DETROIT--(EON: Enhanced Online News)--The Detroit Medical Center (DMC) today announced that two teams of DMC physicians performed the first-ever MAKOplasty ™ Total Knee Replacement surgeries in the state of Michigan. The procedures took place simultaneously at both Harper University Hospital in Detroit and Huron Valley-Sinai Hospital in Commerce, Michigan on Wednesday, December 14. The breakthrough surgeries were completed using a robotic arm-assisted technology which ensures accurate alignment and placement of knee and hip implants for nearly perfect results. The DMC is the only hospital system in southeast Michigan to offer this technology.
“This is important for our growing population of orthopaedic patients because it can improve outcomes”
The DMC has used MAKOplasty technology since 2013 to perform other minimally invasive hip and knee procedures. In the past three years, the DMC has completed more than 1,300 MAKOplasty partial knee replacements and has grown to be the second largest MAKO program in the world. DMC’s Sinai-Grace Hospital, Harper University Hospital, and Huron Valley-Sinai Hospital all have the technology for a total of four MAKO robots within the DMC hospital system.
"This is important for our growing population of orthopaedic patients because it can improve outcomes," said Khaled J. Saleh, BSc, MD, MSc, FRCS(C), MHCM, executive in chief for DMC Orthopaedics and Sports Medicine. "Advancements like these can lead to reduced hospital lengths of stay, reduced hospital readmission rates and other improvements. We have one of the most active robotic orthopaedic centers in the nation, with a large team of exceptionally trained surgeons which means we can offer our patients a full continuum of solutions for their knee and hip joint pain issues."
The MAKO technology allows the surgeon to place and align the components with extreme precision, assuring a better outcome for the patient. When a single degree in any direction can make a difference on the performance of the new joint, being able to make alignments to within a millimeter is critical. The DMC can do that in real time in the operating room. This is the new standard for partial and total knee procedures.
Patients are benefiting from DMC technology
Russell Brynolf of Howell, Michigan was one of the first two patients to have the MAKO Total Knee Replacement. This was Brynolf’s second MAKO surgery as he was also the first patient to receive a partial knee replacement on his other knee three years ago. During that time, Brynolf was in so much knee pain that he was starting to have difficulty walking. Fifty-five years old at the time and a long-time soccer player, he sought the help of orthopaedic surgeon Dr. Roland Brandt at Huron Valley.
"My first procedure went so well," said Brynolf. "The surgery center was like a five-star hotel and the staff was great. I was back up in a couple months and it was like a night and day difference. I had the surgery in December and in March I climbed a 960-foot waterfall in Jamaica."
Brynolf is part of a growing segment of the population seeking solutions to knee and hip pain. According to data from the National Institutes for Health, approximately 700,000 total knee replacement procedures are performed annually in the United States. That number is expected to grow to nearly 3.5 million by the year 2030.
Brynolf’s surgery was performed on December 14 at Huron Valley-Sinai Hospital by Dr. Roland Brandt. The other surgery was performed the same day by DMC’s Chief of Joint Replacement Hussein F. Darwiche, M.D., with assistance from Khaled Saleh, M.D. and Brian Little, M.D. at Harper University Hospital.
About The Detroit Medical Center
Detroit Medical Center includes DMC Children’s Hospital of Michigan, DMC Detroit Receiving Hospital, DMC Harper University Hospital, DMC Heart Hospital, DMC Huron Valley-Sinai Hospital, DMC Hutzel Women’s Hospital, DMC Rehabilitation Institute of Michigan, and DMC Sinai-Grace Hospital. Detroit Medical Center is a leading regional healthcare system with a mission of excellence in clinical care, research and medical education.