Full Course Description

Module 1 | The Hormonal Symphony

Menopause isn’t a disease — but the hormonal shifts it brings can feel like a complete system breakdown for your patients. Symptoms like fatigue, weight gain, mood swings, brain fog, and sleep disruption can persist for years and are often misattributed to poor lifestyle habits or aging alone. This course cuts through the noise, debunks outdated myths, and gives you the science-backed tools to confidently support patients during the menopausal transition. Learn how estrogen, progesterone, and testosterone each contribute to metabolic, brain, cardiovascular, and immune health — and what happens when they decline. You’ll walk away understanding not only what is happening during menopause, but why — and what you can do about it. From hormone testing and symptom patterns to targeted nutrition, supplementation, and lifestyle interventions (including HRT considerations), you’ll get the functional medicine lens needed to personalize care and reframe menopause as a powerful opportunity for transformation — not a downhill slide.

Program Information

Objectives

Identify the physiological roles of estrogen, progesterone, and testosterone in women and explain how their decline during menopause impacts metabolic, cognitive, and cardiovascular function.
Analyze common menopausal symptoms and correlate them with underlying hormonal shifts to guide clinical assessment and intervention planning.
Develop evidence-based, individualized care strategies for menopausal patients using lifestyle modifications, targeted supplementation, and appropriate hormone therapy considerations.

Outline

Menopause Demystified: Stages, Timing & Misconceptions

Perimenopause, menopause, post-menopause: What’s happening and when
Variability in symptoms and duration
Common myths that disempower patients and providers

Hormonal Shifts & Systemic Impact

Declines in estrogen, progesterone, and testosterone
Effects on metabolism, brain, cardiovascular system, bones, immune function
Why symptoms like weight gain, brain fog, and low libido aren’t “just aging”

Symptoms as a Clinical Compass

Interpreting symptom clusters: hot flashes, sleep issues, mood swings, fatigue
Linking complaints to underlying hormonal patterns
Recognizing red flags for further testing

Evidence-Based Interventions

Lifestyle: nutrition, strength training, stress regulation
Key supplements: vitamin D, omega-3s, magnesium, adaptogens
Hormone therapy: benefits, risks, and individualization

A Functional Medicine Lens

Root cause assessment: inflammation, gut health, detox pathways
Personalized hormone optimization
Creating whole-person care plans for long-term vitality

Target Audience

Doctors of Chiropractic
Registered Nurses
Nurse Practitioners
Physician Assistants
Physical Therapists

Copyright : 05/28/2025

Module 2 | Hormones and Beyond

Many providers are stuck navigating outdated research, patient fears, and widespread misinformation when it comes to hormone therapy (HT). This session cuts through the confusion to provide a clear, evidence-based path forward.

You’ll explore the cardiovascular risks that rise with estrogen loss, the timing-dependent benefits of HT, and how to separate fact from fear when discussing breast cancer risk. We’ll walk through the most misunderstood research—like the WHI study—and provide tools to translate evolving evidence into confident clinical decision-making.

You’ll also gain a detailed understanding of HT formulations (oral vs. transdermal, synthetic vs. bioidentical), how to assess your patient for candidacy, and the latest evidence on HT use in survivors of breast cancer. We’ll round out the session with non-hormonal options—like SSRIs, gabapentinoids, and the newly approved fezolinetant—and practical prevention strategies grounded in nutrition and lifestyle.

Whether you’re hesitant to recommend HT or want better tools to communicate risk, this course will help you individualize care, improve outcomes, and empower your patients.

Program Information

Objectives

Identify cardiovascular risks associated with menopause.
Evaluate the impact of hormone therapy on heart health.
Discuss hormone therapy and breast cancer risk based on recent evidence.

Outline

The Estrogen Effect: What Happens After Menopause?

Understanding estrogen’s protective role in cardiovascular health
The rise in cardiovascular risk after menopause — what every provider needs to know
Why this matters: Common fears and misinformation are keeping patients from safe, effective therapies

Timing Is Everything: The Case for Early Intervention

Early vs. late hormone therapy initiation — comparison chart and clinical implications
The “Timing Hypothesis” explained
How to determine the best window of opportunity for initiating hormone therapy

Revisiting the Research: What the Evidence Really Says

EPAT and WELL-HART: What we’ve learned about hormone therapy and atherosclerosis
The WHI study — what went wrong and how it shaped two decades of confusion
- Timeline of misinterpretation and re-evaluation
- What current data tells us about estrogen and cardiovascular outcomes

Hormone Therapy and Breast Cancer Risk: Separating Fact from Fear

Estrogen alone vs. estrogen + progestin: Understanding the nuance of breast cancer risk
Long-term use and formulation differences
The misunderstood role of bioidentical hormones

Safer Formulations, Smarter Choices

Oral vs. transdermal estrogen: What the research reveals about stroke, clot, and gallbladder risk
Bioidentical vs. synthetic hormones: Mechanisms, myths, and best-use cases
Individualized HT plans: Aligning patient goals, symptoms, and risks

Assessing and Educating Your Patient

Assessing medical history, risk factors, and appropriateness for HT
Navigating patient fears: Real vs. perceived risk of breast cancer
Using visual tools and simple analogies to explain complex risks

Beyond Hormones: A Holistic View of Breast Cancer Prevention

Diet, lifestyle, and supplement strategies to reduce breast cancer risk
VET and MHT use in survivors: What new research says about recurrence risk

When HT Isn’t an Option: Non-Hormonal Alternatives

SSRIs, SNRIs, Gabapentinoids, Clonidine, and Fezolinetant
Tailoring treatment to individual symptoms and contraindications

Target Audience

Nurse Practitioners
Physician Assistants

Copyright : 05/27/2025

Module 3 | The Gut-Hormone Connection: How the Microbiome Impacts Menopause

Menopause isn’t just about estrogen—it's about everything that interacts with it. This session explores the gut as a hormonal command center, examining how microbial diversity, the estrobolome, and gut permeability can drive—or disrupt—hormonal homeostasis. From β-glucuronidase activity to targeted interventions like the 5R protocol, you’ll walk away with strategies to restore balance across the entire hormonal network.

Program Information

Objectives

Describe the role of the estrobolome and gut microbiome in estrogen metabolism during menopause.
Identify how dysbiosis and gut permeability contribute to hormonal imbalances affecting cortisol, insulin, thyroid, and sex hormones.
Apply the 5R gut repair framework to develop individualized treatment plans for menopausal patients experiencing gut-hormone disruptions.

