Last updated: November 1, 2026
In Part 1, we covered the big picture: cortisol, stress, and why your muscles, joints, and energy change during menopause. In Part 2, we went hormone by hormone. This final part is the menopause joint pain treatment plan itself — what actually helps, and how the pieces fit together.
There is no single thing. A solid plan combines mobility, strength, nutrition, stress management, and—for some women—hormone therapy.
The short version: A treatment plan for menopause joint, muscle, and nerve pain rests on four pillars: targeted movement, anti-inflammatory nutrition, therapies that address joints and nerves directly, and — for some women — hormone therapy. The symptoms are common: more than 70% of women experience musculoskeletal symptoms during the menopause transition (Wright et al., 2024), and muscle or joint pain rises from 40% of women before menopause to 57% in perimenopause and 59% after (Kruse et al., 2026). Movement does the heaviest lifting — in the LIFTMOR trial, postmenopausal women with low bone mass who trained with supervised, progressive resistance exercise gained spine bone density while a low-intensity group lost it (Watson et al., 2018).
What are the four pillars of the treatment plan?
A solid treatment plan rests on four pillars:
- targeted movement,
- anti-inflammatory nutrition,
- therapies that address joints and nerves directly, and — for some women —
- hormone therapy.
Each one helps on its own. Together, they work even better.
How does movement rebuild strength, balance, and mobility?
Movement is the single most powerful lever you have. But it needs to be specific — not just “more exercise.”
- Resistance training, 2–3x/week: Compound movements — squats, lunges, presses, rows, hip hinges — help counteract the muscle breakdown driven by cortisol and declining estrogen and testosterone (Part 1 and Part 2). It’s the single best thing you can do to preserve muscle mass and bone density through menopause.
- The research behind loading is stronger than many people expect. In the LIFTMOR randomized trial, 101 postmenopausal women with low bone mass did supervised high-intensity resistance and impact training twice a week for eight months: spine bone density rose 2.9% in the training group while the low-intensity control group lost 1.2%, and the only reported adverse event was one minor back spasm (Watson et al., 2018). It was a small, closely supervised trial — proof that progressive load works when it’s guided, not a prescription to lift heavy on your own.
- Balance and proprioceptive training: Estrogen decline affects nerve conduction and sensory feedback (Part 2), so balance often slips quietly before it becomes an obvious fall risk. Dedicated balance work retrains your nervous system, not just your muscles.
- Low-to-moderate cardio: 20–30 minutes of brisk walking, swimming, or cycling regulates cortisol patterns without adding system stress.
- Mobility and flexibility work: Yoga, Pilates, or targeted stretching support fascial health and your nervous system, and offset the reduced collagen elasticity that comes with lower estrogen.
At Frederick Chiropractic Wellness Center, we build all of this into an individualized Strength & Mobility program. We start by assessing how you move, how it feels, and then help you find the right starting point.
If balance, unsteadiness, or a fear of falling is part of your picture, our Core Balance & Stability program is built for you. It targets the muscles and nerves that help you stay upright and stable when moving – again, a plan built around your starting point and goals — not generic “core workouts.”
How does nutrition affect healing and repair?
Overly restrictive diets stress your body further and can raise cortisol. Nutrition here is about fueling your body and giving it what it needs to heal and function.
- Protein: 25–30 grams per meal to maintain muscle mass, stabilize blood sugar, and support tissue repair — lean meats, fish, eggs, legumes, dairy.
- Magnesium: Supports muscle function and stress response — leafy greens, nuts, seeds.
- Omega-3 fatty acids: Reduce inflammation and support nerve and brain health — fatty fish, walnuts, flaxseed.
- Vitamin D3 and calcium: Critical for bone density and muscle contraction — fatty fish, fortified foods, dairy, leafy greens, sunlight.
Want help closing specific nutrient gaps? We can point you toward professional-grade supplements through our FullScript dispensary. We also can refer you to professionals who will help you build a sustainable plan.
Which treatments help joints and nerves directly?
This is where your plan gets accelerated. These therapies address the joint mechanics, inflammation, and nerve irritation we covered in Parts 1 and 2 — directly.
How do chiropractic care and soft tissue therapy help?
Adjustments and soft tissue work improve joint pain and mobility, and ease the muscle tension and compensations that build up as estrogen-related stiffness sets in.
For many women dealing with arthritis and joint pain during perimenopause and menopause, this is the starting point — improving mobility without medication.
How does Frequency Specific Microcurrent (FSM) help?
