Manage chronic sits at the center of this dementia and brain health question.
Managing chronic pain in older adults without opioids is not only possible — for most people, it is the better clinical choice. The evidence-based approach combines physical therapies like exercise and acupuncture, psychological strategies like cognitive behavioral therapy, and non-opioid medications like acetaminophen and certain antidepressants. For example, an older adult with knee osteoarthritis can often achieve meaningful pain relief and improved mobility through a combination of hydrotherapy, a low-dose acetaminophen regimen, and a structured walking program — without ever needing an opioid prescription. The CDC’s 2022 Clinical Practice Guideline now explicitly recommends exhausting nonopioid and nonpharmacologic options before turning to opioids for chronic pain management.
This matters because chronic pain among older adults is both common and consequential. In 2023, 24.3% of U.S. adults reported chronic pain, and 8.5% had high-impact chronic pain — numbers that have risen since 2019, according to CDC National Center for Health Statistics data. Among adults over 65, chronic pain is one of the leading causes of disability, affecting independence, cognitive function, and quality of life. This article covers the full spectrum of what works: from specific exercise modalities to FDA developments in non-opioid drug approval, to the policy shifts now changing how Medicare pays for nonopioid treatments.
Table of Contents
- Why Are Opioids Still So Commonly Prescribed for Chronic Pain in Older Adults?
- What Non-Opioid Medications Are Appropriate for Older Adults in Chronic Pain?
- Which Physical Therapies Have the Strongest Evidence for Older Adults?
- How Does Cognitive Behavioral Therapy Help with Pain Management in Older Adults?
- What Are the Risks and Limitations of Nonpharmacologic Pain Treatments?
- How Does Brain Health Factor Into Chronic Pain Management for Older Adults?
- What Is the Future Direction for Nonopioid Pain Care?
- Conclusion
- Frequently Asked Questions
Why Are Opioids Still So Commonly Prescribed for Chronic Pain in Older Adults?
Despite broad clinical consensus that nonopioid therapies should come first, approximately one in five U.S. adults with chronic pain still receives an opioid prescription, according to data from the National Center for Biotechnology Information. This persistence reflects a combination of limited access to alternatives, insurance coverage gaps, and — in many cases — the fact that older adults have been on opioid regimens for years with no clear off-ramp. For older patients in particular, opioids carry heightened risks: increased fall risk, cognitive impairment, constipation, and physical dependence. Among adults aged 75–95, daily opioid use is relatively modest at 2–3%, but the figure is meaningful given how severe the consequences of misuse or overuse can be in that age bracket.
The comparison with acetaminophen is instructive. In the same older adult population, acetaminophen use has actually increased over the past two decades, reflecting a clinical shift toward safer first-line options. The contrast illustrates how prescribing culture is slowly changing — but also how slowly. Structural barriers remain significant. Prior authorization requirements, step therapy protocols, and inconsistent insurance coverage have historically forced patients through opioid trials before insurers would approve nonopioid alternatives. A proposed piece of legislation, the Alternatives to PAIN Act, would directly address this by capping cost-sharing for nonopioid pain drugs under Medicare Part D and prohibiting step therapy barriers for older adults — though as of early 2026, it has not yet been enacted.
What Non-Opioid Medications Are Appropriate for Older Adults in Chronic Pain?
Pharmacologic management of chronic pain without opioids starts with acetaminophen, which remains the preferred first-line option for mild-to-moderate pain in elderly patients. It has a well-established safety profile when used at appropriate doses, avoids the gastrointestinal and cardiovascular risks associated with NSAIDs, and is effective for musculoskeletal pain, osteoarthritis, and headache. The key caveat is liver function: older adults with hepatic impairment or heavy alcohol use require lower doses and careful monitoring, and the maximum daily dose should be strictly observed. NSAIDs — ibuprofen, naproxen, and similar drugs — are sometimes appropriate for short-term use but carry meaningful risks for older adults that should not be minimized. Gastrointestinal bleeding, cardiovascular events, and renal impairment are all elevated concerns in this population, and long-term use is generally discouraged.
When osteoarthritis or inflammatory pain requires something stronger than acetaminophen, topical NSAIDs (like diclofenac gel) offer localized relief with significantly reduced systemic absorption — a meaningful distinction for an 80-year-old with multiple comorbidities. For neuropathic and nociplastic pain — conditions like diabetic peripheral neuropathy, fibromyalgia, or post-herpetic neuralgia — coanalgesics are often the appropriate pharmacologic choice. These include certain antidepressants, particularly duloxetine, and anticonvulsants like gabapentin and pregabalin. These drugs target the central sensitization mechanisms underlying many chronic pain conditions. However, gabapentin and pregabalin carry their own risks in older adults, including dizziness, sedation, and increased fall risk, so they require careful dosing and monitoring. The goal is not simply to avoid opioids but to match the medication to the mechanism of pain.
Which Physical Therapies Have the Strongest Evidence for Older Adults?