Outline

Microbiome + Menopause: A Two-Way Street

Overview of the gut microbiome’s role in systemic homeostasis
How sex hormones shape the microbiome—and vice versa
Estrobolome defined: estrogen recycling, β-glucuronidase, and detoxification pathways
Menopause-related changes to:
- Gut microbial diversity
- Genitourinary flora and vaginal microbiome
- Gut barrier function and systemic inflammation
Clinical implications for fat distribution, appetite regulation, and metabolic disease risk

Hormonal Disruption via the Gut Axis

Cortisol: chronic stress, gut permeability, and HPA axis dysfunction
Insulin & blood sugar: microbiome-driven metabolic shifts in menopause
Thyroid: gut-thyroid connection and how dysfunction mimics menopause
Sex hormones: how poor detox pathways and dysbiosis compound menopausal symptoms

Clinically Applying the 5R Gut Repair Protocol

Remove: inflammation triggers (foods, toxins, pathogens)
Replace: enzymes, stomach acid, bile
Reinoculate: probiotics and prebiotics for menopausal populations
Repair: targeted nutrients for gut barrier integrity (e.g., glutamine, zinc, polyphenols)
Rebalance: circadian rhythm, movement, and nervous system regulation
- Emphasis on sleep, stress recovery, and low-impact exercise

Target Audience

Registered Nurses
Nurse Practitioners
Physicians
Physician Assistants
Physical Therapists
Doctors of Chiropractic
Women’s Health Specialists
Other Licensed Healthcare Professionals

Copyright : 08/14/2025

Module 4 | Premature Ovarian Insufficiency (POI) & Early Menopause

Every week, women experiencing irregular periods, crushing fatigue, and debilitating hot flashes are told "it's just stress" or handed antidepressants. Meanwhile, their bones quietly lose density, cardiovascular risk climbs, and cognitive function declines. Over half of women with premature ovarian insufficiency see three or more clinicians before diagnosis, and 25% wait more than five years. This isn't just diagnostic delay—it's a window of intervention closing while irreversible damage accumulates.

This course delivers the clinical precision to change that trajectory. You'll master the updated 2024 guidelines from IMS, ASRM, and ESHRE reshaping POI and early menopause management. Learn exactly when to order that second FSH level, how to interpret fluctuating labs, and which patients need immediate genetic testing. Critically, you'll discover why the 35-year-old post-oophorectomy patient requires fundamentally different management than the 42-year-old with spontaneous early menopause—and how getting this wrong compounds long-term health risks.

The stakes are staggering: women experiencing menopause before age 40 face dramatically elevated risks of osteoporosis, cardiovascular disease, cognitive decline, and all-cause mortality if untreated. Current evidence shows early, aggressive hormone replacement therapy can reverse these trajectories—but only if dosed correctly (higher than standard menopausal HRT) and continued until natural menopause age. You'll learn which formulations protect bone density most effectively, how to counsel breast cancer survivors who need estrogen but can't have it, and which non-hormonal strategies have actual evidence behind them.

Walk away with immediately applicable tools: a year-by-year monitoring protocol, exact timing for DEXA scans and lipid panels, exercise prescriptions that protect bone and pelvic floor health, and fertility preservation counseling before it's too late. Whether you're seeing the devastated 32-year-old facing infertility or the surgical menopause patient whose surgeon never mentioned long-term risks, you'll have evidence-based tools to intervene early. The difference between recognizing POI at first presentation versus missing it for years isn't just patient satisfaction—it's the difference between preserved bone density and hip fractures, maintained cognition and early dementia, between a woman thriving and one merely surviving.

Program Information

Objectives

Differentiate between premature ovarian insufficiency (POI) and early menopause using current diagnostic criteria from IMS, ASRM, and ESHRE guidelines, including FSH levels, amenorrhea duration, and age parameters.
Evaluate hormone replacement therapy (HRT) and non-hormonal treatment strategies for patients with POI or early menopause, considering contraindications, formulation options, and evidence-based recommendations for bone, cardiovascular, and cognitive health protection.
Develop a comprehensive monitoring and follow-up plan for patients with POI or surgical menopause that includes baseline and interval assessments for bone density, cardiovascular risk, metabolic health, and psychosocial well-being according to current guideline recommendations.

Outline

Section 1: Defining POI and Early Menopause - Diagnostic Pathways and Clinical Differences

Definitions and prevalence of POI versus early menopause
Diagnostic criteria: FSH levels, amenorrhea patterns, and laboratory workup
Causes of POI including idiopathic, genetic, autoimmune, and iatrogenic factors
Clinical presentation and diagnostic challenges
Comparison of spontaneous POI versus surgical menopause
Latest guideline updates from IMS, ASRM, and ESHRE

Section 2: Long-Term Health Consequences and Risk Assessment

Bone health: accelerated bone loss and fracture risk
Cardiovascular implications: increased risk of ischemic heart disease and stroke
Cognitive function: early decline and dementia risk
Pelvic floor health and genitourinary syndrome
Psychological impacts: depression, anxiety, and grief
Special considerations for surgical menopause patients

Section 3: Evidence-Based Treatment Strategies

Hormone replacement therapy: indications, formulations, and contraindications
HRT dosing for POI (higher than standard menopausal doses)
Non-hormonal treatment options and alternative therapies
Fertility counseling and reproductive options
Contraceptive considerations in POI
Management of breast cancer survivors and other contraindications to HRT

Section 4: Comprehensive Monitoring, Lifestyle Interventions, and Multidisciplinary Care

Baseline assessments at diagnosis (Year 0)
Follow-up protocols: Years 1, 2-5, and long-term monitoring
Exercise prescription: resistance training, weight-bearing activities, and pelvic floor rehabilitation
Lifestyle modifications: nutrition, vitamin D/calcium, smoking cessation
Mental health screening and support resources
Multidisciplinary collaboration with endocrinology, cardiology, physical therapy, and psychology

Target Audience

Registered Nurses
Nurse Practitioners
Physician Assistants

Copyright : 10/02/2025

Module 5 | Hot Flashes and Sleepless Nights

Hot flashes that hit out of nowhere. Night sweats that steal sleep, drain energy, and stall recovery.
Your patients are tired of being told to “wait it out.” They need real answers — and you need strategies that actually work.

In this eye-opening session, you’ll get the latest science and real-world strategies to finally break the cycle of sleepless nights and relentless hot flashes. We’ll pull back the curtain on the brand-new FDA-approved non-hormonal therapy (Fezolinetant), show you how to confidently navigate HRT vs. non-hormonal options, and give you practical scripts to cut through the misinformation flooding your patients’ feeds.

But this isn’t just about prescriptions — it’s about giving you Monday-ready tools that work across disciplines. You’ll see how targeted exercise, movement modifications, and cooling strategies reset thermoregulation, ease fatigue, and restore sleep. You’ll practice behavioral techniques like CBT for hot flashes and nighttime breathing routines your patients can use tonight. And you’ll walk away with plug-and-play resources — symptom trackers, treatment ladders, and counseling scripts — that make you the provider patients trust when they say, “I’ve tried everything.”

This isn’t theory. It’s a practical playbook for stopping night sweats, reducing hot flashes, and giving patients back their sleep. Walk away ready to pinpoint the cause, choose the right interventions, and restore the rest and energy your patients have been missing.

Program Information

Objectives

Differentiate vasomotor symptoms (VMS) from other common causes of night waking (e.g., thyroid dysfunction, sleep apnea, restless legs) using patient history, symptom diaries, and clinical red flags.
Formulate individualized treatment plans for hot flashes and night sweats by integrating FDA-approved non-hormonal therapy (Fezolinetant), hormone therapy, off-label pharmacologics, and evidence-based lifestyle or behavioral strategies.
Apply patient-centered counseling scripts and practical movement/environmental strategies to improve sleep quality, reduce fatigue, and increase adherence to treatment plans in menopausal patients.
Implement exercise and movement-based interventions) e.g, aerobic and resistance training, cooling strategies, pacing techniques) to support thermoregulation, reduce hot flash severity, and enhance sleep quality in menopausal patients.

