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🩺 VIVA QUESTIONS — Physiotherapy in Women's Health (BPT)

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📌 SECTION 1: Women's Reproductive Health & Healthcare

1. Define women's health physiotherapy. What is its scope in clinical practice?
2. What are the phases of the menstrual cycle and their hormonal changes? How do they affect musculoskeletal function?
3. What is the role of estrogen and progesterone in ligament laxity? How does this influence injury risk in women?
4. What are the common musculoskeletal conditions specific to women?
5. What is the role of a physiotherapist in a primary healthcare setting for women's health?
6. How does the female pelvis differ anatomically from the male pelvis? What are the clinical implications?
7. What is the significance of the Q-angle in women and how does it predispose them to patellofemoral pain?
8. Describe the anatomy of the pelvic floor — muscles, layers, and nerve supply.
9. What are the phases of the female reproductive life cycle (menarche, pregnancy, menopause)? How does each affect physiotherapy management?
10. What is menopause? List the musculoskeletal effects of estrogen deficiency after menopause.

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📌 SECTION 2: Prenatal Musculoskeletal Disorders & PT Management

1. What are the common musculoskeletal changes during pregnancy? Explain the biomechanical basis.
2. What is Diastasis Recti Abdominis (DRA)? How is it assessed and managed by a physiotherapist?
3. Describe the postural changes during pregnancy — shift in center of gravity, lumbar lordosis, and their consequences.
4. What is Pelvic Girdle Pain (PGP)? How is it different from Symphysis Pubis Dysfunction (SPD)?
5. How would you assess and manage a pregnant patient with low back pain?
6. What is Relaxin? When is it secreted and what is its musculoskeletal significance?
7. What are the contraindications for physiotherapy during pregnancy?
8. Name the hormonal factors that contribute to sacroiliac joint instability during pregnancy.
9. What is carpal tunnel syndrome in pregnancy? What is its cause and physiotherapy management?
10. How do you manage round ligament pain in a pregnant patient?
11. What are the red flags during pregnancy that require immediate referral?
12. How would you treat sciatica during pregnancy?

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📌 SECTION 3: Exercise Prescription in Pre and Postnatal Stage

1. What are the general principles of exercise prescription during pregnancy?
2. What is the FITT principle as applied to prenatal exercise?
3. List the absolute and relative contraindications to aerobic exercise in pregnancy (ACOG guidelines).
4. What exercises are safe in the first, second, and third trimesters?
5. What is the target heart rate during exercise in pregnancy? What is the Borg scale rating recommended?
6. Why should supine exercises be avoided after the first trimester?
7. What is the role of aquatic therapy in prenatal exercise? List its physiological benefits.
8. How do you prescribe postnatal exercises? What is the timeline for return to exercise post-delivery?
9. What are the guidelines for return to running post-partum?
10. What exercises are specifically avoided in the early postnatal period and why?
11. What is the physiological basis for progressive abdominal exercises postnatally?
12. How would you design a 6-week postnatal rehabilitation program?

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📌 SECTION 4: Concept, Principles & Organization of Antenatal Exercises

1. Define antenatal exercises. What are its goals?
2. What are the principles of organizing an antenatal exercise class?
3. What is the role of breathing exercises in antenatal care?
4. What are perineal exercises? Describe their technique.
5. What is the importance of body mechanics education and posture training in antenatal care?
6. How is pelvic tilting exercise performed and what is its benefit during pregnancy?
7. What is the significance of deep breathing, relaxation training, and diaphragmatic breathing in antenatal physiotherapy?
8. What is the role of physiotherapy in preparation for labor?
9. Describe the positions used in labor and their biomechanical advantage.
10. What is Lamaze technique? What is the physiotherapist's role in it?
11. What are the physiotherapy goals in the antenatal, intrapartum, and postnatal stages?

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📌 SECTION 5: Musculoskeletal Pain & Dysfunction During Pregnancy and Post-Menopause

1. What are the common musculoskeletal complaints in postmenopausal women?
2. What is the pathophysiology of osteoarthritis in postmenopausal women?
3. How does Hormone Replacement Therapy (HRT) relate to musculoskeletal health in women?
4. Compare musculoskeletal pain management during pregnancy vs. post-menopause.
5. What is fibromyalgia? Is it more common in women? Explain its management.
6. What is the role of physiotherapy in managing chronic pelvic pain (CPP)?
7. What are the differences in SIJ dysfunction presentation between pregnant and postmenopausal women?
8. How would you assess and treat trigger points in the pelvic and lumbar region of a postmenopausal woman?

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📌 SECTION 6: Incontinence & Pelvic Floor Dysfunction

1. Define urinary incontinence. Classify its types with clinical examples.
2. What is stress urinary incontinence (SUI)? How is it different from urge incontinence?
3. What is mixed incontinence? How is it managed conservatively?
4. Explain the mechanism of continence — how does the urethra maintain closure?
5. What is the integral theory of continence (Petros-Ulmsten)?
6. What is pelvic organ prolapse? Classify it using the POP-Q system.
7. What is cystocele, rectocele, enterocele, and uterine prolapse?
8. What is the role of pelvic floor muscle training (PFMT) in managing urinary incontinence?
9. Describe the technique for correct pelvic floor muscle contraction. How do you ensure correct activation?
10. How would you assess pelvic floor muscle strength? Name grading systems (e.g., Oxford Grading Scale, PERFECT scheme).
11. What is the PERFECT scheme for pelvic floor assessment?
12. What is overactive bladder (OAB)? How is it managed with physiotherapy?
13. What is bladder training? Describe the technique.
14. What is the role of lifestyle modifications in managing incontinence?
15. What is fecal incontinence? What is the role of physiotherapy?
16. What is pelvic floor dyssynergia? How is it managed?
17. How would you differentiate hypertonic from hypotonic pelvic floor dysfunction?
18. What is vaginismus? What is the physiotherapy management?
19. What is dyspareunia? What is the role of the physiotherapist?

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📌 SECTION 7: Postnatal Complications & Physiotherapy Management

1. What are the common postnatal complications managed by physiotherapists?
2. What is postnatal depression? How does physiotherapy contribute to its management?
3. What are the physiotherapy goals in managing postnatal low back pain?
4. Describe management of perineal pain following episiotomy or perineal tear.
5. What is the role of physiotherapy in managing bladder dysfunction post-delivery?
6. What is the difference between a Grade 1, 2, 3, 4 perineal tear?
7. How do you manage bowel incontinence after obstetric anal sphincter injury?
8. What is the role of scar tissue massage in postnatal perineal rehabilitation?
9. What are the physiotherapy interventions for diastasis recti postnatally?
10. What is the impact of cesarean section on the pelvic floor? What is the PT approach post-C-section?
11. How does breastfeeding affect musculoskeletal health (postural issues)?

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📌 SECTION 8: Electrotherapy for Pelvic Floor Muscles

1. What is electrical stimulation (ES) of the pelvic floor? What are its indications?
2. How does neuromuscular electrical stimulation (NMES) strengthen pelvic floor muscles?
3. What are the parameters used for electrical stimulation in stress vs. urge incontinence?
4. What is interferential therapy (IFT)? How is it used in pelvic pain management?
5. What is TENS? Describe its role in labor pain management and dysmenorrhea.
6. What is the difference between direct vaginal probe stimulation and surface electrode stimulation for pelvic floor?
7. What are the contraindications for electrical stimulation of the pelvic floor?
8. What is the evidence for electrotherapy in pelvic floor rehabilitation?

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📌 SECTION 9: Biofeedback & Therapeutic Electrical Stimulation

1. What is biofeedback? What are its types used in pelvic floor rehabilitation?
2. How does biofeedback help in pelvic floor muscle training? What does EMG biofeedback measure?
3. What are the indications and contraindications of biofeedback?
4. Compare sEMG biofeedback and manometric biofeedback for pelvic floor.
5. What is the role of biofeedback in treating fecal incontinence?
6. What is the clinical protocol for biofeedback in treating SUI?
7. What is the role of therapeutic electrical stimulation in women's health?
8. How is biofeedback combined with PFMT? What is the outcome evidence?

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📌 SECTION 10: Prevention & Physiotherapy Intervention in Osteoporosis

1. Define osteoporosis. What is the WHO T-score criterion for osteoporosis?
2. What is the difference between osteoporosis and osteopenia?
3. What is DEXA scan? How is it used in diagnosing osteoporosis?
4. Explain the pathophysiology of postmenopausal osteoporosis.
5. What is the role of osteoblasts vs. osteoclasts in bone remodeling?
6. What are the risk factors for osteoporosis in women?
7. What is FRAX score? How is it used in fracture risk assessment?
8. What exercises are recommended for osteoporosis? What is the scientific rationale (Wolff's law)?
9. What is the difference between weight-bearing and resistance exercises in preventing bone loss?
10. What are the contraindicated exercises in osteoporosis? Why?
11. What is the role of balance training and fall prevention in osteoporosis management?
12. What physiotherapy advice would you give to a woman with osteoporotic vertebral fracture?
13. How do calcium and Vitamin D interact with physiotherapy in osteoporosis management?
14. What is the role of posture correction and spinal extension exercises in osteoporosis?

