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SECTION A

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Q.1(a) Complications of the Third Stage of Labour + AMTSL

Complications of the Third Stage of Labour

• Postpartum Haemorrhage (PPH) - most common and most dangerous; primary PPH = blood loss >500 mL within 24 hours of vaginal delivery. The 4 T's: Tone (uterine atony - 80% of cases), Trauma (lacerations), Tissue (retained placenta/membranes), Thrombin (coagulation defects)
• Retained placenta (not expelled within 30 minutes)
• Placenta accreta/increta/percreta - abnormal placental adherence

• Uterine inversion - rare but life-threatening; uterus turns inside out
• Prolonged third stage (>30 minutes)
• Trapped placenta - cervix closes before placenta expelled

• Endometritis - infection of uterine lining post-delivery

• Amniotic fluid embolism
• Cervical/vaginal lacerations
• Vulval/perineal haematoma

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AMTSL - Active Management of Third Stage of Labour

• Oxytocin 10 IU IM - drug of choice (given into anterolateral thigh immediately after baby delivery)
• Alternatives: Misoprostol 600 mcg oral (if oxytocin unavailable), Ergometrine 0.2 mg IM, Syntometrine (oxytocin + ergometrine)
• Mechanism: Causes sustained uterine contraction, compressing blood vessels at placental site

• Applied only after signs of placental separation (cord lengthening, gush of blood, uterus becomes globular and rises)
• Technique: One hand on suprapubic area guarding/pushing uterus upward (counter-traction), other hand applies steady downward traction on cord
• Prevents uterine inversion
• WHO 2012: CCT recommended when skilled attendant is present; optional in low-resource settings

• Sustained uterine massage to maintain contraction
• Note: Previously fundal massage was included, but WHO 2012 removed routine fundal massage before delivery of placenta

• Reduces PPH by 60-70%
• Reduces need for blood transfusion
• Reduces maternal mortality
• Shortens third stage duration

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Q.1(b) Classification of Perineal Injuries + Physiotherapy/Pelvic Floor Rehabilitation

Classification of Perineal Injuries

• Median/midline episiotomy
• Mediolateral episiotomy (preferred - less risk of extension to 3rd/4th degree)

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Physiotherapy Management and Pelvic Floor Rehabilitation - Immediate Postnatal Period

Immediate Phase (0-48 hours):

• Cryotherapy: Ice pack/cold compress to perineum for 10-20 minutes every 2-4 hours in first 24-48 hours - reduces oedema, haematoma formation, and pain
• Comfortable positioning (side-lying or semi-recumbent, avoiding pressure on perineum)
• Pelvic floor muscle (PFM) contractions - gentle, reduces oedema via pumping mechanism

• Interferential therapy (IFT) to perineum - analgesia and oedema reduction
• TENS - pain relief

Days 2-6:

• Help reduce swelling through venous/lymphatic pumping
• Improve blood supply for healing
• Prevent wound dehiscence concerns are unfounded - contractions actually support healing

1. Identify correct muscles: "Imagine stopping the flow of urine and wind simultaneously"
2. Ensure no co-contraction of gluteals/thighs/abdominals
3. Hold contraction for 3-5 seconds initially, then relax fully (relaxation is as important as contraction)
4. Progress hold time gradually (target 10-second holds)
5. Add fast contractions (1 second on/off) for sphincter reflex

• Slow holds: 3-5 second holds x 10 repetitions x 3 sessions/day
• Fast flicks: 1-second contractions x 10
• Functional bracing (pre-contraction before coughing/sneezing/"Knack manoeuvre")

• Gentle abdominal hollowing ("draw navel toward spine without breath-holding")
• Synergistic support to pelvic floor
• Avoid Valsalva/bearing down

• Correct sitting posture - sit on both ischial tuberosities, not slumped
• Avoid prolonged standing in early days
• Proper latching and feeding position to reduce postural strain