Outline

Stop Guessing: What's Really Driving Night Sweats

The physiology behind VMS: estrogen withdrawal, hypothalamic instability, and neurotransmitter pathways
Standardized assessment tools: HFRDIS, Menopause Rating Scale, symptom diaries
Rule out look-alikes: thyroid dysfunction, sleep apnea, restless legs

The Nighttime Playbook: Getting Patients Back to Sleep

Cooling strategies, dietary triggers, and environmental modifications
Exercise as intervention: aerobic, resistance, and mind-body approaches
Why symptoms may worsen before improving—and how to counsel through it

Mind-Body Interventions That Actually Work

Paced respiration: technique, implementation, and clinical evidence
CBT for menopause: cognitive restructuring and behavioral strategies
MBSR, progressive muscle relaxation, and guided imagery

Non-Hormonal Pharmacologic Options

Fezolinetant (Veozah): mechanism, efficacy, dosing, and monitoring
Traditional options: paroxetine, venlafaxine, gabapentin—when to use each
Supplements and botanicals: what works, what doesn't

Putting It All Together

Treatment algorithm: lifestyle → non-hormonal pharmacologics → HRT if appropriate
Monitoring timeline and red flags
Insurance navigation and patient education strategies

Target Audience

Chiropractors
Nurse Practitioners
Nurses
Physical Therapists
Physician Assistants
Physicians
Other healthcare professionals.

Copyright : 11/12/2025

Module 6 | Mood, Memory, and Menopause

Brain fog, mood swings, and memory lapses — for too long, these symptoms have been brushed off as “normal” parts of menopause. The truth? They can derail quality of life, tank adherence, and mimic serious neurologic or psychiatric disease if you don’t know what to look for.

In this session, you’ll learn how to separate hormone-driven changes from red flags that require referral, and how to explain “brain fog” in ways that validate patients without creating fear. We’ll dive into evidence-based strategies — from CBT and mindfulness to exercise and targeted pharmacology — that actually work for cognitive and emotional health.

You’ll get practical scripts for those tough conversations (“Is this dementia?” “Am I going crazy?”), quick screening tools you can use in clinic, and movement-based interventions proven to sharpen focus and stabilize mood.

Walk away ready to recognize the difference between normal cognitive change and pathology, deliver clear strategies for emotional resilience, and give your patients back confidence in their memory, focus, and mood.

Program Information

Objectives

Differentiate menopause-related cognitive and mood symptoms from neurologic and psychiatric conditions requiring referral.
Apply validated screening tools (MoCA, PHQ-9, GAD-7) to assess memory, focus, and mood in perimenopausal and menopausal patients.
Integrate evidence-based interventions—including CBT, mindfulness, exercise, and pharmacologic options (antidepressants, HRT)—into individualized treatment plans.
Implement patient-centered communication strategies to validate concerns, address fears about cognitive decline, and promote resilience.

Outline

Brain Fog Is Real: Understanding the Cognitive Shift

The cognitive crisis: prevalence and patient experience
Estrogen-brain connection and neuroprotective effects
The perimenopause paradox: why symptoms are often worse
Defining brain fog: executive function, memory, and attention issues
Assessment tools: MoCA, Cognitive Difficulties Scale, menopause-specific questionnaires

Mood on the Edge: Anxiety, Depression, and Irritability

The mood landscape: depression risk, anxiety disorders, mood instability
Unique presentation of menopausal depression
Screening tools: PHQ-9, GAD-7, Beck Depression Inventory, mood tracking

Clinical Strategies That Actually Work

Antidepressant selection: SSRIs, SNRIs, special considerations
HRT for mood disorders: estradiol, progesterone, testosterone
CBT for menopause (CBT-M)
Mindfulness-based interventions (MBSR, MBCT)
Exercise and cognitive function
Nutrition for brain health
Sleep optimization

Building Resilience and Knowing When to Refer

The recovery mindset and patient empowerment
Red flags and referral criteria (psychiatry, neurology, neuropsychology)
Technology and digital health tools
Cultural considerations in care

Target Audience

Chiropractors
Nurse Practitioners
Nurses,
Physical Therapists
Physician Assistants
Physicians
Other healthcare professionals

Copyright : 11/05/2025

Module 7 | The Non-Negotiation of Stress Resiliency & Sleep Optimization in Menopause

Chronic stress, cortisol dysregulation, and sleep disruption are more than quality-of-life issues—they’re hormonal disruptors that sabotage metabolism, cognition, immune health, hot flashes, weight loss, night sweats and more! This module explores the stress-sleep-hormone triad through a functional and systems-based lens. You'll learn how to recognize HPA axis dysfunction, assess vagal tone, and implement practical, patient-friendly tools to restore nervous system balance and improve sleep architecture. Because without resilient stress response systems and restorative sleep, no intervention—pharmaceutical or lifestyle—can fully take root.

Program Information

Objectives

Explain how HPA axis dysregulation and chronic stress disrupt hormonal balance, metabolism, and mood during menopause.
Identify key contributors to poor sleep and evaluate their impact on hormonal health and nervous system regulation.
Implement practical interventions to improve sleep hygiene, build stress resilience, and support vagus nerve function in menopausal patients.

Outline

Unraveling Stress – What it is

Prevalence & types of stress in mid-life women
Hormesis vs Allostasis & Allostatic load
Clinical relevance:
- Subjective markers of chronic stress
- Objective markers of chronic stress – dysregulated cortisol patterns
The overlooked vagus nerve & it’s impact on health & hormone balance

Hormones, Stress, & the HPA Axis

Understanding the Steroidogenic Pathway
The Hormone Web – how one hormone imbalance impacts others
Understanding Stress as a hormonal saboteur
Chronic stress as a driver of menopausal symptoms

The Hormonal Power of Sleep

Understanding sleep architecture & circadian rhythms
Menopausal impacts on sleep stages (deep & REM)
Top sleep disruptors in mid-life women
Health & weight consequences of poor sleep

Evidence-Based Tools for Stress Resilience and Sleep – How Can We Fix It?

Lifestyle medicine for HPA axis & nervous system regulation
Vagus nerve regulation strategies
Sleep optimization checklist: environment, routine, and hygiene
Natural sleep-support agents: supplements

Target Audience

Chiropractors
Nurses
Nurse Practitioners
Physical Therapists
Physicians Assistants

Copyright : 07/30/2025

Module 8 | Medical Gaslighting & Self-Advocacy in Menopause

“It’s just menopause.”

How many times have patients heard that line — or something like it — when they bring up fatigue, weight gain, brain fog, or pain? Too often, their concerns are brushed off as “normal,” when in reality, dismissal leads to missed diagnoses, worse outcomes, and a complete breakdown of trust.

This powerful session gives you the tools to break that cycle. You’ll learn how to spot the subtle differences between typical menopause symptoms and dangerous mimics like thyroid disease, autoimmune flares, and cardiovascular issues. You’ll practice using language that validates patient concerns without overpromising, and you’ll get simple scripts to replace dismissal with confidence and clarity.