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📌 SECTION 11: Breast Cancer Rehabilitation & Lymphedema after Mastectomy

1. What are the types of mastectomy? What are their indications?
2. What is axillary lymph node dissection (ALND)? What are its complications?
3. What is lymphedema? Classify it. What are its stages?
4. What is the pathophysiology of post-mastectomy lymphedema?
5. What is Complete Decongestive Therapy (CDT)? Describe its four components.
6. What is Manual Lymphatic Drainage (MLD)? Describe the technique (Vodder method).
7. What is the difference between MLD and simple lymphatic drainage (SLD)?
8. What is multilayer bandaging? How does it differ from compression garments?
9. What exercises are recommended post-mastectomy? What is the timeline for progression?
10. What is cording (axillary web syndrome)? What is its PT management?
11. What are the shoulder precautions and exercises after mastectomy?
12. What is the role of physiotherapy in managing post-mastectomy pain syndrome?
13. What are the signs and symptoms of lymphedema flare-up? What precautions should be taught to patients?
14. What is the evidence for exercise in breast cancer survivors?
15. What is cancer-related fatigue? How does PT address it?
16. What are the contraindications to MLD?
17. How do you measure upper limb lymphedema? (volumetry, circumferential measurement)

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📌 SECTION 12: Physiotherapy Intervention after Gynaecological Surgeries

1. What are the common gynaecological surgeries requiring physiotherapy?
2. What is a hysterectomy? What are its types (total, subtotal, radical)? What are the PT implications of each?
3. What is laparoscopic surgery? What are the unique postoperative physiotherapy challenges?
4. What is the role of preoperative physiotherapy (prehabilitation) before gynaecological surgery?
5. What are the post-operative respiratory complications and how does physiotherapy prevent them?
6. What is ERAS protocol (Enhanced Recovery After Surgery)? What is the physiotherapist's role?
7. What are the immediate postoperative physiotherapy goals after abdominal surgery?
8. What is the role of physiotherapy after surgery for pelvic organ prolapse repair?
9. What are the precautions after a TVT (tension-free vaginal tape) procedure?
10. What is a Burch colposuspension? What is the post-operative physiotherapy?
11. What are the complications of gynaecological surgery that physiotherapy can address?
12. How do you manage scar tissue and adhesions post-gynaecological surgery?
13. What is deep vein thrombosis (DVT) prophylaxis post-operatively? What is the role of PT?
14. What physiotherapy interventions help with return to sexual function after surgery?

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📌 BONUS: Clinical Reasoning & Applied Questions

1. A 30-year-old postpartum woman complains of urine leakage on coughing. How would you assess and treat her?
2. A 55-year-old postmenopausal woman presents with persistent low back pain. What is your approach?
3. A 45-year-old woman post-mastectomy complains of arm swelling and heaviness. Outline your management.
4. You are treating a pregnant woman at 28 weeks with lumbar pain radiating to the leg. Outline your management.
5. How do you design a group antenatal exercise class? What safety measures do you take?
6. A woman 6 weeks post C-section complains of abdominal weakness and scar pain. What is your PT plan?
7. What outcome measures do you use in women's health physiotherapy? (e.g., ICIQ-UI, PFDI-20, VAS, etc.)
8. How would you educate a patient with recurrent UTI about bladder health?
9. What is the role of a physiotherapist in a multidisciplinary team for women's health?

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📋 Quick Recall — Key Terms to Know

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📚 COMPLETE VIVA Q&A — Physiotherapy in Women's Health (BPT)

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📌 SECTION 1: Women's Reproductive Health & Healthcare

• Follicular phase (Day 1–14): Rising estrogen → increased collagen synthesis, better muscle strength
• Ovulatory phase (Day 14): Estrogen peaks → ligament laxity highest (ACL injury risk↑)
• Luteal phase (Day 15–28): Progesterone rises → further joint laxity, fluid retention, breast tenderness
• Clinical implication: Women are more prone to ACL tears near ovulation due to ligament laxity

• Pelvic girdle pain (PGP) / Symphysis Pubis Dysfunction (SPD)
• Osteoporosis / osteopenia
• Fibromyalgia (3× more in women)
• Diastasis Recti Abdominis (DRA)
• Patellofemoral pain syndrome (higher Q-angle)
• Urinary incontinence from pelvic floor weakness
• Breast cancer-related lymphedema

• Pelvic floor education and PFMT programs
• Antenatal and postnatal exercise classes
• Osteoporosis prevention programs
• Continence promotion
• Breast cancer survivor rehabilitation
• Health education on ergonomics, posture, fall prevention

• Superficial layer: Bulbospongiosus, ischiocavernosus, superficial transverse perinei, external anal sphincter
• Deep layer (levator ani): Pubococcygeus, puborectalis, iliococcygeus
• Coccygeus muscle
• Nerve supply: Pudendal nerve (S2, S3, S4); levator ani nerve (S3, S4)
• Function: Support pelvic organs, maintain continence, sexual function, assist in intra-abdominal pressure

• Menarche: Dysmenorrhea — TENS, heat therapy
• Reproductive years: Pregnancy — antenatal/postnatal PT
• Perimenopause/Menopause: Estrogen loss → osteoporosis, genitourinary syndrome → balance training, resistance exercises, PFMT

• Bone loss → osteoporosis, fracture risk
• Muscle mass loss (sarcopenia)
• Joint pain, stiffness (menopausal arthralgia)
• Pelvic floor atrophy → incontinence, prolapse
• Genitourinary syndrome (vaginal dryness, urinary urgency)
• Increased cardiovascular risk, weight gain

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📌 SECTION 2: Prenatal Musculoskeletal Disorders & PT Management

• Lumbar lordosis increases (shifted CoG anteriorly)
• Thoracic kyphosis compensatory increase
• Forward head posture
• Widening of pelvis, SIJ loosening
• Breast enlargement → rounded shoulders
• Diastasis Recti (separation of rectus abdominis)
• Carpal tunnel syndrome (fluid retention)
• Relaxin-induced ligamentous laxity throughout body

• Definition: Separation of the two rectus abdominis muscles at the linea alba >2 cm (>2 finger widths)
• Cause: Growing uterus stretches linea alba; hormonal softening of connective tissue
• Assessment: Patient lies supine, lifts head — palpate gap above/below umbilicus. >2 finger widths = DRA. Also: ultrasound
• PT Management:
  • Avoid sit-ups, crunches, heavy lifting, trunk rotation in early stage
  • Transversus abdominis (TrA) activation
  • Core stability exercises (drawing-in maneuver)
  • Abdominal splinting with hands or binder
  • Progress from supine → 4-point kneeling → upright

• Uterine growth shifts CoG anteriorly → lumbar lordosis ↑
• Thoracic spine compensatory kyphosis
• Neck extends forward → tension headaches, cervical pain
• Rounded shoulders from breast weight
• Foot pronation due to weight and relaxin
• Consequences: LBP, PGP, SIJ pain, sciatica, neck pain

• Assessment: History, posture, ASLR test, SIJ provocation tests, neurological examination
• Management:
  • Pelvic support belt (SI belt)
  • Core stability exercises (TrA activation)
  • Pelvic tilting, cat-camel
  • Hydrotherapy
  • Avoid prolonged standing, asymmetric postures
  • Heat/cold (no NSAIDs in pregnancy)
  • Education on ergonomics, sleeping positions (left lateral with pillow between knees)

• Secreted by the corpus luteum from week 1; peaks at 10–12 weeks
• Increases collagen turnover → laxity in pubic symphysis, SIJ, all ligaments
• Allows pelvic widening for delivery
• Musculoskeletal significance: SIJ instability, PGP, ankle sprains, hypermobility

• Absolute: Incompetent cervix, placenta previa, premature labor, preeclampsia, rupture of membranes, multiple gestation (high risk)
• Relative: Poorly controlled diabetes/hypertension, extreme obesity, severe anemia, breech presentation

• Relaxin (primary)
• Estrogen (synergistic with relaxin)
• Progesterone (reduced ligament tensile strength)

• Cause: Fluid retention → carpal tunnel swelling → median nerve compression
• Symptoms: Tingling, numbness in thumb, index, middle, half of ring finger; night pain
• PT Management: Wrist splinting in neutral (especially at night), nerve gliding exercises, activity modification, ice, elevation

• Warm compresses
• Flexion of hip/knee to reduce tension (Trendelenburg position)
• Pelvic support belt
• Gentle stretching
• Avoidance of sudden movements

• Vaginal bleeding
• Rupture of membranes
• Sudden severe abdominal pain
• Chest pain / dyspnea
• Severe headache, visual disturbances (preeclampsia)
• Decreased fetal movements
• Signs of DVT (unilateral leg swelling, heat, redness)
• Fever

• Side-lying with pillow between knees
• Avoid positions that increase piriformis/sciatic compression
• Piriformis stretching (carefully)
• SIJ belt if SIJ origin
• Neural mobilization (gentle sciatic nerve glides)
• Hydrotherapy
• Avoid lying supine after first trimester

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📌 SECTION 3: Exercise Prescription — Pre & Postnatal

• Start gradually, progress slowly
• Avoid supine position after 16 weeks
• Maintain hydration and body temperature (avoid >38°C)
• Avoid contact sports, fall-risk activities, high altitude
• Monitor for warning signs (chest pain, dyspnea, dizziness)
• Continue if previously active; begin cautiously if sedentary

