Your body crossed a line. Your cycle is done, your hormones have settled into a new baseline, and the workouts that felt right in your 40s now feel like they're doing something different.

"I am definitely very very different from my husband of the same age"

Voiced in r/Menopause community discussions, 2026

Menopause isn't a problem to fix. It's a training context with its own rules. Most of what's on the market hasn't caught up.

"Postmenopause" is four stages, not one

The field's standard staging system, STRAW+10, divides the years after your final period into four distinct stages, and they are not the same as each other (Harlow et al., 2012).

This matters for one specific reason. The window of fastest bone loss runs from about a year before your final period to about two years after (SWAN, Greendale et al., 2012), and STRAW+10 independently characterises early postmenopause as involving accelerated bone loss. Two different lines of evidence, an endocrine staging consensus and a long-running DXA cohort, land on the same window.

So the highest-leverage time to be loading your skeleton is roughly the four years straddling your last period. If you are inside it, that is the argument for starting now rather than at some tidier moment. If you are past it, bone loading is still worth doing; it is simply no longer a race.

Salerna asks roughly when your last period was and stages you accordingly. If you cannot remember to the month, that is fine and common, and we work with early or late rather than refusing to place you.

What other apps get wrong about menopause

They keep pitching cycle-syncing.

The usual objection is that you no longer have a cycle to sync to. True, and beside the point. Calendar-phase programming was on weak ground before your cycle ever stopped: the best available evidence has not found that cycle phase reliably drives strength performance or training adaptation in anyone (McNulty et al., 2020). An app that was selling you phase-based programming at 38 was selling you something the research had not established then either.

They prescribe lighter weights, and the direction of that advice is wrong.

Training you lighter because you are postmenopausal has no support. What the evidence does not do is hand you a single number.

The two current guidelines in this area disagree with each other. Exercise and Sports Science Australia recommends progressive resistance training at 80-85% of one-rep max, twice a week (Beck et al., 2017). The UK consensus statement recommends the most you can lift 8 to 12 times, building to three sets, two or three days a week (Brooke-Wavell et al., 2022). And the largest network meta-analysis on the question, 19 trials in 919 postmenopausal women, found moderate intensity actually outperformed high intensity for spine and hip bone density (Wang et al., 2023).

What they all agree on is the part that matters: meaningful load, sustained for roughly a year, with technique that holds up. Not the specific percentage. We would rather tell you the guidelines disagree than pick the one that sounds most impressive and present it as settled.

They treat menopause as a weight-loss story. It is a preservation window.

Here is what the SWAN cohort found when it tracked 1,246 women with DXA scans across the transition: body weight climbed at the same steady rate before, during and after. It never accelerated. What changed was composition. Fat gain roughly doubled, from about 1% a year to 1.7%, and lean mass flipped from slowly rising to slowly falling. Both trajectories flattened out about two years after the final period (Greendale et al., 2019).

The scale was measuring the wrong thing the whole time. Strength, lean mass and cardiometabolic health are the outcomes worth tracking, and they are the ones Salerna programs for.

How Salerna programs for menopause

1. Loaded compound lifts as the core, with the evidence stated honestly.

The trial everyone cites here is LIFTMOR. It randomised 101 postmenopausal women with osteopenia or osteoporosis, mean age 65, to twice-weekly high-intensity resistance and impact training: deadlift, back squat and overhead press at over 85% of one-rep max, plus jumping chin-ups with drop landings. After eight months, lumbar spine bone density rose 2.9% while the control group lost 1.2%. Across more than 2,600 training sessions there was one adverse event, a mild low-back strain (Watson et al., 2018).

Four things about that trial that most sites leave out, and that change what it means for you:

• It included impact work, not just lifting. The bone result belongs to both. Anyone citing LIFTMOR to sell you heavy lifting alone is describing a trial that was not run.

• Every session was supervised by an exercise scientist and a physiotherapist, at eight participants to one instructor.

• The authors wrote, in the paper, that they do not recommend doing their protocol unsupervised. We are not going to pretend they did not.

• It excluded women less than five years postmenopause, required an age over 58, and screened out about three quarters of the women who volunteered. If you are recently postmenopausal, this trial was not run on you.

So: loaded compound work is the core of what we program, we build toward loads you can genuinely progress rather than dropping you into a research protocol, and we tell you where the evidence came from and where it stops.

2. Bone loading as a programming goal, with the safety constraint that comes with it.

Bone-loading work is a standing priority in our postmenopause programming, weighted most heavily inside the accelerated-loss window described above.

