Menopause For Primary Care
What is the objective? This evidence-based course equips healthcare professionals working in the UK with the knowledge to deliver high-quality menopause care. The course spans 8 chapters and 24 lessons. The course is aligned with national and international guidelines: NICE NG23 (2024), BMS Guidelines (2024–2026), IMS 2025 Recommendations, and the ESE/EMAS Clinical Practice Guideline (2025).
Who is this course for? Recent MD graduates, PLAB/MLA candidates, and GPs.
What is the course structure? Each lesson follows a set piece: objectives, key facts, clinical pearls, vignettes, self-assessment questions (tiered at three levels, PLAB/MLA → MRCGP → Professor), take-away messages, and references. We anticipate approximately 4 hours of learning across 24 lessons.
What is the end-of-course assessment? The final chapter provides an 18-question self-assessment.
A pass mark of 70% (13 out of 18) is proposed. An MD Acumen Certificate of Completion is issued.,
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Lesson 1.1: Definitions, Epidemiology and the STRAW+10 Staging System
Terminology (perimenopause, menopause, postmenopause, POI, early menopause). STRAW+10 criteria for staging reproductive ageing. Epidemiology: mean age of natural menopause (51 years UK), global variation, and determinants.
Terminology (perimenopause, menopause, postmenopause, POI, early menopause). STRAW+10 criteria for staging reproductive ageing. Epidemiology: mean age of natural menopause (51 years UK), global variation, and determinants.
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Lesson 1.2: Pathophysiology of the Menopausal Transition
Hypothalamic-pituitary-ovarian axis changes. Declining oestrogen, rising FSH, falling AMH. Role of inhibin B. Neuroendocrine mechanisms underpinning vasomotor symptoms (KNDy neuron pathway). Endocrine milieu shift from oestrogenic to androgenic dominance.
Hypothalamic-pituitary-ovarian axis changes. Declining oestrogen, rising FSH, falling AMH. Role of inhibin B. Neuroendocrine mechanisms underpinning vasomotor symptoms (KNDy neuron pathway). Endocrine milieu shift from oestrogenic to androgenic dominance.
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Lesson 1.3: Clinical Presentation and Symptom Assessment
Vasomotor symptoms (VMS), sleep disturbance, mood changes, cognitive symptoms, musculoskeletal complaints, sexual dysfunction. Validated assessment tools: Greene Climacteric Scale, MRS, MENQOL. Differential diagnosis of menopausal symptoms.
Vasomotor symptoms (VMS), sleep disturbance, mood changes, cognitive symptoms, musculoskeletal complaints, sexual dysfunction. Validated assessment tools: Greene Climacteric Scale, MRS, MENQOL. Differential diagnosis of menopausal symptoms.
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Lesson 2.1: When Is Menopause a Clinical Diagnosis? Role of Biochemistry
Menopause as a clinical diagnosis in women aged >45. When FSH testing is indicated (ages 40–45 with symptoms; under 40 if POI suspected). FSH interpretation caveats (hormonal contraception, fluctuation). Role of AMH and oestradiol. When NOT to test.
Menopause as a clinical diagnosis in women aged >45. When FSH testing is indicated (ages 40–45 with symptoms; under 40 if POI suspected). FSH interpretation caveats (hormonal contraception, fluctuation). Role of AMH and oestradiol. When NOT to test.
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Lesson 2.2: Premature Ovarian Insufficiency and Early Menopause
Definition (POI <40 years; early menopause 40–44 years). Aetiology: idiopathic, autoimmune, iatrogenic, genetic (Turner syndrome, FMR1). Diagnostic criteria (FSH >25 IU/L on two occasions 4–6 weeks apart). Long-term health consequences. Multidisciplinary management.
Definition (POI <40 years; early menopause 40–44 years). Aetiology: idiopathic, autoimmune, iatrogenic, genetic (Turner syndrome, FMR1). Diagnostic criteria (FSH >25 IU/L on two occasions 4–6 weeks apart). Long-term health consequences. Multidisciplinary management.
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Lesson 2.3: Differential Diagnosis and Red Flags
Thyroid disease, PCOS, hypothalamic amenorrhoea, hyperprolactinaemia. Red flags: postmenopausal bleeding, unscheduled bleeding on HRT. When to refer. BMS guidance on unscheduled bleeding investigation.
Thyroid disease, PCOS, hypothalamic amenorrhoea, hyperprolactinaemia. Red flags: postmenopausal bleeding, unscheduled bleeding on HRT. When to refer. BMS guidance on unscheduled bleeding investigation.
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Lesson 3.1: Types, Routes and Regimens of MHT
Oestrogen options: oral oestradiol, transdermal patches/gel, conjugated equine oestrogens. Progestogen options: micronised progesterone, dydrogesterone, norethisterone, LNG-IUS. Sequential vs continuous combined regimens. Tibolone. Body-identical vs synthetic vs compounded preparations.
Oestrogen options: oral oestradiol, transdermal patches/gel, conjugated equine oestrogens. Progestogen options: micronised progesterone, dydrogesterone, norethisterone, LNG-IUS. Sequential vs continuous combined regimens. Tibolone. Body-identical vs synthetic vs compounded preparations.