• Frequency: 3–5 days/week
• Intensity: Moderate (RPE 12–14 on Borg scale; "talk test" — able to hold conversation)
• Time: 30 minutes/session (can be broken into shorter bouts)
• Type: Aerobic (walking, swimming, cycling), pelvic floor, core stability, stretching

• Hemodynamically significant heart disease
• Restrictive lung disease
• Incompetent cervix/cerclage
• Multiple gestation at risk for premature labor
• Persistent second/third trimester bleeding
• Placenta previa after 26 weeks
• Premature labor (current pregnancy)
• Preeclampsia/pregnancy-induced hypertension
• Severe anemia

• 1st trimester: All forms — walking, swimming, low-impact aerobics, PFMT, stretching
• 2nd trimester: Avoid supine exercises; use left lateral or semi-reclined; continue PFMT, swimming, yoga
• 3rd trimester: Reduce intensity; focus on PFMT, breathing, pelvic tilts, water exercises, posture correction; avoid ballistic movements

• Target HR: 125–155 bpm (age-dependent, ACOG 2020)
• Borg RPE: 12–14 (somewhat hard)
• "Talk test" — most practical: should be able to speak in full sentences

• Buoyancy reduces joint load on hips/spine/knees
• Hydrostatic pressure reduces ankle/leg edema
• Thermoregulation (water dissipates heat)
• Reduced perceived exertion
• Better pelvic support
• Psychological relaxation

• Day 1–2: Deep breathing, gentle ankle pumps, pelvic floor activation (even if sore)
• Week 1–6: Pelvic tilts, TrA activation, gentle walking, PFMT
• Week 6+: (after 6-week check) → Progressive core, resistance training, low-impact aerobics
• Month 3–4: Swimming, cycling
• Month 4–6: Running (if pelvic floor symptoms resolved)

• Not before 12 weeks postpartum
• Pre-requisite: Walk 30 mins without pain/leakage, no pelvic heaviness
• Pelvic floor must be symptom-free during impact activities
• Gradual couch-to-5K approach
• Reassess if leakage, prolapse symptoms, or pelvic pain occur

• Heavy lifting (breath-holding increases intra-abdominal pressure)
• Sit-ups, crunches (worsens DRA)
• High-impact activities
• Intense abdominal exercises before DRA healed
• Exercises causing pain, leakage, or pelvic heaviness

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📌 SECTION 4: Antenatal Exercises

• Safety first (contraindications screened)
• Progressive and individualized
• Warm-up and cool-down included
• Group or individual format
• Includes education, breathing, relaxation, posture, pelvic floor

• Diaphragmatic breathing: Reduces anxiety, prepares for labor
• Pursed lip breathing: Pacing during contractions
• Segmental breathing
• Benefits: Relaxation, reduces hypertension, improves oxygenation, assists pelvic floor relaxation during pushing

• PFMT (Kegels): Contract pelvic floor muscles (as if stopping urine flow) for 8–10 seconds, relax for equal time, 10 repetitions, 3×/day
• Perineal massage: From 34–36 weeks — reduces perineal trauma during delivery

• Patient supine or standing; flatten lumbar lordosis by tightening abdominals and tucking pelvis
• Benefit: Reduces lumbar lordosis, relieves LBP, activates TrA

• Upright/walking: Gravity aids descent, reduces pain
• Hands-and-knees: Reduces back pain, optimal for posterior fetal position
• Left lateral: Reduces aortocaval compression
• Squatting: Widens pelvic outlet by ~10%, uses gravity
• Semi-reclined: Compromise position for monitoring

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📌 SECTION 5: MSK Pain — Pregnancy & Post-Menopause

• Assessment: Identify myofascial trigger points, pelvic floor hypertonia, postural issues
• Treatment: Trigger point release, manual therapy, biofeedback, TENS, cognitive-behavioral approach, breathing/relaxation, PFMT for hypertonic floor

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📌 SECTION 6: Incontinence & Pelvic Floor Dysfunction

• Stress Urinary Incontinence (SUI): Leakage on coughing, sneezing, exercise — due to urethral sphincter weakness
• Urge Urinary Incontinence (UUI): Sudden intense urge followed by leakage — due to detrusor overactivity
• Mixed: SUI + UUI combined
• Overflow: Incomplete bladder emptying → continuous dribbling — due to detrusor underactivity or obstruction
• Functional: Due to mobility/cognitive impairment

1. Pubourethral ligaments (anterior support)
2. Levator ani muscle tone (posterior support)
3. Suburethral vaginal hammock

• Cystocele: Bladder prolapse into anterior vaginal wall
• Rectocele: Rectal prolapse into posterior vaginal wall
• Enterocele: Small bowel into upper posterior vaginal wall
• Uterine prolapse: Uterus descends into vaginal canal
• Vault prolapse: Post-hysterectomy vaginal vault descends

• Stage 0: No prolapse
• Stage 1: >1 cm above hymen
• Stage 2: Within 1 cm of hymen
• Stage 3: >1 cm below hymen
• Stage 4: Complete procidentia

• Correct PFMT contraction: Inward lift and squeeze of perineum (not gluteal or adductor bracing); avoid breath-holding
• Teaching technique: "Imagine stopping urine flow AND stopping passing wind simultaneously"
• Common errors: Bearing down, gluteal substitution, breath-holding, inner thigh squeezing

• 0 = No contraction
• 1 = Flicker
• 2 = Weak, non-sustained
• 3 = Moderate, maintained ≤3 secs
• 4 = Good, ≥5 secs
• 5 = Strong contraction, 10 secs

• Power (Oxford Grade)
• Endurance (seconds held)
• Repetitions (how many sustained contractions)
• Fast (number of fast contractions)
• Every (frequency — every contraction timed)
• Co-contraction (TrA activation)
• Timed (rest periods)

• Bladder training (gradual postponement of voiding)
• Urge suppression techniques (quick pelvic floor contractions to inhibit detrusor)
• Dietary modification (reduce caffeine, alcohol, fizzy drinks)
• Fluid management (1.5–2L/day, avoid excess)
• PFMT
• TENS/interferential therapy
• Biofeedback

• Keep a bladder diary for 3 days
• Identify baseline voiding interval
• Gradually increase interval by 15–30 minutes every 1–2 weeks
• Target: Void every 3–4 hours
• Use urge suppression: Stop, squeeze pelvic floor 3–5 times rapidly, breathe, distract, wait for urge to pass

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📌 SECTION 7: Postnatal Complications

• Bladder/bowel incontinence
• Pelvic floor weakness
• Diastasis Recti Abdominis
• Postnatal low back pain
• Perineal pain (episiotomy/tear)
• Postnatal depression
• DVT
• Scar tissue adhesion (C-section)
• Carpal tunnel syndrome from breastfeeding posture

• Exercise therapy (aerobic exercise proven to reduce depressive symptoms)
• Group exercise classes provide social support
• Mind-body techniques (yoga, relaxation)
• Improving physical function reduces helplessness

• Ice packs (first 24–48 hours)
• TENS for pain relief
• Sitz baths
• Ultrasound therapy (from week 2 — promotes healing)
• Pelvic floor exercises (gentle activation speeds healing)
• Positioning advice (donut cushion, left lateral lying)
• Scar massage from 6–8 weeks once healed

• Grade 1: Skin only
• Grade 2: Skin + perineal muscles (most common)
• Grade 3: Above + external anal sphincter (3a = <50%, 3b = >50%, 3c = internal sphincter)
• Grade 4: Extends to anal/rectal mucosa

• C-section does not eliminate pelvic floor stress of pregnancy
• Early PT: Deep breathing, ankle pumps, gentle TrA activation (day 1–2)
• Week 2–6: Walking, PFMT, scar mobilization when healed
• Month 6+: Progressive core rehabilitation

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📌 SECTION 8: Electrotherapy for Pelvic Floor

• SUI (strengthen sphincter and levator ani)
• UUI/OAB (inhibit detrusor via pudendal afferents)
• Pelvic organ prolapse support
• Pelvic floor muscle awareness (biofeedback + ES combined)
• Post-surgical pelvic floor rehabilitation

• Obstetric TENS: Electrodes on T10–L1 (referred labor pain area) and S2–S4. Low frequency (2–4 Hz) burst mode for endorphin release; high frequency (80–150 Hz) for gate control. Patient-controlled burst during contractions.
• Dysmenorrhea: TENS applied over lower abdomen — gate control reduces menstrual pain

• Pregnancy (especially first trimester)
• Pelvic infection/vaginitis
• Undiagnosed vaginal bleeding
• Malignancy in pelvic region
• Cardiac pacemaker
• Implanted metal in treatment area
• Sensory loss over application area

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📌 SECTION 9: Biofeedback

• EMG (sEMG) biofeedback: Surface electrodes or vaginal/anal probe measure muscle electrical activity → displayed on screen
• Manometric biofeedback: Pressure probe in vagina/rectum measures squeeze pressure
• Ultrasound biofeedback: Visual display of bladder neck/pelvic floor movement

• Confirm correct muscle activation
• Prevent substitution patterns (gluteals, adductors)
• Motivate and guide progressive training
• Teach muscle relaxation in hypertonic floor

• Anal EMG biofeedback teaches patients to sense rectal filling and voluntarily contract external anal sphincter before leakage
• Also used for anorectal sensory retraining — improves internal sphincter reflex

