An automated text messaging system increases patient engagement with home-based exercise and promotes faster recovery after total knee or hip replacement surgery, suggests a study in The Journal of Bone & Joint Surgery.
Patients receiving timely texts showed improvement in several key outcomes, including fewer days on opioid pain medications, more time spent on home exercises, faster return of knee motion, and higher satisfaction scores, according to the research by Kevin J. Campbell, MD, of Rush University Medical Center, Chicago, and colleagues.
“A chatbot that texts timely, informative, and encouraging messages to patients can improve clinical outcomes and increase patient engagement in the early postoperative period after total joint replacement,” Campbell comments, in a media release from Wolters Kluwer Health: Lippincott Williams and Wilkins.
The randomized trial included 159 patients undergoing primary total knee or hip replacement. All received standard education, including instructions on home exercises after surgery.
In addition, one group of patients received a series of automated, physician-specific text messages. The pre-programmed texts provided recovery instructions along with encouraging and empathetic messages, personalized video messages from the surgeon, and brief instructional therapy videos.
The texts were sent via a service called STREAMD; Campbell is the CEO and co-founder of STREAMD, per the release.
Over the 6-week period after surgery, patients in the text-message group received about 90 texts. The system did not accept inbound text responses from patients, although patients could access further information on topics they selected.
Patients who received automated texts performed their home exercises an average of 46 minutes per day, compared to 38 minutes in the standard care group, a significant difference of 9 minutes per day. The texted group had greater knee motion at 3 weeks’ follow-up, suggesting faster short-term recovery, but by 6 weeks, knee motion was similar between groups.
Patients in the text-message group stopped using opioid pain medications about 10 days sooner than those in the control group (22 versus 32 days). They also had higher mood scores and were more likely to say that their postoperative instructions were clear. Patients assigned to automated texts also made fewer phone calls to the surgeon’s office. There was a trend toward fewer emergency department visits as well, although this difference was not statistically significant.
The 10-day reduction in opioid use is a potentially important advantage, reducing the risk of persistent opioid use and other complications, the release continues.
“This finding could be related to improved patient education and to the encouraging and empathetic tone of the text and video messages,” Campbell comments. “It could also reflect improved mood scores and patients’ confidence in their ability to manage their recovery, which have been shown to be very effective pain relievers.”
The benefits of such an automated system could be especially important at a time when more patients are undergoing joint replacement surgery with less overall contact with the treatment team, the researchers suggest.
“As we search for practical methods to engage patients, automated messages providing education, support, and encouragement create a natural and convenient way for patients to receive information, potentially improving key outcomes without placing extra time demands on the surgeon and staff,” Campbell concludes.
[Source(s): Wolters Kluwer Health: Lippincott Williams and Wilkins, Newswise]