But we won’t stop at the exam room. You’ll also discover how to guide patients in building self-advocacy skills — from symptom tracking to asking the right questions — so they become active partners in their care. And you’ll walk away with documentation strategies that protect both your patient and your practice when tough visits get recorded in the chart.

Walk away ready to differentiate red flags from routine, validate patients without feeding misinformation, and equip them with the tools they need to finally feel seen, supported, and safe in your care.

Program Information

Objectives

Recognize patterns of medical gaslighting and implicit bias that contribute to symptom dismissal in menopausal patients.
Demonstrate patient-centered communication strategies—including active listening, reflective responses, and validation techniques—that build trust and reduce perceived dismissal.
Integrate self-advocacy tools, including symptom tracking templates and communication scripts, into patient education to support effective healthcare encounters.
Apply documentation language that objectively records patient concerns, avoids judgmental terminology, and supports appropriate referrals.

Outline

Understanding the Problem

Why this matters: Statistics on women's healthcare disparities
Survey results on patient dismissal experiences
Challenges women face in healthcare

Recognizing Medical Gaslighting

Definition and importance of addressing gaslighting
Dismissal tactics and psychological attribution
Vulnerability factors: ageism and gender bias
Patient impacts and consequences
System-level costs (individual, healthcare, societal)
Implicit bias in healthcare

Provider Strategies for Better Care

Creating a comfortable environment
Effective communication strategies (active listening, reflective responses, validation)
Body language cues
Comprehensive patient assessment and history taking
Evidence-based treatment and shared decision-making
Documentation tips for validating patient experiences

Patient Self-Advocacy Tools

Symptom tracking strategies
Communication during visits
Follow-up actions
Effective communication scripts
Building support networks
Teaching patients to recognize gaslighting

Case Studies

Case 1: The Dismissed Executive
Case 2: The Persistent Advocate

Creating Change

System-level changes providers can make
Action plan (immediate, short-term, long-term)
Key takeaways

Target Audience

Chiropractors
Nurse Practitioners
Nurses,
Physical Therapists
Physician Assistants
Physicians
Other healthcare professionals

Copyright : 10/13/2025

Module 9 | Co-Existing Conditions in Menopause

PCOS, endometriosis, thyroid dysfunction, autoimmune disease — these conditions don’t stop at menopause. They change, overlap, and complicate care in ways that frustrate both patients and providers. Too often, women in midlife are left to navigate a tangle of symptoms with no one connecting the dots.

This session gives you the clinical clarity to do just that. You’ll learn how PCOS evolves after menopause, how endometriosis and surgical menopause reshape risk, and how thyroid and autoimmune diseases interact with shifting hormones. More importantly, you’ll see how to integrate these conditions into a whole-patient menopause care plan that improves outcomes instead of creating confusion.

We’ll unpack the latest evidence, case-based strategies, and practical tools that help you adapt treatment plans, avoid common pitfalls, and restore function and quality of life in this underserved population.

Walk away ready to recognize how chronic conditions shift in menopause, adjust your management strategies, and deliver confident, coordinated care to even the most complex patients.

Program Information

Objectives

Differentiate menopause-related symptoms from those caused or exacerbated by PCOS, endometriosis, and thyroid disorders to guide appropriate diagnostic workup.
Analyze how declining sex hormones influence the trajectory and management of chronic metabolic, gynecologic, and autoimmune conditions.
Apply pharmacologic management strategies—including metabolic agents, pain medications, and thyroid therapies—while accounting for hormone therapy interactions in patients with co-existing conditions.
Formulate patient-centered, coordinated care plans that integrate menopause treatment with chronic disease management across interdisciplinary teams.

Outline

The Complex Patient Reality

Clinical statistics on chronic condition prevalence in menopausal women
Why symptom overlap complicates diagnosis and treatment

PCOS: The Condition That Doesn't End at Menopause

Debunking the myth that PCOS resolves at menopause
What changes vs. what persists or worsens
Diagnostic challenges: distinguishing menopause from PCOS anovulation
Metabolic management strategies through menopause

Endometriosis: The Disease That May Not "Burn Out"

Why the traditional "burnout" teaching is outdated
Types of persistent disease post-menopause
Hormone therapy dilemmas in endometriosis
Comprehensive pain management strategies

Thyroid Disorders: The Great Mimicker

Symptom overlap between thyroid disease and menopause
Estrogen effects on thyroid function
Hashimoto's disease and menopause considerations

Coordinated Care Models

Team-based approach and communication strategies
Patient as team member

Key Takeaways

Seven essential management principles

Target Audience

Chiropractors
Nurse Practitioners
Nurses,
Physical Therapists
Physician Assistants
Physicians
Other healthcare professionals

Copyright : 11/12/2025

Module 10 | Tailoring Hormone Replacement Therapy

Hormone replacement therapy isn't one-size-fits-all—yet too many women receive standardized protocols that ignore their unique cardiovascular risks, symptom profiles, and medical histories. A 52-year-old smoker with severe hot flashes needs fundamentally different HRT than a 49-year-old athlete recovering from hysterectomy. Get the route wrong, and you're increasing stroke risk. Underdose a woman with premature ovarian insufficiency, and you're leaving her vulnerable to accelerated bone loss. Miss the contraindication, and you could be prescribing estrogen to someone with active breast cancer.

This course transforms how you prescribe HRT by teaching you to match therapy precisely to each patient's risk profile. You'll master the critical distinction between oral and transdermal estrogen—understanding why first-pass hepatic metabolism makes oral formulations dangerous for women with clotting risk, obesity, or liver disease, while transdermal routes bypass these complications. Learn exactly when local vaginal estrogen suffices versus when systemic therapy is required, and why this matters enormously for breast cancer survivors needing symptom relief.

The timing hypothesis will revolutionize your approach: HRT initiated within 10 years of menopause offers cardiovascular protection through improved endothelial function, while the same therapy started later can destabilize atherosclerotic plaques and increase event risk. You'll gain confidence stratifying patients by age and years since menopause. Learn which progesterone formulations protect the endometrium while minimizing breast cancer risk—and why micronized progesterone outperforms synthetic progestins for cardiovascular and oncologic safety.

Walk away with immediately applicable prescribing algorithms: how to dose HRT for POI patients needing physiologic replacement, when to choose patches over pills, which patients are candidates for testosterone, and how to counsel the post-oophorectomy patient about lifelong hormone management. Master red flags requiring immediate evaluation—unexplained vaginal bleeding, new breast masses, severe leg pain—and develop monitoring protocols that catch complications early.

You'll work through real cases: the smoker whose VTE risk makes oral estrogen dangerous but whose quality of life is destroyed by vasomotor symptoms, the breast cancer survivor with severe vaginal atrophy told "no hormones ever," the perimenopausal woman experiencing debilitating symptoms but told she's "too young." Learn shared decision-making conversations that communicate complex risks without either minimizing dangers or denying appropriate therapy. The difference between generic HRT prescribing and individualized therapy isn't just patient satisfaction—it's the difference between preserved bone density and fractures, between cardiovascular protection and increased event risk, between a woman thriving through menopause and one suffering needlessly.