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📌 SECTION 10: Osteoporosis

• T-score = SD from young adult mean bone density (DEXA)
• Normal: T > -1.0
• Osteopenia: -1.0 to -2.5
• Osteoporosis: T < -2.5
• Severe: T < -2.5 + fragility fracture

• Weight-bearing aerobic: Walking, dancing, stair climbing → hip/spine loading
• Resistance/strength training: Progressive resistance → most effective for bone
• Balance/proprioception: Reduces fall risk

• Spinal flexion exercises (sit-ups, toe touches) — risk of vertebral fracture
• High-impact activities if severe osteoporosis
• Twisting/rotation under load
• Ballistic/jerky movements
• Activities with high fall risk (e.g., skiing, gymnastics)

• Single-leg stance, tandem walking, Tai Chi (proven evidence for fall reduction)
• Hip strengthening (abductors, extensors)
• Proprioception exercises on unstable surfaces
• Home environment modification education
• Footwear advice

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📌 SECTION 11: Breast Cancer Rehab & Lymphedema

• Simple/Total mastectomy: Breast tissue removed; no lymph nodes
• Modified radical mastectomy (MRM): Breast + axillary lymph nodes; most common
• Radical mastectomy (Halsted): Breast + pectorals + all lymph nodes (now rarely done)
• Skin-sparing/nipple-sparing mastectomy: For reconstruction
• Lumpectomy (BCS): Tumour + margin only

1. Manual Lymphatic Drainage (MLD): Gentle skin-stretching massage, proximal to distal direction cleared first
2. Multilayer Compression Bandaging: Low-stretch bandages to maintain reduction
3. Remedial Exercise: Limb movement within compression promotes lymph flow
4. Skin & Nail Care: Prevent infection (cellulitis risk ↑ with lymphedema)

• Very gentle, rhythmic circular skin-stretching movements (not deep tissue)
• Sequence: Begin at healthy lymph nodes (neck/axilla/groin), open drainage pathways first
• Then work distal to proximal on affected limb
• Pressure: 30–40 mmHg (lighter than you think)
• Duration: 45–60 minutes per session

• Palpable tight cord(s) in axilla/arm after SLNB or ALND
• Appears 1–8 weeks post-surgery
• Limits shoulder abduction, causes pain
• PT Management:
  • Scar mobilization
  • Stretching (horizontal abduction, flexion)
  • Manual therapy to release cords
  • Progressive ROM exercises
  • Usually resolves within weeks–months

• Day 1–2: Elbow, wrist, hand exercises; shoulder shrugs
• Week 1–2 (after drain removal): Shoulder pendulums, assisted shoulder flexion/abduction
• Week 3–6: Full ROM exercises — wall climbing, pulley exercises
• Week 6+: Strengthening — rotator cuff, periscapular muscles
• Precaution: Avoid shoulder overuse in acute phase; no heavy lifting early

• Circumferential measurements: Tape measure at fixed intervals (wrist, 10 cm above/below elbow, upper arm); >2 cm difference = lymphedema
• Volumetry: Water displacement method — gold standard
• Bioimpedance spectroscopy (BIS): Detects fluid changes before visible edema (subclinical detection)

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📌 SECTION 12: Post-Gynaecological Surgery

• Hysterectomy (total, subtotal, radical, laparoscopic)
• Pelvic floor repair (anterior/posterior colporrhaphy)
• Sling procedures (TVT, TOT)
• Burch colposuspension
• Ovarian cystectomy
• Endometriosis surgery
• Vulval surgery

• Shoulder tip pain (phrenic nerve irritation from CO₂ gas) — manage with diaphragmatic breathing, positioning (head-down briefly)
• Early mobilization crucial
• Faster recovery but PT still needed for pelvic floor and core

• Risks: Atelectasis, pneumonia (from general anaesthesia)
• PT interventions: Deep breathing exercises, incentive spirometry, ACBT (Active Cycle of Breathing Technique), early ambulation, positioning (sitting up)

• Pre-op (Prehabilitation): Breathing exercises, PFMT, exercise to optimize fitness
• Post-op: Early mobilization (within 24 hours), breathing exercises, DVT prophylaxis exercises (ankle pumps, early walking), patient education

• Prevent DVT (ankle pumps, TED stockings, early walking)
• Prevent respiratory complications (deep breathing, coughing support)
• Pain management (positioning, TENS)
• Gentle pelvic floor activation (from day 1 if comfortable)
• Education on precautions

• No heavy lifting for 6 weeks
• PFMT as prescribed (avoid straining)
• No swimming for 4–6 weeks
• Avoid constipation (straining increases mesh tension)
• Return to exercise gradually
• Monitor for voiding difficulty, mesh complications

• Ankle dorsiflexion/plantarflexion pumps (immediate post-op)
• Early ambulation (most effective)
• Compression stockings (TED)
• Hydration education
• Leg elevation when resting
• Monitor for signs: Calf pain, swelling, warmth (Homans' sign — not reliable)

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📋 BONUS: Clinical Scenario Answers (KEY POINTS)

• ICIQ-UI SF: Urinary incontinence severity
• PFDI-20 / PFIQ-7: Pelvic floor symptom impact
• Oxford Scale: Pelvic floor muscle strength
• VAS/NRS: Pain
• LEFS: Lower extremity function
• EQ-5D: Quality of life
• Bladder diary: Voiding frequency, volumes, episodes

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⚡ QUICK SUMMARY TABLE — Must-Know Numbers

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🔬 DEEP VIVA Q&A — Physiotherapy in Women's Health (BPT)

Every answer exam-ready with mechanisms, clinical reasoning & evidence

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📌 SECTION 1: WOMEN'S REPRODUCTIVE HEALTH

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• Antenatal physiotherapy (pregnancy-related musculoskeletal disorders, exercise prescription, birth preparation)
• Postnatal rehabilitation (pelvic floor restoration, DRA management, postpartum LBP)
• Pelvic floor rehabilitation (urinary/fecal incontinence, pelvic organ prolapse, hyper/hypotonic pelvic floor)
• Breast cancer rehabilitation (lymphedema, axillary web syndrome, shoulder dysfunction)
• Osteoporosis prevention and management
• Post-gynaecological surgery rehabilitation
• Menstrual disorders (dysmenorrhea — TENS, exercise)
• Menopause-related musculoskeletal and pelvic conditions
• Sexual dysfunction (vaginismus, dyspareunia, CPP)
• Adolescent sports medicine in females (ACL risk, patellofemoral pain)

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• Estrogen rises from baseline → peaks just before ovulation
• Estrogen promotes collagen synthesis, increases muscle strength and anaerobic performance
• ACL is stiffer, less lax in early follicular phase

• Estrogen peaks → LH surge → ovulation
• Estrogen binds to receptors on ACL fibroblasts → inhibits collagen production → maximum ligament laxity
• ACL injury risk is highest during this phase
• Neuromuscular control is also altered

• Progesterone rises → acts synergistically with estrogen on ligament laxity
• Fluid retention → carpal tunnel symptoms may worsen
• Core temperature rises 0.5°C (relevant to exercise heat tolerance)
• Breast tenderness, bloating affect exercise participation

• Female athletes have 2–8× higher ACL injury rate than males, partially attributable to cyclical ligament laxity
• Physiotherapists should time high-risk sports screening/testing relative to menstrual cycle phase
• Dynamic neuromuscular stabilization programs are essential in female athletes

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• Produced by the corpus luteum from the moment of implantation
• Peaks at 10–12 weeks of gestation, then gradually declines but remains elevated throughout pregnancy
• Also produced by placenta and decidua

• Relaxin acts on fibroblasts → increases matrix metalloproteinase (MMP) activity → degrades collagen cross-links
• Increases water content in connective tissue → increases extensibility and compliance of ligaments
• Targets primarily: pubic symphysis, sacroiliac joints, cervix, uterus

• Pubic symphysis widens by 2–3mm normally (>10mm = SPD/symphysiolysis)
• SIJ laxity → instability, posterior pelvic pain
• Global ligamentous laxity affects every joint — ankles sprain more easily, knees are less stable
• Foot pronation and arch lowering (functional flat foot of pregnancy)
• Core stability is impaired because ligamentous stiffness contributes 50% of lumbopelvic stability when muscles are inactive

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• Bulbospongiosus (surrounds vaginal introitus)
• Ischiocavernosus (clitoral erection)
• Superficial transverse perinei (stabilizes perineal body)
• External anal sphincter (EAS)

• Deep transverse perinei
• External urethral sphincter (rhabdosphincter) — critical for continence
• Compressor urethrae and urethrovaginal sphincter

• Pubococcygeus: From posterior pubis → coccyx; subdivided into pubovaginalis, puboperinealis, puboanalis
• Puborectalis: Forms a U-shaped sling around the anorectal junction — creates anorectal angle (normally 90°) that is critical for fecal continence
• Iliococcygeus: From arcus tendineus → coccyx; provides broad hammock-like support

• Levator ani nerve (direct branches from S3, S4) — supplies levator ani from superior surface
• Pudendal nerve (S2, S3, S4) — supplies sphincters, superficial perineal muscles, perineal skin
• Iliohypogastric, ilioinguinal, genitofemoral nerves — sensory supply to mons, labia