Exercise therapy consistently ranks among the most evidence-supported interventions for chronic pain in older adults, with particular strength of evidence for lower back pain, neck pain, knee and hip osteoarthritis, and fibromyalgia. A 2025 network meta-analysis published in Frontiers in Public Health found that session durations of 15–30 minutes or 60 minutes or more were optimal for chronic low back pain — a finding that matters practically, because it suggests that brief but consistent sessions are just as valuable as longer ones, making the intervention more accessible for older adults with limited stamina or transportation challenges. Beyond general exercise, specific modalities have demonstrated effectiveness in elderly populations. Tai Chi and Qigong have shown particular promise because they simultaneously address balance, flexibility, and pain perception, reducing fall risk alongside pain intensity. Hydrotherapy — exercise performed in warm water — reduces joint loading while improving range of motion, making it appropriate for patients with severe osteoarthritis who cannot tolerate land-based exercise. Yoga and Pilates, adapted for older adults, address core stability and postural alignment, which are central to back and hip pain.
For a 70-year-old woman managing chronic low back pain after a compression fracture, a gentle Pilates program supervised by a physical therapist can meaningfully restore function and reduce daily pain levels without any medication change. Walking remains the most accessible and widely recommended exercise. It is low-cost, adjustable in intensity, and requires no special equipment or facility. The evidence supports it as a first-line physical intervention for older adults with osteoarthritic pain, provided it is introduced gradually and adapted to the individual’s baseline capacity. The warning here is practical: unsupervised exercise programs introduced too aggressively in deconditioned older adults can result in injury or discouragement. Starting with short, flat-surface walks and increasing duration before intensity is the clinically appropriate approach.
How Does Cognitive Behavioral Therapy Help with Pain Management in Older Adults?
Cognitive behavioral therapy for chronic pain operates on a different principle than most pain treatments: it does not aim to eliminate pain signals, but to change how the brain interprets and responds to them. The underlying science is well-established. Chronic pain involves central sensitization — a process in which the nervous system becomes hypersensitized, amplifying pain signals independent of tissue damage. CBT addresses this by helping patients identify and modify thought patterns (catastrophizing, fear-avoidance) and behaviors (inactivity, sleep disruption) that reinforce the pain cycle. The CDC specifically recommends CBT for older adults, noting that current adoption rates in this population remain low — a significant gap given the evidence.
One practical reason CBT is underutilized among older adults is access: traditional in-person therapy may require transportation, and older adults are less likely to have been referred to psychological services for a physical complaint. Telehealth delivery of CBT has emerged as a meaningful solution, particularly since 2020, and evidence supports its effectiveness via video platforms. The tradeoff worth naming is time and engagement. CBT for pain typically involves eight to twelve sessions with homework between appointments. For older adults managing multiple health conditions, cognitive load, and fatigue, the commitment is real. This is why CBT is most effective when framed not as mental health treatment but as a practical skill-building program — one that gives patients concrete tools for pacing, activity scheduling, and relaxation that have direct, measurable effects on daily pain experience.
What Are the Risks and Limitations of Nonpharmacologic Pain Treatments?
Nonpharmacologic therapies are broadly safer than opioids, but they are not without limitations, and presenting them otherwise does older adults a disservice. Exercise therapy, for example, is contraindicated or requires significant modification for older adults with severe cardiac conditions, unstable fractures, active joint inflammation, or advanced balance disorders. A patient with end-stage heart failure or recent spinal surgery cannot simply be handed a walking program without careful clinical screening. Acupuncture has evidence supporting short-term improvements in pain and function for chronic low back pain, neck pain, and fibromyalgia — at least one month of benefit per treatment course, according to CDC guidance. However, access is uneven. Acupuncture is not universally covered by Medicare or supplemental insurance, and in rural areas, qualified practitioners may not be available.
Cost becomes a gatekeeping issue, particularly for older adults on fixed incomes. This is not a reason to dismiss acupuncture, but it is a reason why policy changes like the NOPAIN Act matter: expanding reimbursement for nonopioid therapies in Medicare is not a peripheral issue — it is central to whether these evidence-based options reach the patients who need them most. The NOPAIN Act, which took effect January 1, 2025, requires Medicare to separately reimburse 106% of average sales price for qualified non-opioid pain products used in outpatient surgical procedures under Medicare Part B. This is a meaningful step, but it addresses a specific, procedural context. The broader landscape of outpatient chronic pain management — physical therapy, CBT, acupuncture — still faces coverage variability that limits real-world access. Clinicians and patients should be aware of these gaps and advocate accordingly.
How Does Brain Health Factor Into Chronic Pain Management for Older Adults?
For older adults with or at risk for dementia, the relationship between chronic pain and brain health is bidirectional and clinically significant. Unmanaged chronic pain is associated with accelerated cognitive decline, disrupted sleep, depression, and reduced social engagement — all of which are independent risk factors for dementia progression. At the same time, cognitive impairment makes pain harder to assess and communicate, which can lead to undertreated pain or to opioid prescriptions given more for behavioral symptoms than for pain itself.