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Lesson 3.2: Initiating MHT: Practical Prescribing in Primary Care
Patient selection and pre-treatment assessment. Counselling on risks (such as breast cancer, and other medical conditions- see NICE decision aid). Starting doses, dose titration, and formulation switching. Managing common side effects (breast tenderness, bloating, mood changes). Route selection based on patient risk factors (risk of breast cancer, BMI, VTE risk, migraine). Indications and administration of vaginal oestrogen for genitourinary syndrome of menopause (GSM).
Patient selection and pre-treatment assessment. Counselling on risks (such as breast cancer, and other medical conditions- see NICE decision aid). Starting doses, dose titration, and formulation switching. Managing common side effects (breast tenderness, bloating, mood changes). Route selection based on patient risk factors (risk of breast cancer, BMI, VTE risk, migraine). Indications and administration of vaginal oestrogen for genitourinary syndrome of menopause (GSM).
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Lesson 3.3: Benefits and Risks of MHT: An Evidence-Based Appraisal
Symptom relief efficacy. Bone protection. Cardiovascular ‘window of opportunity’ hypothesis. Breast cancer risk: type of progestogen, duration, oestrogen-only vs combined. VTE and stroke risk by route. WHI reanalysis. Million Women Study critique. Absolute vs relative risk communication.
Symptom relief efficacy. Bone protection. Cardiovascular ‘window of opportunity’ hypothesis. Breast cancer risk: type of progestogen, duration, oestrogen-only vs combined. VTE and stroke risk by route. WHI reanalysis. Million Women Study critique. Absolute vs relative risk communication.
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Lesson 3.4: MHT in Complex Patients
Prescribing for women with a history of breast cancer, VTE, cardiovascular disease, migraine with aura, liver disease, endometriosis, fibroids. Contraindications (absolute and relative). The Davis contraindications framework. Specialist referral criteria.
Prescribing for women with a history of breast cancer, VTE, cardiovascular disease, migraine with aura, liver disease, endometriosis, fibroids. Contraindications (absolute and relative). The Davis contraindications framework. Specialist referral criteria.
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Lesson 3.5: Duration of MHT, Monitoring and Discontinuation
No arbitrary time limits. Annual review framework. When to consider stopping: shared decision-making. Gradual dose reduction vs abrupt cessation. Monitoring blood pressure, bleeding patterns, breast screening. MHT beyond age 60: evidence and guidance.
No arbitrary time limits. Annual review framework. When to consider stopping: shared decision-making. Gradual dose reduction vs abrupt cessation. Monitoring blood pressure, bleeding patterns, breast screening. MHT beyond age 60: evidence and guidance.
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Lesson 4.1: Non-Hormonal Pharmacological Options for VMS
Fezolinetant (NK3 receptor antagonist): mechanism, SKYLIGHT and DAYLIGHT trial data, NICE TA1143 appraisal. SSRIs/SNRIs (limited evidence, off-label). Clonidine. Gabapentin. Oxybutynin. Evidence hierarchy and patient selection.
Fezolinetant (NK3 receptor antagonist): mechanism, SKYLIGHT and DAYLIGHT trial data, NICE TA1143 appraisal. SSRIs/SNRIs (limited evidence, off-label). Clonidine. Gabapentin. Oxybutynin. Evidence hierarchy and patient selection.
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Lesson 4.2: Cognitive Behavioural Therapy and Psychological Approaches
Menopause-specific CBT: evidence base for VMS, sleep, and low mood. Mindfulness-based stress reduction. When to offer CBT (alongside or instead of HRT). Accessing CBT in the NHS. Self-help resources.
Menopause-specific CBT: evidence base for VMS, sleep, and low mood. Mindfulness-based stress reduction. When to offer CBT (alongside or instead of HRT). Accessing CBT in the NHS. Self-help resources.
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Lesson 4.3: Lifestyle, Diet and Exercise
Mediterranean diet and cardiometabolic protection. Weight management in midlife (5–10% weight loss and insulin sensitivity). Exercise for bone, muscle, and cardiovascular health. Smoking cessation, alcohol reduction. Complementary therapies: what the evidence actually shows (isoflavones, black cohosh, St John’s Wort).
Mediterranean diet and cardiometabolic protection. Weight management in midlife (5–10% weight loss and insulin sensitivity). Exercise for bone, muscle, and cardiovascular health. Smoking cessation, alcohol reduction. Complementary therapies: what the evidence actually shows (isoflavones, black cohosh, St John’s Wort).
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Lesson 5.1: Pathophysiology, Diagnosis and Assessment of GSM
Definition and distinction from VVA. Urinary, genital, and sexual symptom domains. Vaginal pH, microbiome changes. Clinical assessment and examination findings. Under-recognition and barriers to presentation. Chronic progressive nature.
Definition and distinction from VVA. Urinary, genital, and sexual symptom domains. Vaginal pH, microbiome changes. Clinical assessment and examination findings. Under-recognition and barriers to presentation. Chronic progressive nature.
