating post-operation, Sastry said. He believes the latest technology will improve that because surgeons can take into account a knee’s complete range of motion when planning and performing their procedures.

“We can fine-tune the positioning of the implants to not only take account for the static positioning of the knee, but the dynamic position of the knee,” Sastry said. “So, it creates a perfect plan each and every time.”

Sastry performs total knee replacements at Portsmouth Regional Hospital and York Hospital in Maine.

In Laconia, surgeon Arnold Miller says he is using the newest Mako robot for total knee replacements. Miller started using robotics five years ago for partial knee replacements and hip replacements.

“I have been impressed with the results, and patients seem very happy with their outcomes,” Miller said.

Miller works at the Laconia Clinic, and performs total knee replacements at Lakes Region General Hospital in Laconia.

Dr. Jeremy Hogan also uses Mako robots during his surgeries at Lakes Region General Hospital. He works at Advanced Orthopaedic Specialists in Gilford.

Hogan was first exposed to Mako robots seven years ago. He says he has been using them at the hospital for five years.

Hogan says using robots has enhanced his accuracy.

“I can measure single degrees and millimeters, which is super human, and the robot assist ensures that I carry out my patient specific plan precisely,” Hogan said. “The goal is always a ’forgotten joint’ where the patient does not notice the presence of a replacement. A patient that had a traditional total knee by me a few years ago and recently underwent a robot assisted total knee feels that the rehab process is easier this time.”

In a video created for the Mako Total Knee with Triathlon Knee System, Stryker’s Chief Executive Officer Kevin Lobo says the new technology is a great example of modern collaboration and innovation.

“The health care landscape is consistently evolving. Stryker is committed to partnering with our customers to bring innovative solutions for our patients,” Lobo said.

Stryker’s global headquarters are located in Kalamazoo, Mich.

Experts project that total knee replacements in the United States are expected to increase 673 percent by 2030.

Article seen in the New Hampshire Union Leader. 

York Hospital Becomes First Hospital in Maine to Offer Robot-Assisted Knee Replacement

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YORK — York Hospital and Dr. Akhil Sastry announced recently that they are now offering robot-assisted partial knee replacement: a minimally invasive treatment option for adults living with early to mid-stage osteoarthritis that has not yet progressed to all three compartments of the knee.

This provides a less invasive option than traditional knee surgery and is performed using a highly advanced, surgeon-controlled robotic arm system. York Hospital and Sastry are the first to acquire and practice this technology in Maine and New Hampshire.

Using robot-assisted surgery for partial knee procedures, Sastry and the York Hospital Surgery Center offer the potential for the following benefits, as compared with total knee surgery: reduced pain, minimal hospitalization, faster recovery, less implant wear and loosening, less scarring, better motion and a more natural feeling knee.

“Robotic-assisted knee surgery allows us to treat patients with knee osteoarthritis with greater precision than ever possible,” Sastry said in a press release. “Because it is less invasive and preserves more of the patient’s natural knee anatomy, the goal for patients is not only to have relief from their pain but also to gain back knee motion, and return to their daily activities at an earlier interval.”

The robotic system enables the surgeon to complete a customized, patient-specific pre-surgical plan that details the technique for implant positioning using a CT scan of the patient’s knee. During the procedure, the system creates a three-dimensional, virtual view and correlates the image to the pre-programmed surgical plan.

As the surgeon uses the robotic arm, its tactile, auditory and visual feedback isolates the diseased areas, providing real-time adjustments and optimal implant positioning for each individual patient.

“Precision is key in planning and performing partial knee surgeries,” said Sastry. “For a good outcome you need to align and position the implants just right. Precision in surgery, and in the pre-operative planning process, is what York Hospital’s new robotic system can deliver, for each individual patient.”

For more information about York Hospital’s Surgery Center or robotassisted partial knee replacement, contact Jody Merrill at jmerrill@yorkhospital.com or 351-3958.