Program Information

Objectives

Individualize hormone replacement therapy (HRT) plans by assessing patient age, menopausal timing, symptom severity, comorbidities, and personal preferences to optimize treatment outcomes and safety.
Compare the pharmacologic differences, risks, and benefits of oral, transdermal, and vaginal estrogen delivery methods, and select the most appropriate route based on patient-specific cardiovascular, hepatic, and thromboembolic risk factors.
Implement safe HRT initiation, titration, and monitoring protocols using evidence-based algorithms, including appropriate screening for contraindications such as active breast cancer, history of venous thromboembolism, migraine with aura, and liver disease.

Outline

Section 1: Principles of Individualized HRT - Moving Beyond One-Size-Fits-All

Why personalization matters: symptom variability and patient-specific risk profiles
Defining HRT: systemic versus local therapy and candidate populations
Key factors influencing HRT choices: age, menopausal timing, symptom type and severity
The timing hypothesis: early versus late HRT initiation and cardiovascular implications
Shared decision-making strategies and patient-centered communication
Comorbidities that dictate risk-benefit analysis

Section 2: Matching Symptoms to Treatment Strategies

Vasomotor symptoms (VMS): systemic estrogen as first-line therapy
Genitourinary syndrome of menopause (GSM): local versus systemic approaches
Mood, cognition, and sleep disturbances: role of estrogen and progesterone
Musculoskeletal and bone symptoms: HRT for bone density preservation and fracture prevention
Special considerations for premature ovarian insufficiency (POI) and surgical menopause
Non-hormonal alternatives for patients with contraindications

Section 3: HRT Delivery Methods - Pharmacology, Safety, and Selection

Oral estrogen: first-pass hepatic metabolism, effects on clotting factors and lipids
Transdermal estrogen (patches, gels, sprays): bypassing hepatic metabolism for reduced VTE risk
Vaginal estrogen: minimal systemic absorption for isolated GSM symptoms
Progestogens for endometrial protection: micronized progesterone versus synthetic progestins
Levonorgestrel IUD (LNG-IUD) for combined contraception and endometrial protection
Testosterone therapy in select patients: considerations for libido and energy
Evidence-based route selection for high-risk populations

Section 4: Safe Prescribing - Contraindications, Monitoring, and Follow-Up

Absolute and relative contraindications to HRT
Clinical red flags: unexplained vaginal bleeding, breast lumps, severe headaches, leg swelling
Cardiovascular and clotting disorders: oral versus transdermal safety profiles
Breast and gynecologic cancers: when HRT is contraindicated and alternative approaches
Migraine with aura and neurologic considerations
Liver disease and metabolic conditions affecting HRT safety
Routine monitoring checklist: clinical visits, blood pressure, mammography, laboratory assessments
Stepwise initiation, safe titration, and discontinuation protocols
Multidisciplinary collaboration with physical therapy, cardiology, and oncology

Target Audience

Nurse Practitioners
Physician Assistants

Copyright : 10/02/2025

Module 11 | Special Populations in Menopause: Addressing Diversity in Symptoms and Treatment Needs

Menopause isn't a one-size-fits-all experience—yet most clinical training treats it that way. This module challenges conventional approaches by examining how race, ethnicity, gender identity, and disability status fundamentally shape symptom presentation, treatment response, and care access. You'll explore why Black women experience more frequent and severe vasomotor symptoms, how gender-affirming hormone therapy affects bone and cardiovascular health in transgender patients, and what adaptive strategies actually work for patients with mobility limitations or conditions like multiple sclerosis. Beyond the clinical science, you'll gain practical communication tools rooted in cultural humility and learn to navigate real-world barriers—from insurance gaps to systemic mistrust—that prevent patients from receiving the care they need. Walk away ready to deliver truly individualized menopause care that meets every patient where they are.

Program Information

Objectives

Differentiate how race, ethnicity, and cultural factors influence menopause symptom patterns, cardiovascular risk, and bone health outcomes across diverse populations.
Assess the effects of gender-affirming hormone therapy on bone density, muscle health, and cardiovascular function in transgender and gender-diverse patients experiencing menopause or menopause-like symptoms.
Implement culturally competent communication strategies and interdisciplinary care approaches that address barriers to equitable menopause care, including health literacy, insurance limitations, and systemic mistrust.

Outline

Understanding Diversity in Menopause Experience

Biological, cultural, gender, and disability diversity shapes menopause symptoms and treatment responses
Racial and ethnic differences in vasomotor symptoms, sleep disturbances, and bone health
Disparities in cardiovascular risk and fracture rates across populations

Gender-Affirming and Transgender Menopause Care

Impact of gender-affirming hormone therapy on bone, muscle, and cardiovascular health
Menopause considerations for transgender men and women across surgical and hormonal transitions
Inclusive terminology, pronoun use, and gender-affirming care practices

Disability-Aware and Adaptive Menopause Management

Pelvic floor dysfunction, mobility limitations, and spasticity in conditions like multiple sclerosis
Adaptive exercise strategies and assistive devices for menopause symptom management
Addressing bladder urgency, sexual health, and pain through interdisciplinary collaboration

Equity, Access, and Culturally Competent Care Delivery

Insurance barriers, health literacy challenges, and systemic mistrust affecting menopause care access
Communication strategies incorporating cultural humility and patient-preferred language
Interdisciplinary collaboration between nurse practitioners and physical therapists for personalized care plans

Target Audience

Physical Therapists
Registered Nurses
Nurse Practitioners
Physician Assistants

Copyright : 10/15/2025

Module 12 | Nutrition & Supplements for Menopause: Practical Strategies to Fuel Hormonal Balance, Strength, and Symptom Relief

Midlife women are coming to you tired, foggy, and achy with weight loss resistance yet and feeling dismissed. They’ve tried all the diets. They’ve increased their cardio. They’ve bought all the supplements. And yet—nothing’s working.

This course cuts through the noise and gives you the tools to change that.

Led by a functionally trained registered dietitian specializing in women’s health, this module delivers practical, evidence-based strategies you can use right away—without stepping outside your scope of practice or needing an advanced degree in nutrition. You’ll learn why food timing, protein distribution, and metabolic shifts matter more than ever during menopause—and how the right “Fab 5” supplements can support energy, muscle strength, bone health, and weight regulation.

You'll leave with the confidence to make nutrition part of your clinical conversation—even if you only have five minutes—and finally feel equipped to guide patients through one of the most misunderstood and underserved seasons in a woman’s life.

What You’ll Learn:

Why specific foods and food timing—not just calories—matter more than ever in midlife
The key nutrition shifts that help calm hormonal chaos and improve energy
How to cut through the supplement noise and recommend what actually works
The “Fab 5” evidence-backed supplements every clinician should know
Practical strategies to help your patients feel better—without a complete diet overhaul

Immediate Clinical Wins:

✓ Know what to recommend when a patient says, “I’m doing everything right, but I’m still gaining weight.”
✓ Talk with confidence about creatine, collagen, vitamin D3, berberine, and calcium
✓ Use meal timing, protein strategies, and realistic planning tools to get quick results
✓ Integrate food and lifestyle into your existing care plans—without overhauling your workflow

Program Information

Objectives

Identify the top five evidence-based supplements commonly used to manage menopause-related symptoms, including their physiological roles, typical dosages, and contraindications.
Evaluate the impact of macronutrient distribution and meal timing on hormonal regulation, metabolic health, and symptom severity in midlife women.
Formulate personalized, nutrition-forward treatment recommendations for menopausal patients by integrating dietary patterns, supplement protocols, and patient-specific fasting tactics.