1. Support pelvic organs (bladder, uterus, rectum) against intra-abdominal pressure
2. Maintain urinary and fecal continence (sphincteric function)
3. Defecatory and voiding function (coordination of relaxation)
4. Sexual function (orgasm, arousal, vaginal tone)
5. Stabilization of the lumbopelvic complex (co-contracts with TrA and diaphragm)
6. Assists childbirth (guides fetal head rotation during descent)

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📌 SECTION 2: PRENATAL MUSCULOSKELETAL DISORDERS

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• Anterior shift of centre of gravity (CoG) as uterus grows
• Compensatory increase in lumbar lordosis → strains posterior facet joints and lumbar muscles
• Thoracic kyphosis increases to counterbalance lumbar lordosis
• Forward head posture → cervicogenic headaches, upper trapezius tension
• Shoulder protraction from breast weight increase (often 1–2 kg per breast)
• Anterior pelvic tilt from abdominal muscle distension

• All ligaments become lax — SIJ, pubic symphysis, sacrococcygeal joint, ankle, foot arches
• Progressive instability throughout pregnancy

• Abdominal muscles stretched and weakened — especially rectus abdominis and obliques
• Gluteal muscles weakened from anterior pelvic tilt
• Hip flexors (iliopsoas) become tight and overactive
• Pelvic floor stressed by direct weight of uterus + increased intra-abdominal pressure

• Widening of linea alba — occurs in 66–100% of women by third trimester
• Reduces core stability, spinal protection
• Width >2 cm (or >2 finger widths) = clinically significant DRA

• Disc loads increase — especially L4–L5, L5–S1
• Foraminal narrowing from lordosis increase → sciatica, lumbar radiculopathy
• SIJ hypermobility → posterior pelvic pain and PGP

• Carpal tunnel syndrome in 20–25% of pregnant women (fluid retention → median nerve compression)
• De Quervain's tenosynovitis (hormonal effect on tendon sheaths)
• Foot pronation and functional flat foot
• Meralgia paresthetica (lateral femoral cutaneous nerve compression at inguinal ligament)

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• Finger-width test (Bedside): Patient supine, knees bent; lifts head and shoulders off bed; palpate gap 2–3 cm above, at, and below umbilicus; note width and depth
• Ultrasound (Gold Standard): Measures IRD precisely; also assesses tissue tension (quality of linea alba)
• Note: A wide gap with good tissue tension is functionally better than a narrow gap with poor tension

• Grade 1: ≤2 cm
• Grade 2: 2–3 cm
• Grade 3: >3 cm

• Education: Avoid sit-ups, crunches, double-leg lifts, heavy lifting, constipation straining, activities that cause "coning" or "doming" of abdomen
• Correct log-rolling technique when rising from bed
• Abdominal binder/support for comfort (not structural cure)
• Begin: Diaphragmatic breathing (diaphragm-pelvic floor connection), gentle TrA activation ("drawing in" — pull navel gently toward spine without holding breath)

• Dead bug exercise (supine — alternate arm/leg extension while maintaining TrA activation)
• Bridge exercise
• Four-point kneeling — bird dog progression
• Pelvic tilts in multiple positions

• Single-leg activities, squats, lunges
• Progressive core loading
• Planks (modified → full)
• Return to sport based on symptom resolution

• Full DRA resolution may take 6–12 months

• 50% resolve spontaneously; physiotherapy accelerates functional recovery

• Refer to surgeon if severe, symptomatic, and unresponsive (rare)

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1. Symphysis Pubis Dysfunction (SPD): Anterior-only pain at pubic symphysis
2. Posterior PGP: Pain at SIJ, posterior pelvis — most common
3. Double-sided PGP: Bilateral posterior PGP
4. Combined PGP: Both anterior and posterior
5. Pelvic Girdle Syndrome: All three joints affected

• ASLR (Active Straight Leg Raise) Test: Sensitivity 87%, Specificity 94%. Patient supine, lifts leg 20 cm. Positive = heaviness/difficulty → impaired lumbopelvic force closure
• P4 Test (Posterior Thigh Thrust / 4P Test): Hip flexed 90°, posteriorly directed force on knee → posterior pain = positive for SIJ involvement
• FABER (Patrick's Test): Hip pain vs. SIJ pain differentiation
• Palpation of Posterior Superior Iliac Spine (PSIS): Tenderness
• Modified Trendelenburg: Assesses gluteal and hip abductor weakness
• Pubic symphysis palpation: Pain, step-off deformity in SPD

• Pelvic support belt (SIJ belt) worn at level of PSIS — improves force closure, reduces SIJ laxity symptoms; wear during activity, not at rest
• Pain management: Ice/heat, TENS (low frequency 4Hz, or high frequency 80–150Hz)
• Hydrotherapy: Weight reduction in water reduces pain dramatically
• Specific exercise: TrA and pelvic floor co-activation (closes SIJ biomechanically through muscle form closure)
• Avoid provocative activities: Single-leg stance, stairs leading with same leg, asymmetric loading
• Sleeping: Left lateral with pillow between knees and ankles

• Stage 1: TrA + PF co-contraction in pain-free positions
• Stage 2: Supine bridging with symmetrical movement
• Stage 3: Side-lying clam (gluteus medius activation without SIJ shear)
• Stage 4: Standing functional activities once pain-controlled

• Symmetrical movement patterns (step up/down with both legs simultaneously, dress sitting)
• Avoid wide hip abduction movements (don't open legs wide)
• Use of aids: Crutches for severe cases, step stool into car

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1. Increased lumbar lordosis → facet joint compression, muscle fatigue
2. SIJ instability (PGP) — often confused with LBP
3. Disc pathology (rarely — worsened by pregnancy load)
4. Piriformis syndrome → sciatica
5. Round ligament pain (anterior abdominal pain — not true LBP)

• LBP: Lumbar, above PSIS, no SIJ tenderness, negative P4 test
• PGP: Posterior pelvis, SIJ area, positive ASLR and P4

• Pain history (location, radiation, aggravating factors)
• Postural analysis
• ASLR, P4, SIJ compression/distraction
• Neurological screen (reflexes, sensation, power)
• Rule out red flags

• Cauda equina syndrome (saddle anaesthesia, bowel/bladder incontinence → Emergency)
• Significant neurological deficit
• Fever with back pain (discitis)
• Progressive severe pain unresponsive to any position

• Identify and avoid pain-triggering activities
• Correct sleeping position: Left lateral, pillows between knees
• Avoid prolonged sitting/standing

• Soft tissue mobilization of lumbar paraspinals, gluteals, piriformis
• SIJ mobilization (Grade I–II) if PGP component
• Myofascial trigger point release
• No HVLA manipulation in pregnancy (relative contraindication)

• Pelvic tilts (anterior/posterior tilt) — prime mover: TrA
• Cat-camel (lumbar mobility)
• Four-point kneeling arm/leg extension (bird-dog)
• Side-lying clam (gluteus medius)
• Bridging (if tolerated)

• Reduces gravitational load on spine by 50–75% in waist-deep water
• Allows pain-free movement and exercise

• TENS (high-frequency: 80–150 Hz for acute pain, low-frequency: 2–4 Hz for endorphin release)
• Avoid ultrasound over gravid uterus, avoid shortwave diathermy

• Lumbar support when sitting
• Ergonomic workstation adjustments
• Body mechanics training (lifting with legs not spine)
• Abdominal binder for support

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📌 SECTION 3: EXERCISE IN PREGNANCY & POSTNATALLY

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• Healthy pregnant women without contraindications should engage in ≥150 minutes/week of moderate-intensity aerobic activity
• Previously sedentary women should begin gradually and increase progressively
• Physical activity is associated with reduced gestational diabetes, excessive weight gain, pre-eclampsia, cesarean section risk, and postpartum depression

1. Hemodynamically significant heart disease
2. Restrictive lung disease
3. Incompetent cervix or cerclage
4. Multiple gestation at risk for premature labor
5. Persistent second- or third-trimester bleeding
6. Placenta previa after 26 weeks
7. Premature labor (current pregnancy)
8. Premature rupture of membranes
9. Preeclampsia / pregnancy-induced hypertension
10. Severe anemia (Hb <8 g/dL)

• Poorly controlled Type 1 diabetes, hypertension, thyroid disease, or seizure disorder
• Extreme morbid obesity (BMI >40)
• Extreme underweight (BMI <12)
• History of extremely sedentary lifestyle
• Intrauterine growth restriction (IUGR)
• Orthopedic limitations
• Heavy smoker

• Vaginal bleeding
• Amniotic fluid leakage
• Dyspnea before exertion
• Dizziness or faintness
• Chest pain
• Headache
• Calf pain or swelling (DVT sign)
• Reduced fetal movement
• Uterine contractions
• Muscle weakness affecting balance

• Frequency: 3–5 days/week
• Intensity: Moderate (RPE 12–14 Borg; HR 125–155 bpm; "Talk test")
• Time: 30 min/session (can split into 10-min bouts if needed)
• Type: Walking, swimming, cycling, prenatal yoga, resistance training, PFMT

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• Deep diaphragmatic breathing
• Ankle dorsiflexion/plantarflexion (DVT prevention)
• Gentle pelvic floor activation — even if tender/swollen (promotes healing via increased circulation)
• Pelvic tilt in lying position

