The evidence does not support that assumption. A 2025 feasibility study in Pilot and Feasibility Studies followed a 12-visit chiropractic program with a mean patient age of 69. Ninety percent completed the six-week program, and 74% were still providing follow-up data at 52 weeks.
What did the study actually measure?
A defined program in real chiropractic practices, followed for a year. Thirty-eight patients with lumbar spinal stenosis were recruited from six chiropractors across two Danish primary care practices. Age ranged from 47 to 89, and 61% were women.
The program was 12 visits over six weeks, combining patient education, manual therapy, and a progressive home exercise program. The retention numbers were not incidental to the study. Adherence was one of the things it set out to test.
| Milestone | Patients retained | Rate |
|---|---|---|
| Completed the 6-week program | 34 of 38 | 90% |
| Provided follow-up data | 32 of 38 | 84% |
| Follow-up at 12 weeks | 87% | |
| Follow-up at 20 weeks | 82% | |
| Follow-up at 52 weeks | 74% |
Home exercise held up too. Almost 80% completed one daily exercise session five to seven days a week, in a cohort with a mean age approaching 70.
Does this prove older patients stay longer?
No, and claiming that would overstate it. This was a single-arm feasibility study with no younger comparison group, so it cannot rank age bands against each other.
What it does do is remove the excuse. If an older cohort can hit 90% program completion and 74% retention at a year, then age is not the reason your older patients stop at visit five. Something else in the structure is.
What predicts dropout better than age?
Whether the patient can tell that anything changed. That is not an age-specific problem.
Survey data: In a 2026 survey of 455 patients who stopped chiropractic care, 58% cited perception-based reasons: 36% felt no progress, and 22% felt better and stopped. Neither group was shown that their soft tissue stiffness was still elevated.
Both of those reasons run on the same input. The patient consults how they feel today, compares it to a vague memory of how they felt weeks ago, and reaches a conclusion. Nothing about that process changes at 65.
The second variable is structure. The 2025 program had a defined endpoint: 12 visits, six weeks, a specific home routine. Patients knew what completing it looked like. Open-ended care asks a patient to decide every week whether to continue, which is a decision they can only make on feel.
Do older patients struggle with tracking between visits?
The barrier appears to be setup, not age. A 2026 study in JMIR mHealth and uHealth tested three ways of introducing a self-monitoring app to 48 patients with chronic musculoskeletal pain, aged 19 to 79.
Every patient given hands-on setup in person adopted the app. Adoption was 63% for those onboarded by email alone and 77% for email plus a video tutorial. The difference was in who helped with installation, not in who was younger.
The honest caveat is that overall engagement was poor across all three groups. Only 27% met the weekly adherence criteria, and the four-week retention rate was 46%. Between-visit self-tracking is hard for everyone. Assisted setup shifts the starting line, it does not solve the problem.
What should you change for older patients?
The delivery, not the content. Three specific changes follow from the evidence above.
Do the setup in the room. Anything you expect a patient to use between visits should be installed and demonstrated while they are in front of you, not emailed after they leave.
Give the schedule an endpoint. A defined block of visits with a re-examination at the end gives a patient something to finish, which is easier to commit to than an open sequence.
Show a comparison, not a summary. At each re-examination, put the baseline measurement next to today's and let the patient read both. That replaces recall with something they can verify, which matters more for a patient managing several conditions at once.
Frequently Asked Questions
Do older chiropractic patients drop out more than younger patients?
The available evidence does not support that assumption. A 2025 feasibility study of a 12-visit chiropractic program with a mean patient age of 69 reported that 90% completed the six-week program and 74% still provided follow-up data at 52 weeks.
What retention did the 2025 chiropractic study actually report?
Of 38 patients with lumbar spinal stenosis, 34 completed the six-week program and 32 provided follow-up data. Follow-up rates were 87% at 12 weeks, 82% at 20 weeks, and 74% at 52 weeks. Almost 80% completed a daily exercise session five to seven days a week.
Does that study prove older patients stay longer?
No. It was a single-arm feasibility study with no younger comparison group, so it cannot rank age groups against each other. What it does show is that high retention in an older cohort is achievable, which is the claim the assumption denies.
What predicts dropout better than age?
Structure and perception. In a 2026 survey of 455 patients who stopped chiropractic care, 58% gave perception-based reasons: 36% felt no progress and 22% felt better and stopped. Neither reason is specific to an age group.
Do older patients struggle more with digital tracking between visits?
The barrier appears to be setup rather than age. A 2026 study of a self-monitoring app for chronic musculoskeletal pain found 100% of patients given in-person setup adopted it, against 63% of those onboarded by email alone, across a sample aged 19 to 79.
Should you use different retention tactics with older patients?
Change the delivery, not the content. Do setup in the room instead of by email, keep the visit schedule defined rather than open-ended, and show a measured comparison at each re-examination rather than asking the patient to recall how they felt weeks ago.
Does a defined visit count help older patients complete care?
It appears to help. The 2025 chiropractic program was a defined 12 visits over six weeks with education, manual therapy, and progressive home exercise, and 90% of an older cohort finished it. A defined endpoint gives the patient something to complete.
One approach is to add a second channel of objective data alongside subjective pain reports. Options include soft tissue stiffness measurement (such as MuscleMap), range-of-motion testing, and posture analysis. Each gives you something concrete to show the patient rather than asking them to take your word for it.