Outline

Food First, Hormones Follow

Why WHAT you eat can make or break menopause symptom relief
Powerful diet patterns: the best diets for managing menopausal symptoms
How nutrition impacts cortisol, insulin, thyroid, & estrogen function in midlife

Macros that Matter: Fueling the Midlife Body

Protein: how much women really need in perimenopause and menopause
The Carb Connection: blood sugar crashes and energy slumps
Healthy Fats: friend or foe?
Hydration: the download on water, alcohol, & sugary beverages

Chrono-What?! The Secret Weapon of Food Timing

Why WHEN you eat matters just as much as WHAT you eat
Meal timing for better sleep, clearer thinking, and stable energy
A simple approach to circadian-friendly eating—without a rigid schedule

Small Shifts, Big Results

Quick meal planning strategies for busy, overwhelmed women
The top 3 nutrition mistakes midlife women make - and how to correct them

The Supplement Shortlist: Fab 5 You Need to Know

Which 5 supplements rise above the noise—and what they help with
Doses and safety

Target Audience

Chiropractors
Nurses
Nurse Practitioners
Physical Therapists
Physicians Assistants
Physicians

Copyright : 07/30/2025

Module 13 | The Metabolic Puzzle: Weight Management and Insulin Resistance in Menopause

Your midlife patients are doing “everything right” — but the weight won’t budge, energy crashes by mid-afternoon, and labs reveal creeping insulin resistance. Sound familiar?

Menopause brings a perfect storm of metabolic disruption: muscle loss, fat gain, blood sugar instability — and a 2- to 3-fold increased risk for insulin resistance compared to premenopausal women. Add in the hidden influence of endocrine-disrupting chemicals from the environment, and it’s no wonder traditional “eat less, move more” advice isn’t working.

In this module, we’ll unravel the real reasons behind metabolic dysfunction in menopause and give you a practical, evidence-based roadmap to help your patients restore metabolic health. You’ll walk away with clinical tools to identify early red flags, tailor nutrition and movement plans, and integrate strategies like strength training, fasting, and sleep optimization — all in a way that supports lasting energy, functional strength, and disease prevention.

This isn’t another generic diet lecture. It’s science-backed, scope-appropriate guidance your patients have been waiting for — with clear strategies to help them feel stronger, more energetic, and metabolically resilient through midlife and beyond.

Key Takeaways:

Clinically-actionable strategies to address sarcopenia, not just background theory.
Specifics on fasting protocols—who it helps, how long, how often, and when to avoid it.
How nutrition timing impacts performance and metabolic health.
Barriers to weight loss that are unique to menopause (hormonal, psychological, lifestyle).
Case studies or patient profiles showing improvement with lifestyle changes.
Red flags: When metabolic dysfunction signals something more serious (thyroid, cancer, etc.).
Sleep and stress management tools that go beyond “get more sleep” — i.e., root causes of dysregulation and implementable tactics.

Program Information

Objectives

Identify at least three physiological changes during menopause that contribute to metabolic dysfunction and explain how each impacts a patient’s ability to maintain functional strength, energy levels, and body composition.
Apply evidence-based nutrition and movement strategies—including intermittent fasting, resistance training, and sleep optimization—to develop a personalized care plan that improves insulin sensitivity and supports daily function.
Evaluate the effectiveness of a lifestyle intervention by interpreting clinical markers and adjusting recommendations to sustain long-term metabolic and functional outcomes.

Outline

Understanding the Metabolic Shifts of Menopause

The hormonal domino effect: How estrogen loss rewires metabolic pathways
Sarcopenia in midlife: The muscle loss that silently drives insulin resistance
Early warning signs clinicians should recognize before lab values confirm dysfunction
Connection between metabolic dysfunction & chronic health conditions common in menopause

The Hidden Drivers of Insulin Resistance in Midlife Women

Weight & visceral fat
Sedentary behavior – movement is medicine!
Diet patterns
Stress, sleep, & circadian disruption – stress as a metabolic disruptor
Endocrine (and metabolic) disrupting chemicals

Nutrition & Lifestyle Framework for Reversing Metabolic Dysfunction

The top 3 dietary patterns for menopause-related metabolic shifts
Impact of macros – carbs vs protein vs fat
Intermittent fasting: What works, who it helps, and how to implement different tactics
Chrono-nutrition: Why WHEN you eat matters
Muscle is metabolic medicine: Clinician-ready strength training recommendations
Sleep, stress resiliency, and circadian rhythms
Evidence-backed supplements

Real-World Implementation in Clinical Practice

Red flag lab markers – biomarkers of metabolic dysfunction
Use of CGM’s to empower & personalize patient outcomes
Simplifying complex lifestyle change for patient success
Team collaboration is key to success for the mid-life woman!

Target Audience

Doctors of Chiropractic
Physical Therapists
Physical Therapist Assistants
Registered Dietitian Nutritionists
Registered Nurses
Nurse Practitioners
Physicians
Physician Assistants

Module 14 | Environmental Toxicity and Its Impact on Hormone Balance, Weight, and Metabolic Function

Hormone imbalances. Weight that won’t budge. Fatigue with no clear cause. You’ve seen it all—but what if the missing link isn’t diet or exercise… it’s toxins?

This eye-opening training pulls back the curtain on one of the most overlooked drivers of hormone and metabolic dysfunction: environmental toxins. From endocrine disruptors in everyday products to obesogens stored in fat cells, the evidence is clear—chemical exposures are silently sabotaging your patients’ progress.

In this practical, science-backed session, you’ll learn how to spot the red flags of toxic overload, where these hidden chemicals are coming from, and how to support the body’s natural detox systems without extreme protocols. You’ll walk away with real-world strategies to reduce exposure, support elimination pathways, and restore balance—especially for women in midlife and beyond.

If you work with patients struggling with hormone-related symptoms, stalled weight loss, or unexplained fatigue, this training is essential.

Program Information

Objectives

Identify at least three common endocrine-disrupting chemicals (EDCs) and describe their effects on hormone balance and metabolic function.
Demonstrate the ability to recommend a minimum of four evidence-based strategies to reduce patient exposure to environmental toxins through nutrition, hydration, personal care, and household product modifications.
Apply clinical reasoning to develop a detoxification support plan that includes at least three organ-specific strategies (e.g., bowel, liver, skin, or sleep) for patients experiencing hormone imbalance or metabolic dysfunction.

Outline

What If Hormone Imbalance Isn’t Just About Age?