• Same as above but with wound precautions
• Log-rolling technique to get out of bed
• No abdominal loading until wound healed (6 weeks)
• Supported coughing (hand pressure on wound site)

• Continue PFMT: Build from 5-second holds ×5 repetitions up to 10-second holds ×10, 3×/day
• Walking: Start 10 min/day → increase by 5 min/week
• Pelvic tilts, TrA activation, bridge exercise
• DRA management: avoid crunches, sit-ups, heavy lifting

• Low-impact aerobics, swimming (if no perineal healing issues), cycling
• Progression of core: Dead bug, bird-dog, lateral planks
• Resistance training: Bodyweight, progress to light weights
• No running yet — pelvic floor must be symptom-free first

• Begin running program only if ALL criteria met:
  1. No urinary/fecal leakage with impact activities
  2. No pelvic heaviness/prolapse sensation
  3. No pelvic or LBP
  4. Walk briskly for 30 minutes without symptoms
  5. Complete single-leg balance, hop tests without symptoms
• Begin Couch-to-5K program

• Return to sport-specific training
• High-impact: Running, CrossFit, team sports
• Abdominal loading: Crunch variations, planks

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📌 SECTION 4: ANTENATAL EXERCISES — DEEP DETAIL

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• Maintain or improve cardiovascular fitness, muscular strength and endurance
• Reduce pregnancy-related discomforts (LBP, edema, constipation)
• Prepare for labor (strength, breathing control, body awareness)
• Prevent pelvic floor dysfunction
• Reduce risk of gestational diabetes, preeclampsia, excessive weight gain
• Improve psychological wellbeing and reduce anxiety

• Group size: 6–10 women per session (enables individualization)
• Trimester grouping: Ideally groups by trimester OR multi-trimester with modifications ready
• Duration: 45–60 minutes/session
• Screening: All participants screened with PARmed-X for Pregnancy before first class

• Never exercise in supine position after 16–20 weeks
• Monitor hydration and room temperature (<28°C)
• Have emergency protocol: Immediate referral contacts available
• Documentation of gestational age, complications, GP clearance
• Physiotherapist or certified antenatal instructor must lead sessions

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• Recommended from 34–36 weeks gestation onwards
• Duration: 5–10 minutes, 1–2×/week

1. Empty bladder, comfortable position (semi-reclined or squatting)
2. Clean hands, short nails; use natural oil (almond, olive, vitamin E)
3. Insert thumbs (or partner inserts index finger) 3–4 cm into vaginal introitus
4. Apply downward (posterior) pressure toward rectum until a "burning/stretching" sensation is felt
5. Hold for 1–2 minutes at this pressure
6. Use U-shaped sweeping motion from 3 o'clock → 9 o'clock positions
7. Gentle outward and forward pulling of tissue

• Increases tissue elasticity
• Desensitizes perineal tissue to the burning sensation of crowning
• Familiarizes woman with sensation of pressure/stretching at birth

• Women who practiced perineal massage from 35 weeks had reduced likelihood of episiotomy (RR 0.84) and perineal trauma requiring suturing
• Most beneficial for women ≥30 years of age and in nulliparous women
• No effect on third/fourth degree tears in multiparous women

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📌 SECTION 5: INCONTINENCE & PELVIC FLOOR DYSFUNCTION — DEEP

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• Involuntary leakage of urine with increased intra-abdominal pressure (coughing, sneezing, laughing, lifting, exercise) without detrusor contraction
• Pathophysiology:
  • Type I: Urethral hypermobility — weakened pubourethral ligaments → bladder neck descends on coughing → transmission of increased pressure to bladder but not urethra → leakage (transmission theory, Enhörning)
  • Type III: Intrinsic Sphincter Deficiency (ISD) — sphincter mechanism itself is weak (post-surgery, neurological, severe atrophy)
• Urodynamic finding: Leak point pressure (LPP) < 60 cmH₂O for ISD; urethral hypermobility on Q-tip test (>30° deflection)

• Involuntary leakage accompanied by or immediately preceded by urgency
• Pathophysiology:
  • Detrusor overactivity (DO): Involuntary detrusor contractions during filling phase on urodynamics
  • Causes: Idiopathic (most common), neurogenic (MS, Parkinson's, stroke), post-surgical
  • Neurological mechanism: Loss of supraspinal inhibition of pontine micturition centre → detrusor fires without cortical permission

• Continuous dribbling from a chronically overdistended bladder
• Causes: Detrusor underactivity (acontractile bladder) OR bladder outlet obstruction
• Pathophysiology: Bladder fills beyond capacity → passive overflow
• Neurological: Diabetes (autonomic neuropathy), pelvic surgery, MS, spinal cord injury

• Urine loss due to inability to reach toilet in time — cognitive impairment, mobility limitations
• Normal bladder/sphincter function; problem is functional capacity

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1. Anterior zone — Pubourethral ligaments (PUL): Support mid-urethra; weakness → SUI on coughing
2. Middle zone — Arcus tendineus (ATFP): Supports bladder neck; weakness → anterior prolapse
3. Posterior zone — Uterosacral ligaments (USL) + Levator plate: Closure of urethral lumen at rest

• At rest: Three directional muscle forces maintain urethral closure:
  • Forward pull of anterior pubococcygeus
  • Backward pull of levator plate
  • Downward pull of conjoint longitudinal muscle of the anus (LMA)
• These stretch the posterior vaginal wall → kinking of urethra → urethral closure
• On coughing: The pubo-urethral ligaments act as a pivot; anterior PFM contractions close the urethra

• TVT (Tension-Free Vaginal Tape): Placed at mid-urethra to simulate PUL → "hammock" support
• TOT (Trans-obturator Tape): Similar but from obturator foramen
• Pelvic floor muscle training works by strengthening the same muscle forces described in the theory

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• Patient in semi-reclined or supine position, hips abducted, feet together
• Ask patient to contract pelvic floor and observe:
  • Correct: Perineal elevation (ventrocephalad inward movement of vulva, perineum, anus)
  • Incorrect: Perineal descent (Valsalva); gluteal contraction; inner thigh contraction; breath-holding

• Insert one or two gloved, lubricated fingers to first knuckle depth into vaginal introitus
• Palpate levator ani at 4 and 8 o'clock positions
• Ask patient to "squeeze and lift" pelvic floor
• Note: Strength, duration, displacement, symmetry, tenderness, trigger points, muscle bulk

• Power — Oxford grade (1–5)
• Endurance — time the contraction can be held (in seconds)
• Repetitions — number of contractions maintained at PERFECT power before fatigue
• Fast — number of 1-second fast flick contractions before fatigue
• Every — frequency recommended (how often per day)
• Co-contraction — TrA activation observed
• Timed — rest period between contractions

• Assesses contraction pressure (1–4), vertical displacement (1–4), and endurance (1–4) — Maximum 12

• Vaginal/anal pressure probe measures squeeze pressure in cmH₂O or mmHg
• Kegel's original perineometer — an intravaginal pressure transducer

• Vaginal probe or surface electrodes measure electrical activity of PFMs in microvolts (µV)
• Normal resting sEMG: 2–4 µV; contraction peak varies (often 20–60 µV in healthy)

• Transperineal/transabdominal ultrasound observes bladder neck and PFM movement
• Bladder neck lift during contraction, absence of bladder neck descent on Valsalva

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• Vaginal or anal probe (or surface perianal electrodes) detects electrical activity of PFMs
• Signal displayed visually on screen (bar graph, line graph, game format)
• Patient sees when they correctly activate PFMs vs. substitute with gluteals/abdominals
• Can simultaneously show accessory muscle activity (abdomen electrode) → teaches isolated PFM contraction

• Kegel's perineometer: intravaginal pressure-sensing balloon
• Shows squeeze pressure as a bar rising on gauge
• Simpler but less informative than EMG — cannot distinguish correct from incorrect muscle activation

• One channel = pelvic floor EMG; Second channel = abdominal EMG
• Teaches patient to increase PFM signal while keeping abdominal signal low
• Most effective for isolating correct contraction in women with substitution patterns

• Transperineal probe shows bladder neck movement on screen in real time
• Particularly useful for demonstrating correct PFM lift

• Session 1: Education, assessment, identify correct PFM activation
• Session 2–3: Build endurance and strength with visual feedback on screen
• Session 4: Add urge-suppression training with BF during simulated urgency
• Session 5: Progress to functional activities — BF during walking, standing
• Session 6: Home program consolidation, wean off BF, maintain with PFMT alone

• BF + PFMT is superior to PFMT alone for SUI in the short term (Cochrane review)
• BF particularly valuable when patient cannot identify correct muscle (which occurs in ~30% of women)
• Verbal feedback based on vaginal palpation achieves outcomes as good as BF in motivated patients (Burgio et al., 2002) — Campbell Walsh Wein Urology

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• Record every void: time, urgency, leakage, fluid intake, activities
• Identifies baseline voiding frequency and functional bladder capacity
• Provides objective data for progress monitoring and patient insight

1. Stop all movement (rushing ↑ physical pressure → worsens urge)
2. Sit down if possible (perineal pressure from sitting inhibits urgency)
3. Perform 3–5 rapid pelvic floor contractions (PFM → inhibits detrusor via pudendal reflex)
4. Take slow deep breaths (distraction + relaxation)
5. Mentally distract — count backwards from 100, sing a song
6. Wait until urge passes (it will — urge wave typically peaks and subsides in 60–90 seconds)
7. Then walk calmly to toilet at normal pace