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Lesson 5.2: Management of GSM: Topical Hormonal and Non-Hormonal Options
Vaginal oestrogen formulations (creams, pessaries, rings). Vaginal prasterone (DHEA). Ospemifene. Non-hormonal options: lubricants, moisturisers. Laser therapy (evidence limitations). Safety of vaginal oestrogen in breast cancer survivors. Long-term use and no need for progestogen.
Vaginal oestrogen formulations (creams, pessaries, rings). Vaginal prasterone (DHEA). Ospemifene. Non-hormonal options: lubricants, moisturisers. Laser therapy (evidence limitations). Safety of vaginal oestrogen in breast cancer survivors. Long-term use and no need for progestogen.
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Lesson 6.1: Cardiovascular Risk and the Menopause Transition
Accelerated atherosclerosis post-menopause. Cardiometabolic changes by menopausal stage (premenopause, perimenopause, postmenopause). VMS as a biomarker of cardiovascular risk. Blood pressure, lipid, and insulin resistance changes. CVD risk assessment at menopause: a window of opportunity. Transdermal vs oral MHT and cardiovascular safety.
Accelerated atherosclerosis post-menopause. Cardiometabolic changes by menopausal stage (premenopause, perimenopause, postmenopause). VMS as a biomarker of cardiovascular risk. Blood pressure, lipid, and insulin resistance changes. CVD risk assessment at menopause: a window of opportunity. Transdermal vs oral MHT and cardiovascular safety.
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Lesson 6.2: Osteoporosis and Bone Health
Accelerated bone loss in early postmenopause. FRAX assessment. Role of MHT in fracture prevention (WHI data). Calcium, vitamin D, and exercise. When to refer for DEXA. Transition from MHT to bone-specific agents. Sarcopenia: an emerging concern.
Accelerated bone loss in early postmenopause. FRAX assessment. Role of MHT in fracture prevention (WHI data). Calcium, vitamin D, and exercise. When to refer for DEXA. Transition from MHT to bone-specific agents. Sarcopenia: an emerging concern.
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Lesson 7.1: Testosterone Therapy in Women
Indications: hypoactive sexual desire disorder (HSDD). Global consensus position. Formulations and monitoring (total testosterone target). Off-label prescribing in the UK. NICE and BMS positions. Safety data (cardiovascular, breast).
Indications: hypoactive sexual desire disorder (HSDD). Global consensus position. Formulations and monitoring (total testosterone target). Off-label prescribing in the UK. NICE and BMS positions. Safety data (cardiovascular, breast).
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Lesson 7.2: Menopause in Transgender and Gender-Diverse Individuals
Menopause-associated symptoms in trans men and non-binary individuals who have taken gender-affirming hormone therapy. NICE 2024 recommendations. Sensitive history-taking and inclusive language.
Menopause-associated symptoms in trans men and non-binary individuals who have taken gender-affirming hormone therapy. NICE 2024 recommendations. Sensitive history-taking and inclusive language.
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Lesson 7.3: The Women’s Health Gap and Health Inequalities
Socioeconomic disparities in access to menopause care. Geographic variation in prescribing. Ethnicity-related differences in menopausal experience and symptom reporting. The UK Government Women’s Health Strategy. Closing the Women’s Health Gap report findings.
Socioeconomic disparities in access to menopause care. Geographic variation in prescribing. Ethnicity-related differences in menopausal experience and symptom reporting. The UK Government Women’s Health Strategy. Closing the Women’s Health Gap report findings.
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Lesson 7.4: Emerging Therapies and Future Directions
Estetrol (E4): a native oestrogen with selective tissue activity. NK3 receptor antagonists beyond fezolinetant. Oestrogen receptor agonists/antagonists in development. Precision menopause medicine: pharmacogenomics and individualised risk stratification. The role of AI in menopause care.
Estetrol (E4): a native oestrogen with selective tissue activity. NK3 receptor antagonists beyond fezolinetant. Oestrogen receptor agonists/antagonists in development. Precision menopause medicine: pharmacogenomics and individualised risk stratification. The role of AI in menopause care.
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Lesson 8.1: Case-Based Learning: Putting It All Together
Five clinical scenarios spanning primary and secondary care: (1) 48-year-old with VMS and anxiety; (2) 38-year-old with suspected POI; (3) 55-year-old breast cancer survivor with GSM; (4) 52-year-old with metabolic syndrome considering MHT; (5) 60-year-old on long-term HRT requesting review. Worked answers with guideline references.
Five clinical scenarios spanning primary and secondary care: (1) 48-year-old with VMS and anxiety; (2) 38-year-old with suspected POI; (3) 55-year-old breast cancer survivor with GSM; (4) 52-year-old with metabolic syndrome considering MHT; (5) 60-year-old on long-term HRT requesting review. Worked answers with guideline references.
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Lesson 8.2: Sample Short-Answer Questions and Self-Assessment
20 short-answer questions mapped to each chapter. Model answers with marking rubrics. Designed for CPD portfolios and appraisal evidence.
20 short-answer questions mapped to each chapter. Model answers with marking rubrics. Designed for CPD portfolios and appraisal evidence.
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