Learn how everyday chemicals hijack estrogen, insulin, and thyroid function
Discover why women carry a higher toxic load—and how it fuels fatigue, weight gain, and mood swings
Explore the hidden link between environmental toxins and metabolic chaos
Get the latest research on how EDCs, obesogens, and diabetogens disrupt health
Identify where these silent saboteurs are hiding—in your food, home, and body

Cut the Toxin Load Without Overhauling Your Life

Easy nutrition upgrades that drastically lower toxic exposure (no cleanse required)
Swaps for the kitchen, bathroom, and pantry to protect hormone health
A practical path for helping patients reduce risk without overwhelm or fear
Empower your clients with real-world strategies—not scare tactics or gimmicks

The Detox Strategies Every Provider Should Know

The bowel, liver, skin, and brain: your four detox power players
Go beyond “drink more water”—support true detoxification with targeted foods and nutrients
Tap into daily habits that support detox, hormone balance, and long-term vitality

Target Audience

Doctors of Chiropractic
Registered Nurses
Nurse Practitioners
Physicians
Physician Assistants
Registered Dietitian Nutritionists
Physical Therapists

Module 15 | Strength & Stability: Exercise Programming for Bone Health & Muscle Preservation in Menopausal Women – Part 1

Master the physiological foundations and clinical assessment strategies essential for prescribing effective exercise programs during menopause and beyond.

This evidence-based module equips physiotherapists and rehabilitation professionals with the critical knowledge to address the musculoskeletal syndrome of menopause—a condition affecting 1 in 3 women over 50 with fragility fractures and a 20% mortality rate within one year of hip fracture.

You'll gain deep understanding of how estrogen loss triggers rapid bone density decline (up to 2.5% annually at the lumbar spine), accelerated sarcopenia, and systemic inflammation.

Clinical Impact:

Confidently stratify fracture risk using DXA T-scores, Z-scores, TBS, and FRAX tools
Identify sarcopenia early with validated assessments (SARC-F, grip strength, TUG)
Explore the categories of exercise and why they are especially important for menopausal women
Gain insight into today’s most current research on the impact of various exercise types in menopausal women

What You'll Learn:

The mechanobiology of bone remodeling and muscle preservation in estrogen-depleted environments
Comprehensive risk assessment protocols for bone and muscle health
Research-backed exercise prescription principles: resistance, power, cardiovascular, balance, and mobility training
How to differentiate between beginner, intermediate, and advanced training levels

This module transforms your understanding from "exercise is good" to "this specific exercise stimulus, at this intensity, drives this physiological adaptation"—giving you the clinical precision to change outcomes for women in midlife and beyond.

Program Information

Objectives

Interpret bone health assessment data (including DXA T-scores, Z-scores, Trabecular Bone Score, and FRAX scores) to accurately stratify fracture risk and determine appropriate exercise intensity levels for postmenopausal women.
Interpret validated muscle health screening tools (SARC-F questionnaire, grip strength dynamometry, and Timed Up and Go test) to identify sarcopenia risk and fall risk in midlife and older women.
Apply evidence-based exercise prescription principles (specifying intensity, volume, and frequency parameters for resistance, power/plyometric, cardiovascular, and balance training) that address the specific physiological changes of menopause including accelerated bone loss, sarcopenia, and metabolic dysfunction.

Outline

Section 1: The Science of Menopause - Understanding Bone & Muscle Changes

The Musculoskeletal Syndrome of Menopause: hormonal impacts on bone, muscle, cartilage, and fat
Bone biology in midlife: Wolff's Law, Mechanostat Theory, and the RANKL/OPG pathway
Trabecular vs. cortical bone loss patterns and the critical menopausal window (2.5% annual BMD decline)
Sarcopenia and dynapenia: estrogen's role in muscle mass, strength, and neuromuscular function

Section 2: Clinical Assessment - Stratifying Risk & Evaluating Function

Bone health assessment tools: DXA scans, T-scores, Z-scores, Trabecular Bone Score (TBS), and FRAX
Muscle health screening: SARC-F questionnaire, grip strength testing, and Timed Up and Go (TUG)
Identifying red flags, contraindications, and medical clearance requirements
Assessing exercise readiness: motivation, beliefs, barriers, and current activity levels

Section 3: Evidence-Based Exercise Prescription Principles

Resistance training: optimal parameters for bone and muscle (≥70% 1RM, 2-3x/week, compound movements)
Power/plyometric training: maintaining fast-twitch fibers and bone strain through explosive movements
Cardiovascular training: HIIT/SIT for metabolic health vs. limiting excessive Zone 2 cardio
Balance, mobility, and core stability: fall prevention and movement quality enhancement

Section 4: Translating Research to Practice

High-intensity and high-volume resistance training improves BMD and muscle hypertrophy
Multicomponent training frequency (3x/week) optimizes metabolic and body composition outcomes
Resistance training reduces visceral fat and systemic inflammation in postmenopausal women

Target Audience

Doctors of Chiropractic
Registered Nurses
Nurse Practitioners
Physician Assistants
Physical Therapists

Module 16 | Strength & Stability: Clinical Programming for Bone & Muscle Preservation in Menopausal Women – Part 2

Transform assessment knowledge into actionable, phase-based exercise programs that deliver measurable outcomes for women in midlife and beyond.

Building on Module 1's foundational science and assessment strategies, this hands-on module equips you with the clinical skills to design, implement, and progress individualized training programs that address the complex needs of postmenopausal women with osteopenia, osteoporosis, and sarcopenia.

Learn the systematic 3-phase approach used by leading rehabilitation specialists: Foundation (building movement competency), Progressive Loading (increasing strength capacity), and Power/Functional Integration (enhancing speed and real-world resilience). Each phase includes specific exercise selections, intensity parameters, volume recommendations, and progression criteria.

Clinical Impact:

Create weekly training templates that balance heavy resistance (2-3x/week), strategic cardio (HIIT + aerobic), power work, and recovery
Confidently address common barriers: managing pain and arthritic flare-ups, screening for pelvic floor dysfunction, overcoming fear of fracture, and supporting adherence
Apply evidence-based coaching strategies and cueing techniques that enhance movement quality and client confidence
Progress clients from chair squats to weighted step-ups, from static balance to dynamic trail preparation—with clear, reproducible protocols

What You'll Learn:

How to differentiate programming for beginner, intermediate, and advanced clients based on movement competency and bone health status
Sample weekly schedules showing exactly when to schedule strength, power, cardio, balance, and recovery sessions
Modification strategies for pain, limited mobility, and exercise contraindications while maintaining program effectiveness
Real-world application through a detailed case study: preparing a 65-year-old woman with osteopenia for a demanding 4-day hiking trip

This module bridges the gap between knowing what exercise works and knowing how to prescribe it—giving you the programming precision and clinical confidence to transform outcomes, one phase at a time.

Program Information

Objectives

Design individualized, phase-based exercise programs (foundation, progressive loading, and power/functional integration) that match the starting fitness level and goals of postmenopausal women with varying bone density and functional capacity.
Construct weekly training templates (specifying strength, power, cardiovascular, balance, and recovery sessions) that balance training frequency, exercise modalities, and adequate recovery for optimal bone and muscle adaptation.
Implement evidence-based strategies to address common training challenges (including pain management, pelvic floor dysfunction, fear of fracture, and adherence barriers) while maintaining program effectiveness and client safety.