• Start at baseline frequency + 15 minutes delay
• Every 1–2 weeks, add another 15–30 minutes to interval
• Target: Voiding every 3–4 hours during the day
• "Resist the urge — you are retraining your bladder to hold more"

• Adequate hydration (1.5–2 L/day — not restricting fluid as this concentrates urine → irritates bladder)
• Reduce bladder irritants: Caffeine, alcohol, carbonated drinks, citrus juices, spicy food

• Behavioral training with urge suppression achieves 60–80% reduction in incontinence episodes
• In one RCT, behavioral training reduced incontinence significantly MORE than drug therapy alone, with higher patient satisfaction — Campbell Walsh Wein Urology

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📌 SECTION 6: PELVIC ORGAN PROLAPSE

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• Structures: Paracolpium — uterosacral ligaments + cardinal ligament complex (parametrium)
• Vertical fibers suspend the upper vagina and uterus to the lateral pelvic sidewall and sacrum
• Defect → Level I prolapse: Uterine prolapse (uterus descends), or vaginal vault prolapse after hysterectomy

• Structures: Arcus tendineus fasciae pelvis (ATFP) — "white line" of endopelvic fascia
• Vaginal walls attached laterally to ATFP by horizontal sheets of fibrous tissue
• Supports anterior and posterior vaginal walls
• Defect → Level II prolapse:
  • Anterior: Paravaginal defect → cystocele (central or lateral)
  • Posterior: Lateral defect → rectocele

• Structures: Perineal membrane + perineal body + superficial perineal muscles
• Distal vagina fuses with these structures — provides rigid lower support
• Defect → Level III prolapse: Distal rectocele, perineal descent, perineal body defects

• Anterior (cystocele): Incomplete bladder emptying, hesitancy, recurrent UTI, vaginal bulge
• Posterior (rectocele): Incomplete defecation, digitation (manual assistance to defecate), constipation
• Apical (uterine): Dragging sensation, pelvic heaviness, visible descent

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📌 SECTION 7: OSTEOPOROSIS

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• Normal: T > -1.0
• Osteopenia: -1.0 to -2.5
• Osteoporosis: T ≤ -2.5
• Severe (established) osteoporosis: T ≤ -2.5 + fragility fracture

• Estrogen ↓ → impairs intestinal calcium absorption and renal calcium reabsorption → secondary ↑ PTH → further bone resorption
• Inflammatory cytokines (IL-1, IL-6, TNF-α) promoted without estrogen → osteoclast activation
• Peak bone loss: 2–3% per year in first 5–10 years post-menopause, then stabilizes to 1% per year

• Wrist (Colles' fracture) — earliest, 50s
• Vertebrae (compression fractures) — 60s–70s; 2/3 are asymptomatic
• Hip (femoral neck) — most serious, 70s–80s; 20% mortality in 1 year; 50% never regain full function

• Walking, jogging (if appropriate), dancing, stair climbing
• Ground reaction forces > body weight → stimulates bone remodeling at hip and spine
• 3–5 days/week, 30–60 min/session

• Free weights, machines, resistance bands
• Target major muscle groups: Hip extensors/abductors, knee extensors, back extensors, scapular stabilizers
• Principle: High load (8–10 RM), 2–3 sets, 2–3 days/week
• Mechanism: Muscle pull on bone periosteum → highest strain stimulus → maximum osteoblast activation

• Jumping, hopping — >4× body weight impact forces
• Shown in RCTs to increase femoral neck density
• Contraindicated in severe osteoporosis (T < -2.5 with fragility fracture history)

• 50% of osteoporosis-related fractures result from falls
• Tai Chi — Level I evidence for fall reduction (reduces falls by 35–58%)
• Single-leg stance, tandem walking, foam surface balance
• Hip abductor strengthening (reduces lateral sway)
• Hip protector pads for high-risk patients

• Spinal flexion under load (sit-ups, crunches, toe touches) — vertebral compression fracture risk
• Twisting under load (golf swing, bowling) — vertebral shear force
• High-impact in severe osteoporosis — hip fracture risk
• Rapid, jerky movements — insufficient time for neuromuscular protection
• Deep flexion of spine (touching toes with straight legs) — vertebral wedge fractures

• Postural correction and thoracic extension exercises — counteract kyphotic posture, maintain vertebral height
• Walking aids if fall risk (rollator, quad stick)
• TENS or heat for osteoporotic vertebral fracture pain
• Hydrotherapy — buoyancy reduces fracture risk while still allowing exercise
• Education: Home modification, safe movement, calcium 1200 mg/day + Vitamin D 600–1000 IU/day — Harrison's Principles of Internal Medicine

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📌 SECTION 8: BREAST CANCER REHABILITATION & LYMPHEDEMA

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• Axillary lymph node dissection (ALND) or radiation disrupts lymphatic drainage pathways
• Remaining lymphatics are insufficient to handle the lymphatic load of the arm
• Protein-rich fluid accumulates in interstitial spaces → osmotic gradient draws more fluid → swelling
• Chronic protein accumulation → macrophage activation → fibrosis and adipose tissue deposition → irreversible changes
• Risk: 15–25% after SLNB (sentinel lymph node biopsy), 20–53% after ALND, higher with radiotherapy

1. Circumferential measurements — tape measure at 4 standard points (wrist, 10 cm distal elbow, elbow crease, 10 cm proximal elbow) bilaterally; >2 cm = clinically significant lymphedema
2. Water volumetry — affected limb submerged; water displaced measured; gold standard for volume
3. Bioimpedance spectroscopy (BIS) — detects subclinical fluid changes before visible edema (Stage 0 detection)
4. Tissue dielectric constant (TDC) — skin water content measurement
5. Perometry — infrared optoelectronic volumetry; highly accurate

• Very gentle, rhythmic, skin-stretching movements
• Pressure: Extremely light (30–45 mmHg) — only skin-deep
• Technique:
  • Begin at contralateral (healthy) lymph node basins — cervical, ipsilateral axilla/groin
  • "Open" alternative pathways (axillo-axillary and axillo-inguinal anastomoses)
  • Then work from proximal → distal on affected limb
  • Each movement: 5–7 repetitions before moving to next area
  • Session: 45–60 minutes
• Mechanism: Stimulates lymphangion (smooth muscle in lymph vessel walls) contraction → increases lymph transport; creates pressure gradient to reroute lymph via collateral pathways

• Applied immediately after MLD
• Low-stretch (inelastic) bandages — provide high working pressure (active muscle pump against bandage) and low resting pressure
• Applied from distal (fingers) → proximal (shoulder)
• Changed daily in intensive phase
• Target: reduce limb volume to plateau
• Maintained throughout intensive phase (2–4 weeks of daily treatment)

• Performed WITH compression bandage in place — compression provides working pressure against muscle contractions
• Exercises: Shoulder flexion/abduction/rotation, elbow flexion/extension, fist opening/closing
• Mechanism: Muscle contractions act as lymphatic pump within compression → accelerates lymph transport

• Lymphedematous skin has impaired immune defense → infection risk ↑↑
• Daily moisturizing (fragrance-free lotion)
• Wound care for any breaks
• Nail care (no cutting cuticles)
• Avoid venepuncture, BP measurement, injections in affected arm
• Signs of cellulitis (red, hot, swollen): Immediate antibiotics

• Custom-fitted flat-knit compression garment (Class II: 23–32 mmHg)
• Worn during all waking hours, especially during activity
• SLD (Simple Lymph Drainage) — self-administered simplified MLD
• Continue exercise program
• Skin care ongoing

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• Deep breathing exercises (prevent atelectasis)
• Elbow, wrist, hand exercises (prevent stiffness, maintain circulation)
• Shoulder shrugs and gentle pendulum
• Positioning: Arm elevated on pillow at heart level to reduce swelling

• Shoulder ROM initiation: Assisted flexion, abduction, external rotation
• Wall-walking exercises (use wall as guide, walk fingers up incrementally)
• Rope/pulley exercises
• Target: Achieve 90° shoulder flexion by discharge

• Progress to full shoulder ROM: Flexion → 150°, Abduction → 150°
• Doorway chest stretch (pectoral stretch)
• Shoulder retraction exercises (rhomboids, mid-trapezius)
• Begin progressive resistance with light weights (0.5–1 kg)
• Lymphedema precaution education

• Return to full functional activities
• Strength training: Serratus anterior, rotator cuff, periscapular stabilizers
• Return to sport/work activities (individualized)

• Palpable, tight cord-like structures running from axilla down medial arm, antecubital fossa, sometimes to wrist
• Prevalence: 48–72% after ALND; 20–45% after SLNB
• Appears 1–8 weeks post-surgery
• Pathophysiology: Thrombosed lymphatics or disrupted superficial lymphatic channels → sclerosis and fibrosis of lymphatic vessels form tight "cords" under skin
• Presentation: Limited shoulder abduction (often stuck at 90–110°), pulling sensation, pain on arm elevation

