Post Op Total Knee Arthroplasty Home Exercise Program
I realize this particular abstract outlines a future study and has no results yet. As I read the abstract it really made me wonder.
So, here in the States, most individuals are discharged from the hospital after a total knee athroplasty day 2 or 3. In the Netherlands, it appears discharge happens day 3 or 5 post operatively.
The proposed exercise program would begin day 4 or day 6 post operatively. I don't know about what happens across the country, but I'm amazed at the progression. In my area, if a patient has home health services, the physical therapists won't utilize or even have a patient utilize their stationary bikes or recumbent bikes. So much time and energy is spent on standing on the non-surgical side and doing marches and kick backs and hip abduction with the surgical side. Patients will typically bring in a booklet of exercises that take the majority of their time to perform.
I need to rethink my progression. I begin to push patients to begin a walking program at the 4 week point and pushing themselves doing stairs. I suppose I'm typically worried about joint swelling. I worry about motion not occurring due to joint swelling. I need to think like the Dutch and begin to be a bit more aggressive in pushing the two activities that I have feared my whole career!
Oh... I appreciated the accelerometer-based activity sensor. I have a feeling it will help patients be more accountable. When we can find something that gives feedback on their stretches and their progress in that area, that will be hugely helpful also.
Below you will find a quick view of the abstract.
The effectiveness of the use of a digital activity coaching system in addition to a two-week home-based exercise program in patients after total knee arthroplasty: study protocol for a randomized controlled trial.
There is consistent evidence that supervised programs are not superior to home-based programs after total knee arthroplasty (TKA), especially in patients without complications. Home-based exercise programs are effective, but we hypothesize that their effectiveness can be improved by increasing the adherence to physical therapy advice to reach an adequate exercise level during the program and thereafter. Our hypothesis is that an activity coaching system (accelerometer-based activity sensor), alongside a home-based exercise program, will increase adherence to exercises and the activity level, thereby improving physical functioning and recovery. The objective of this study is to determine the effectiveness of an activity coaching system in addition to a home-based exercise program after a TKA compared to only the home-based exercise program with physical functioning as outcome.
This study is a single-blind randomized controlled trial. Both the intervention (n = 55) and the control group (n = 55) receive a two-week home-based exercise program, and the intervention group receives an additional activity coaching system. This is a hand-held electronic device together with an app on a smartphone providing information and advice on exercise behavior during the day. The primary outcome is physical functioning, measured with the Timed Up and Go test (TUG) after two weeks, six weeks and three months. Secondary outcomes are 1) adherence to the activity level (activity diary); 2) physical functioning, measured with the 2-Minute Walk Test (2MWT) and the Knee Osteoarthritis Outcome Score; 3)qualityof life (SF-36); 4)healthcareuse up to one year postoperatively and 5) cost-effectiveness. Data are collected preoperatively, three days, two and six weeks, three months and one year postoperatively.
The strengths of the study are the use of both performance-based tests and self-reported questionnaires and the personalized tailored program after TKA given by specialized physical therapists. Its weakness is the lack of blinding of the participants to treatment allocation. Outcomes are generalizable to uncomplicated patients as defined in the inclusion criteria.