It comes with a constraint we apply rather than mention. Every major guideline in this area advises against loaded, repeated or end-range spinal flexion for women with osteoporosis or a fracture history (The Menopause Society 2021; ESSA 2017; UK consensus 2022). If you tell us at onboarding that you have osteoporosis, a prior fragility fracture, or that you take osteoporosis medication, movements that load a rounded spine do not appear in your program at all. Not as a warning. They are removed from what the engine can select.

One honest note on that rule: the guidelines are unanimous, and the underlying research is thin. The UK consensus calls the vertebral fracture risk "theoretical (unproved)" in its own text. We follow the consensus because the downside of being wrong is asymmetric, not because the evidence is strong.

3. Steady-state aerobic work, and the real reason we program it.

Cardiovascular risk climbs through the menopause transition (American Heart Association scientific statement, El Khoudary et al., 2020). Aerobic training measurably helps: across 57 trials in 4,225 postmenopausal women it lowered systolic blood pressure, resting heart rate, waist circumference, body fat and LDL, and raised cardiorespiratory fitness (Huynh et al., 2024).

We program a base of steady, moderate aerobic work because it is effective, well tolerated, low in injury risk and easy to keep doing. Those are adherence reasons, and they are good ones. What we will not tell you is that moderate intensity is physiologically optimal for postmenopausal women, because that is not what the evidence says. "Zone 2" does not even have an agreed definition among exercise scientists, and the current review of the topic concludes the evidence does not support it as the optimal intensity for the adaptations it is usually sold on.

Higher-intensity work belongs in your week too. How much of it, against how much heavy lifting, is a trade-off in your total hard-effort budget. That is a general training principle, not a menopause finding, and we would rather name it as one.

4. Progressive loading against the muscle you actually lose.

Two years either side of your final period, lean mass flips from slowly increasing to declining at about 0.2% a year, and then the decline stops (SWAN, Greendale et al., 2019). That is a real change and it is worth training against. It is also about a quarter of a kilogram across the whole window, not the collapse the category usually describes.

We will not call it sarcopenia. Sarcopenia is a diagnosis with an ICD code and specific thresholds, including grip strength below 16 kg for women (EWGSOP2, 2019). Most women reading this page are nowhere near meeting it, and using a disease name for normal change is not something we are willing to do to make a point.

What we do: deliberate load progression on primary compound movements, and strength trajectory tracked as the primary outcome rather than scale weight.

5. Single-leg work, balance and controlled eccentrics, built into sessions.

Unilateral work, controlled eccentrics and balance are part of your sessions rather than a separate "mobility day."

The honest framing on why: the evidence that exercise reduces falls comes from trials in adults 65 and over, with an average participant age of 76, selected for elevated fall risk. Within that population it is balance and functional training that carries the effect, and Cochrane found insufficient evidence for resistance training alone (Sherrington et al., 2019). Nobody has shown that strength training reduces falls in healthy women in their 50s, because falls are too rare in that group to run the trial.

So we are not going to tell you this prevents falls. We will tell you that balance and single-leg strength are the physical capacities that protect against falls later, that they are trainable now, and that the trial evidence sits a couple of decades ahead of most women reading this. Power work, meaning light-to-moderate loads moved fast, has the best evidence for the functional outcomes underneath fall risk, though that evidence is from older adults generally rather than from postmenopausal women specifically (Lopez et al., 2023).

6. Vasomotor symptoms: accommodation, not treatment.

Hot flashes and night sweats commonly continue well past your final period. In SWAN the median was 4.5 years after the last period, with wide variation: about a quarter of women had persistently high symptoms throughout, while roughly half saw them decline after menopause (Avis et al., 2015; Tepper et al., 2016).

We want to be direct about what training can and cannot do here. Exercise is not a treatment for hot flashes. The Menopause Society's 2023 position statement lists exercise among interventions not recommended for vasomotor symptoms, and puts cooling techniques and trigger avoidance on the same list. Anyone selling you a workout that fixes hot flashes is selling you something the field's own professional body has looked at and declined to endorse.

What we do is accommodate them. If you report hot flashes at check-in, high-intensity work comes out of that session. That is a comfort and tolerability decision, not a symptom claim, and we will not dress it up as one.

If your symptoms are affecting your sleep or your daily life, that is a conversation with a clinician. There are treatments for vasomotor symptoms with strong evidence behind them. Training is not one of them, and we would rather point you at what works than keep you here.

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