1. Horizontal shoulder abduction stretching — gradually opens the cord
2. Elbow extension with shoulder abduction (straightening elbow stretches cord further)
3. Wrist extension added for maximal stretch along entire cord
4. Scar tissue mobilization over axillary scar
5. Manual therapy — gentle transverse friction to cord, skin rolling
6. Neural mobilization (cords often run with lymphatics alongside median/ulnar nerve pathways)
7. TENS for pain during stretching
8. Typically resolves in 2–12 weeks with treatment

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📌 SECTION 9: ELECTROTHERAPY FOR PELVIC FLOOR

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• High-frequency stimulation (35–50 Hz) recruits fast-twitch and slow-twitch pelvic floor motor units
• Activates pudendal efferents → direct motor nerve stimulation → PFM contraction → muscle hypertrophy with repeated sessions
• Also contracts external urethral sphincter → increased closure pressure

• Low-frequency stimulation (5–10 Hz) preferentially activates pudendal afferent nerves (sensory) → spinal reflex arc → inhibits hypogastric efferents → detrusor suppression
• This is the pudendo-detrusor inhibitory reflex — physiological basis of urgency suppression

• Pregnancy (first trimester especially)
• Active pelvic/vaginal infection
• Undiagnosed bleeding per vaginum
• Pelvic malignancy
• Demand cardiac pacemaker
• Implanted metal in pelvis
• Sensory impairment in perineal region
• Vaginal or perineal atrophy making probe insertion painful (relative — use surface electrodes)
• Recent pelvic surgery (<6 weeks)

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📌 SECTION 10: POST-GYNAECOLOGICAL SURGERY

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• Teaches deep breathing and ACBT before surgery — prevents post-op respiratory complications
• Teaches supported coughing technique (pillow splinting)
• Pelvic floor education — begins PFMT before surgery as baseline
• Functional optimization — general fitness reduces post-op complications
• DVT prophylaxis education — ankle pumps, early mobilization

• Breathing exercises every 1–2 hours while awake
• ACBT (Active Cycle of Breathing Technique):
  • Breathing control → Thoracic expansion exercises → Forced expiration technique (huffing)
  • Clears secretions, prevents atelectasis
• Incentive spirometry — visual feedback for deep inhalation

• Ankle dorsiflexion/plantarflexion: 20 reps hourly
• Foot circles
• TED compression stockings + LMWH (pharmacological — prescribed by surgeon)
• Early ambulation: most effective DVT prevention — mobilize within 24 hours

• Gentle TrA activation ("drawing in") with breath
• Log-roll technique for getting in/out of bed
• Supported coughing (pillow against wound)

• Gradually increase walking distance (5 min → 30 min by week 6)
• No heavy lifting >5 kg for 6–8 weeks
• No sexual intercourse for 6–8 weeks
• Pelvic floor exercises from day 1 (unless urinary catheter in situ — begin when catheter removed)
• Scar massage from 6 weeks (once healed): Transverse friction across scar, skin-rolling to prevent adhesions

• Pre-op: Prehabilitation, education, breathing exercises
• Intra-op: Minimizing fasting, preventing hypothermia
• Post-op Day 1: Sitting up/standing/walking, discontinue IV drip early, normal diet early
• Outcome: Reduces hospital stay by 2–3 days, reduces complications, reduces opioid use

• Ureteral and bladder innervation disrupted → bladder dysfunction common
• Post-op: Bladder retraining, timed voiding, residual volume monitoring
• Pelvic lymphadenectomy → lymphedema risk (lower limb) — leg lymphedema management

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• Breathing exercises and early mobilization (DVT prevention)
• Bladder diary to monitor voiding — voiding difficulty is a recognized complication
• Teach clean intermittent self-catheterization (CISC) if voiding dysfunction

• No heavy lifting (>3–5 kg) — avoids tension on tape before tissue ingrowth
• No constipation straining (use stool softeners, high fiber diet) — increases downward pressure
• No high-impact exercise — avoids mesh displacement
• No sexual intercourse for 4–6 weeks
• No swimming for 4–6 weeks

• Despite sling, PFMT is still recommended — PFM support the sling mechanism, and may be needed if OAB symptoms persist (mixed incontinence)
• Begin gentle PFMT from week 2

• Voiding dysfunction (urinary retention) — bladder training, CISC
• De novo urgency / OAB — bladder training, anticholinergic adjunct
• Mesh erosion/exposure — presents as vaginal pain, discharge — refer back to surgeon
• Groin/thigh pain (TOT-specific, obturator nerve irritation) — nerve mobilization, hip flexor stretching

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📌 SECTION 11: MENOPAUSE & POST-MENOPAUSE

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• Estradiol: Falls from ~150 pmol/L (premenopausal) to <80 pmol/L
• Estrone becomes predominant estrogen (peripheral aromatization of adrenal androgens)
• FSH: Rises markedly (>25 IU/L is characteristic of menopause)
• LH: Rises, but less than FSH
• Inhibin: Falls (loss of inhibin from depleted follicles drives FSH rise)

• Estrogen ↓ → RANKL ↑ → osteoclast activation → bone loss 2–3%/year for 5–10 years → osteoporosis
• Cortical bone loss (periosteal loss): Wrist fractures
• Trabecular bone loss: Vertebral compression fractures

• Estrogen maintains muscle protein synthesis; ↓ estrogen → sarcopenia (loss of muscle mass and strength)
• Visceral fat accumulation changes CoG → balance impairment
• Muscle fiber type shift (Type II fast-twitch loss preferential) → reduced power, reaction speed

• Estrogen has chondroprotective effects → ↓ estrogen → accelerated cartilage degradation → OA
• Menopausal arthralgia: Diffuse joint pain, stiffness, particularly hands, knees, hips

• Estrogen receptors present throughout pelvic floor tissues
• Genitourinary Syndrome of Menopause (GSM): Vaginal atrophy, urethral atrophy → incontinence, urgency, dyspareunia, recurrent UTI
• Pelvic organ prolapse risk increases with estrogen-deficient tissue weakness

• Resistance training (most important): Prevents sarcopenia AND osteoporosis; 2–3×/week
• Weight-bearing aerobic exercise: Bone loading, cardiovascular health
• Balance and proprioception: Fall prevention
• PFMT: Manages GSM-related incontinence, prolapse
• Pelvic floor rehabilitation: Vaginal dilators, lubricants for GSM symptoms (in liaison with gynecologist)
• Education: Calcium (1200 mg/day), Vitamin D (600–1000 IU/day), fall prevention strategies, lifestyle modification

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📋 CLINICAL SCENARIO ANSWERS

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• Thorough history: Type of delivery (episiotomy/tear grade?), breastfeeding (lowers estrogen → vaginal atrophy)
• ICIQ-UI-SF score (quantify impact)
• Bladder diary (3 days)
• PERFECT scheme assessment: P2, E3, R4, F6 (example)
• DRA check (linea alba integrity)
• Abdominal and postural assessment

• Reassure: Very common at 8 weeks; 70% resolve with PFMT alone
• Avoid high-impact activities until PF stronger
• Knack maneuver: Teach pre-contraction before coughing/sneezing ("squeeze before sneeze")
• Fluid management: 1.5–2 L/day; reduce caffeine

• Week 1–2: 5 × 3-second holds + 5 fast flicks, 3×/day
• Week 3–4: 5 × 5-second holds + 8 fast flicks
• Week 5–6: 8 × 8-second holds + 10 fast flicks
• Week 7–8: 10 × 10-second holds + 10 fast flicks, 3×/day
• Progress to functional positions: Lying → Sitting → Standing → Walking → Exercise

• NMES if Grade 0–1 or unable to perform volitional contraction (50 Hz, 200 µs, 15 min/day)
• Combine with PFMT as awareness improves

• TrA activation, avoid crunches

• Reassess PERFECT; progress PFMT
• If no improvement at 12 weeks → referral to urogynaecologist for urodynamics and consideration of further treatment

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• DEXA confirmed osteoporosis; fracture history? (radiograph spine for compression fractures)
• FRAX score (10-year fracture probability)
• Kyphosis angle measurement (flexible ruler or kyphometer)
• Muscle strength testing: Back extensors, hip extensors, quadriceps
• Balance assessment: Berg Balance Scale, timed up-and-go (TUG)
• Fall risk factors: Vision, medications, home environment

• TENS (80–100 Hz for acute pain) at thoracic pain site
• Heat pack for muscle spasm
• Gentle mobilization if no acute fracture
• Avoid manipulation

• Thoracic extension exercises (most important): Prone extension, seated wall slide, chin tuck, scapular retraction
• Back extensor strengthening: Prone back extension, superman (modified)
• Hip extensor/abductor strengthening: Bridging, clamshell, side-lying hip abduction
• Weight-bearing aerobic: Walking 20–30 min daily
• Balance training: Tandem stance, single leg, Tai Chi program

• Ergonomic assessment (seating, computer height)
• Thoracic support cushion
• Avoid slumping, forward flexion

• NO spinal flexion exercises
• Safe bending techniques (hinge at hips, not waist)
• Calcium 1200 mg/day + Vitamin D 1000 IU/day — Harrison's Principles of Internal Medicine
• Home fall-hazard removal (loose rugs, poor lighting)
• Referral to physician for pharmacological review (bisphosphonates, denosumab)

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⚡ RAPID FIRE VIVA ANSWERS — KEY DEFINITIONS

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