This makes nonopioid pain management not just a pharmacological preference but a neurological priority. Exercise, in addition to its direct analgesic effects, supports neurogenesis and cerebrovascular health. CBT-based stress reduction lowers cortisol dysregulation associated with hippocampal atrophy. For a patient in early-stage Alzheimer’s who can no longer reliably self-report pain, structured observational tools combined with scheduled acetaminophen dosing and gentle movement programs represent a responsible, evidence-aligned approach that protects both comfort and cognition.
What Is the Future Direction for Nonopioid Pain Care?
The policy and regulatory environment around nonopioid pain treatment is shifting in meaningful ways. The FDA has proposed streamlined development pathways to accelerate approval of new nonopioid analgesics, signaling institutional recognition that the current options, though effective, remain incomplete — particularly for severe chronic pain that does not respond to existing nonopioid drugs or therapies. As new mechanism-targeted analgesics move through development, older adults stand to benefit most directly, given their disproportionate burden of chronic pain and their particular vulnerability to opioid harms.
Simultaneously, proposed legislation like the Alternatives to PAIN Act reflects a growing policy consensus that access barriers — not just clinical options — are driving opioid overreliance. If enacted, these changes would meaningfully reduce the financial and administrative friction that currently steers some older adults toward opioids by default. The direction is clear: a multidisciplinary, nonopioid-first standard of care is becoming both clinically and structurally supported. The gap between that standard and current practice remains, but it is narrowing.
Conclusion
Chronic pain in older adults does not require opioids to be managed effectively. The evidence base for nonpharmacologic and nonopioid pharmacologic approaches is substantial and growing. Exercise therapy, acupuncture, cognitive behavioral therapy, acetaminophen, and targeted coanalgesics — used in combination and tailored to the individual — can address the full spectrum of common chronic pain conditions in older adults with significantly lower risk profiles than opioid regimens. For those managing brain health concerns alongside pain, the urgency of this approach is even greater: unmanaged pain accelerates cognitive decline, while effective nonopioid strategies can support both comfort and neurological resilience. The practical next step for patients and caregivers is to request a comprehensive pain assessment from a primary care provider or geriatric specialist who is familiar with the 2022 CDC guidelines.
The goal is a documented, individualized pain management plan that begins with nonopioid options and includes both physical and psychological components. For older adults currently on opioids, tapering should not be undertaken without medical supervision — but the conversation about what comes next is worth starting. The tools are available. The evidence supports them. The policy environment is beginning to catch up.
Frequently Asked Questions
Is acetaminophen safe for daily use in older adults?
Acetaminophen is generally considered safe for daily use in appropriate doses and is the preferred first-line pharmacologic option for mild-to-moderate chronic pain in older adults. The critical caveat is liver health: older adults with hepatic impairment, heavy alcohol use, or who take other acetaminophen-containing medications should use lower doses and consult with their physician about the appropriate daily maximum.
Can exercise actually reduce chronic pain, or does it make it worse?
Exercise therapy has strong evidence supporting its effectiveness for multiple common chronic pain conditions, including lower back pain, knee osteoarthritis, and fibromyalgia. However, the type and intensity of exercise must be matched to the individual’s condition, fitness level, and any contraindications. Starting gradually and with professional guidance significantly reduces the risk of aggravating pain or causing injury.
What is the NOPAIN Act and how does it affect older adults?
The NOPAIN Act took effect January 1, 2025, and requires Medicare to separately reimburse 106% of average sales price for qualified nonopioid pain products used in outpatient surgical procedures under Medicare Part B. In practical terms, it improves financial access to nonopioid pain treatments for Medicare patients undergoing procedures, reducing cost barriers that previously pushed some patients toward opioids by default.
Is cognitive behavioral therapy appropriate for older adults with memory issues?
CBT for pain can be adapted for older adults with mild cognitive impairment, often with simplified session formats, written summaries, and caregiver involvement. For older adults with moderate to severe dementia, CBT in its standard form is not appropriate, and pain management shifts to structured observational assessment combined with scheduled nonopioid medications and movement-based comfort care.
Are there pain conditions where opioids are still the appropriate choice for older adults?
Yes. For cancer-related pain, end-of-life comfort care, or severe acute pain from trauma or surgery, opioids remain a legitimate and sometimes necessary clinical tool. The CDC guidelines recommend nonopioid-first approaches specifically for subacute and chronic non-cancer pain. The goal is not to eliminate opioids categorically but to reserve them for conditions where nonopioid options have been genuinely exhausted and the benefit-risk calculation supports their use.
What if an older adult has tried physical therapy and it didn’t help?
Non-response to one form of physical therapy does not mean all nonpharmacologic approaches have failed. Different modalities target different mechanisms: someone who doesn’t respond to standard physical therapy may benefit from hydrotherapy, Tai Chi, or acupuncture. Additionally, combining physical therapy with CBT often produces better outcomes than either approach alone. A multidisciplinary pain clinic evaluation can help identify which combination is most appropriate for a given patient’s pain type and functional profile.
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