FSM uses a mild, targeted microcurrent to calm irritated nerves, reduce inflammation, and support tissue healing. That makes it directly relevant to the nerve hypersensitivity, tingling, and burning sensations we covered in Part 2. Learn more about Frequency Specific Microcurrent.
How does laser therapy help?
Our Avant low-level laser stimulates cellular repair, reduces inflammation, and shows real promise for nerve-related pain and brain fog symptoms. Read more about our Laser Therapy and how it complements chiropractic care.
How does red light therapy help?
DNAVibe red and near-infrared light therapy boosts cellular energy, improves circulation, and eases joint stiffness. Think of it as a gentler, everyday complement to laser therapy for ongoing maintenance. Details on our Red Light Therapy sessions are here.
If tingling, numbness, or nerve-related symptoms are a big part of what you’re feeling, our Nerve Pain or Neuropathy page covers how we assess and treat that specifically.
Is hormone replacement therapy right for you?
HRT isn’t just for hot flashes. And you don’t (and often shouldn’t) wait until your periods have stopped to seek care.
When prescribed appropriately, it can help preserve muscle mass, support collagen production in your joints and connective tissue, improve metabolic function, and help regulate cortisol (Part 1).
We don’t prescribe hormone therapy directly, but we regularly collaborate with knowledgeable outside providers as part of your care plan. Want help connecting with a practitioner or coordinating your musculoskeletal care alongside HRT? Contact us and we’ll help you find the right fit.
How does a combined plan come together?
A typical plan starts with a functional assessment: how you move, what you can do (or don’t do), where you compensate, and where and when things hurt.
From there, we combine chiropractic care with the right in-office therapy — FSM, laser, or red light — to address active pain and inflammation. We layer in a personalized Strength & Mobility or Core Balance & Stability, plus nutrition guidance to support it all.
If hormone therapy is part of your picture, we coordinate with your prescribing provider so everything works together.
“Do what you can, with what you’ve got, where you are.”
— Theodore Roosevelt
Frequently asked questions
How many visits will I need before I notice a difference?
Most patients notice reduced pain and better mobility within 4–6 visits. It varies based on how long you’ve had symptoms, and how much you’re willing and able to do outside of your visit. We can discuss and set realistic goals after your evaluation.
Can I combine FSM or laser therapy with hormone replacement therapy?
Yes. These therapies address local inflammation and nerve irritation and work well alongside HRT, which addresses the underlying hormonal picture. Many patients use both as part of one coordinated plan.
Do I need to be on hormone therapy for chiropractic care and these treatments to help?
No. Chiropractic care, FSM, laser therapy, and a personalized strength and mobility program can meaningfully reduce pain and improve function on their own. Hormone therapy is one more option, not a requirement.
How soon can I expect results from a combined treatment plan?
Many women notice better energy and less day-to-day discomfort within the first few weeks. Gains in strength, bone density, and balance build over several months of consistent care.
What should I start with if I’m not doing any of this yet?
Start with movement, and start where you are. A typical plan begins with an assessment of how you move (or don’t move!), where you compensate, and how, where, and when things hurt — and the plan is built from there: in-office treatment for active pain and inflammation, a personalized strength and mobility program layered in as your capacity grows, and nutrition guidance to support it all. You don’t have to overhaul everything at once.
Ready to build your plan?
That wraps up the series: the big-picture why, the hormone-by-hormone why, and now the complete treatment plan. Ready to stop guessing and start addressing your symptoms directly? Book an assessment or call/text (301) 695-0032, and let’s build a plan around you.
This article is general education about perimenopause, menopause, and musculoskeletal health. It is not personalized medical advice; talk with your own providers about your symptoms and options.
References
- Wright VJ, et al. The Musculoskeletal Syndrome of Menopause. Climacteric. 2024. doi:10.1080/13697137.2024.2380363 · PubMed 39077777
- Kruse C, et al. Musculoskeletal Manifestations of Perimenopause: A Systematic Review and Meta-Analysis of 93,021 Women. JBJS Open Access. 2026. doi:10.2106/JBJS.OA.25.00254 · PubMed 41523660
- Watson SL, et al. High-Intensity Resistance and Impact Training Improves Bone Mineral Density and Physical Function in Postmenopausal Women With Osteopenia and Osteoporosis: The LIFTMOR Randomized Controlled Trial. J Bone Miner Res. 2018;33(2):211–220. doi:10.1002/jbmr.3284 · PubMed 28975661