Outline

Section 1: Building Individualized Exercise Programs

Determining starting points: beginner, intermediate, and advanced level definitions
Phase 1 - Foundation (1-6 weeks): movement quality, mobility, and consistency
Phase 2 - Progressive Loading (6-8 weeks): increasing resistance workload and volume
Phase 3 - Power & Functional Integration (ongoing): speed, dynamic balance, and functional resilience

Section 2: Weekly Programming Templates & Training Frequency

Beginner weekly template: foundation strength, Zone 2 cardio, and balance training
Intermediate weekly template: progressive loading, HIIT intervals, and power introduction
Advanced weekly template: heavy compound lifts, functional power, and recovery protocols
Balancing training frequency: strength (2-3x/week), cardio (1-2x HIIT, 1-2x aerobic), and rest days

Section 3: Addressing Common Training Challenges

Managing fatigue, pain, and arthritic flare-ups during training
Pelvic floor considerations: screening the "3 Ps" and modifying high-impact exercises
Fear of fracture: building confidence through stable exercises and appropriate progressions
Coaching strategies: cueing techniques, strength-based language, and adherence support

Section 4: Clinical Application - Case Study

Case study: Susan (age 65, sedentary, osteopenia, preparing for 4-day hiking trip)
Phase-specific programming across 12+ months: foundation to hiking-specific training
Progression of strength exercises: chair squats to weighted step-ups with pack
Integrating cardio conditioning: interval walks to trail simulation hikes with elevation

Target Audience

Doctors of Chiropractic
Registered Nurses
Nurse Practitioners
Physician Assistants
Physical Therapists

Module 17 | Menopause and the Pelvic Floor

Pelvic floor dysfunction silently affects countless menopausal women—yet many clinicians miss it entirely. From stress urinary incontinence to pelvic organ prolapse and sexual discomfort, these challenges can profoundly impact daily function, emotional wellbeing, and intimate relationships. Too often, providers either overlook pelvic health concerns during routine care or immediately refer without leveraging evidence-based strategies already within their scope of practice.

In this transformative session, physiotherapist Liz Frey bridges the gap between recognition and action. You'll gain the clinical tools to identify pelvic floor dysfunction in both active and sedentary patients, understand the biomechanical foundations of effective intervention, and confidently integrate pelvic health considerations into your practice. Whether you're screening for red flags, teaching movement strategies, or having sensitive conversations about intimacy, this course equips you to become a trusted resource for patients navigating menopause.

Key Takeaways:

Identify and assess pelvic floor dysfunction in active and sedentary patients
Implement movement-based strategies to support bladder control, prolapse management, and core function
Understand how menopause affects tissue integrity, lubrication, and sexual health
Determine when to manage within your scope and when specialized internal pelvic PT referral is indicated
Communicate confidently about leakage, pelvic pressure, and intimacy concerns

Program Information

Objectives

Recognize common signs and symptoms of pelvic floor dysfunction in menopausal patients, including incontinence, prolapse, and sexual discomfort.
Apply movement-based and lifestyle strategies that support pelvic floor health across scopes of practice, including breath mechanics, posture, and load management.
Identify when to refer patients for specialized pelvic health services and how to communicate about sensitive topics in a patient-centered manner.

Outline

Foundations: Menopause & the Pelvic Floor

Discover the inner core's "missing piece"—and why it matters more in menopause
Understand how estrogen loss reshapes tissue integrity, collagen, and reflexive support
Recognize whole-body contributors that either protect or compromise pelvic function

More Than Just Kegels: Breath, Posture, and Movement

Master intra-abdominal pressure management—the key to symptom control
Learn diaphragm-pelvic floor coordination that restores reflexive function
Identify postural patterns that silently sabotage your patients' progress
Apply breath-based strategies that work without internal assessment

Incontinence, Prolapse, and Sexual Discomfort

Decode stress incontinence: pressure mismanagement meets tissue change
Navigate prolapse presentations—from subtle heaviness to functional impact
Address dyspareunia with confidence: tissue, tension, and therapeutic options
Implement evidence-based interventions appropriate to every scope of practice

Tailored Tools for Your Scope of Practice

Educate powerfully using external cues, postural awareness, and habit modification
Deploy permission-based language that builds trust and promotes agency
Recognize red flags requiring referral—and confidently manage everything else
Use research-backed education strategies that improve outcomes without hands-on treatment

Real-World Application: Case Study

Walk through Helen's journey from leakage and heaviness to functional confidence
See how breath training, load management, and education combine for real results
Learn when to empower and when to refer in complex presentations

Target Audience

Doctors of Chiropractic
Registered Nurses
Nurse Practitioners
Physician Assistants
Physical Therapists

Module 18 | Menopause: Joint Health, Mobility & Fall Prevention

Aching joints. Lingering stiffness. Mobility that’s slowly slipping away. These aren’t just normal signs of aging—they’re often tied to hormonal shifts, inflammation, and movement dysfunction in menopause. In this session, physiotherapist Liz Frey helps clinicians untangle the complex relationship between estrogen loss, joint health, and functional mobility. Learn how to differentiate structural vs. systemic pain, apply movement strategies that support joint longevity, and empower your patients to move with more ease, strength, and confidence.

What You’ll Walk Away With:

A new lens for evaluating joint health in menopause—beyond just “arthritis”
Tools to differentiate hormonal vs. mechanical joint issues
Strategies to improve mobility without overloading sensitive joints
Evidence-backed movement recommendations for hips, knees, spine, and more
Techniques to progress or modify exercise based on fatigue, pain, and real-life function
Practical approaches for active and deconditioned patients alike
More confidence in supporting patients who say, “I’m stiff all the time” or “I don’t trust my body anymore”

Program Information

Objectives

Differentiate between systemic, hormonal, and mechanical contributors to joint pain and stiffness in menopausal patients.
Design or recommend movement strategies that improve joint health and mobility across fitness levels and clinical presentations.
Apply clinical reasoning to identify red flags, refer when appropriate, and adapt interventions based on patient tolerance and hormonal status.

Outline

Pain Isn’t Just Wear and Tear

Understand how hormonal shifts affect joint sensitivity, tissue integrity, and inflammation
Effective screening tools for falls and prevention
Get clarity on when to treat, when to adapt, and when to refer
Explore current research and limitations

Movement That Actually Helps

Build effective routines for patients who say: “I feel stiff all over” or “I’m afraid to move”
Support mobility with low-risk, high-impact strategies for hips, knees, spine, and shoulders
Apply modifications for fatigue, flare-ups, or long-standing deconditioning

Clinical Reasoning Meets Real-World Movement

5-category approach to movement
- Mobility & Flexibility
- Stability & Strength
- Balance & Proprioception
- Low-Impact Cardio
- Pacing & Graded Exposure
Learn how to screen for mobility loss—even when patients can’t explain their symptoms
Rethink stiffness: is it arthritis, hormonal, or something else entirely?
Gain confidence in treating active and sedentary patients without overloading the system

Tools You Can Use—Right Now to Enhance Interdisciplinary Care

Whether you’re a PT, DC, NP, or PA, you’ll walk away with actionable approaches that fit your scope
Teach your patients to trust their bodies again—even when they feel stiff, sore, or fragile
Go beyond “keep moving” and offer real strategies for mobility and resilience

Target Audience

Doctors of Chiropractic
Registered Nurses
Nurse Practitioners
Physician Assistants
Physical Therapists