BMH Orthopedics Program
Technology: Vector Vision
VectorVision—New technology raises BMH orthopedic program to a higher level
 The new VectorVision- knee software provides absolute values on varus/valgus, joint gap sizes and flexion and extension positions, enabling the surgeon to achieve an optimally balanced leg alignment. |
One of Beaufort Memorial’s greatest strengths is its outstanding orthopedic surgery department. The hospital leadership has worked closely with its orthopedic surgeons to ensure that they have access to the latest tools. A few years ago, the BMH Foundation funded the development of BMH’s Total Joint Program, which educates patients scheduled for knee, hip and other joint replacement on the part they play in the success of their surgery. As a result, patient outcomes through our Total Joint Program have far surpassed those of many major teaching centers.
Now, through a new grant from the BMH Foundation to our community, BMH’s orthopedic program has even greater capabilities for better patient outcomes. VectorVision, one of the latest innovations in joint replacement technology, is a “global positioning system for the body.” Developed by BrainLAB, the system allows surgeons to use 3 dimensional diagnostic images before surgery to visualize and track the placement of their choice of surgical implant through touch screen interface. VectorVision knee and hip modules were both recently cleared by the FDA.
“The most common problem with knee implants is finding the correct axis and ensuring that the ligaments have the right tension after the operation,” says Sherry Stacks, RN, BMH Total Joint Program Coordinator. “Otherwise, the patient will not be able to move his or her leg smoothly.”
VectorVision knee helps surgeons position the implants correctly, resulting in less pain following surgery, as well. VectorVision hip focuses on the problem of leg length. Traditional approaches often result in one leg being shorter than the other. Or, if the implant is not positioned correctly, the joint may become dislocated after a period of time.
“With VectorVision hip, surgeons can check the correct leg length during the operation and also see if the range of motion is appropriate. By allowing surgeons to verify correct length, size, and position of the total hip components, the likelihood of dislocations and other problems can be greatly minimized.” BrainLAB is a privately-held company headquartered in Munich, Germany. Founded in 1989, is specializes in the development, manufacture and marketing of medical technology for radiosurgery/radiotherapy, orthopedics, neurosurgery, and ENT.
Scott Stowe, chairman of the BMH Foundation notes that “orthopedic surgery is an area where it makes sense for BMH to stay at the forefront. I’m grateful we have the resources to underwrite this navigation system so our orthopedic surgeons can have the latest technology in their toolkit.”
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