• Bowel management - avoid constipation/straining; adequate hydration, fibre, stool softeners
• Lifting technique - exhale and pre-contract PFM before lifting
• Avoid high-impact activity until 6-12 weeks

Monitoring and Progression:

• Review at 6-week postnatal check
• Biofeedback and real-time ultrasound can guide PFM retraining
• If symptoms persist (incontinence, prolapse, pelvic pain) - refer for formal women's health physiotherapy

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Q.1(c) Anaemia in Pregnancy + Haematological Changes

Definition of Anaemia in Pregnancy

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Haematological Changes in Pregnancy

• Total blood volume increases by 40-50% (starts at 6 weeks, peaks at 32-34 weeks)
• Plasma volume increases by 45-50% (more than red cell mass)
• Red cell mass increases by 20-30% only
• Net result: Physiological haemodilution - Hb and Haematocrit (Hct) fall despite more RBCs (Hct falls from ~40% to ~34%)

• Total RBC mass increases by 20-30% (if iron supplemented)
• Reticulocyte count slightly elevated
• MCV may increase slightly
• Erythropoietin increases - stimulates erythropoiesis

• Leucocytosis is normal in pregnancy
• WBC increases from 5,000-12,000 to 6,000-16,000 cells/mm³
• Mainly neutrophilia (polymorphonuclear leucocytosis)
• Lymphocyte, monocyte, eosinophil counts relatively unchanged
• Functional immunosuppression (to prevent rejection of fetal allograft)

• Mild thrombocytopenia occurs in ~5-10% of normal pregnancies (gestational thrombocytopenia)
• Platelet count decreases slightly (150,000-400,000 range maintained)
• Platelet aggregation and turnover increased

• Increased: Factors I (fibrinogen - doubles to 400-600 mg/dL), VII, VIII, IX, X, XII, von Willebrand factor
• Decreased: Protein S, Antithrombin III activity (mildly)
• Fibrinolytic activity decreased
• Overall: Hypercoagulable state - explains increased DVT risk (5x higher in pregnancy)
• PT and APTT slightly shortened

• Iron requirements increase to 27 mg/day (from 18 mg/day non-pregnant)
• Serum ferritin decreases (best early indicator of iron deficiency)
• Total iron-binding capacity (TIBC) increases
• Serum iron decreases

• ESR increases markedly in normal pregnancy due to increased fibrinogen - not useful as inflammatory marker in pregnancy

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Q.1(d) Induction and Augmentation of Labour + First Stage Management

Definitions

• Post-dates pregnancy (>41-42 weeks)
• Premature rupture of membranes (PROM) at term
• Gestational hypertension/Pre-eclampsia
• Intrauterine growth restriction (IUGR)
• Diabetes mellitus
• Intrauterine fetal death (IUFD)

• Cervical ripening: Prostaglandins (PGE2/dinoprostone gel, misoprostol), balloon catheter/Foley catheter, membrane sweeping
• Amniotomy (ARM): Artificial rupture of membranes
• Oxytocin infusion: IV titrated infusion (after cervix favourable)
• Bishop Score used to assess cervical favourability (>8 = favourable; ripening needed if <6)

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Management of the First Stage of Labour

• Latent phase: 0-4 cm (slow; can last 8-20 hours in primigravida)
• Active phase: 4-10 cm (faster; min 0.5-1 cm/hour dilatation)

Clinical Management:

• History: gestational age, onset of contractions, membrane status, fetal movements, medical/obstetric history
• Vitals: BP, pulse, temperature, respiratory rate
• Abdominal palpation: fundal height, lie, presentation, engagement, frequency/duration of contractions
• Vaginal examination: cervical dilatation, effacement, station, membranes
• CTG (Cardiotocography) - fetal heart rate monitoring
• Urine - proteinuria, glucose

• Maternal vitals every 1-4 hours
• Fetal heart rate: every 15-30 minutes in low-risk, continuous CTG in high-risk
• Vaginal examination every 4 hours (or as indicated)
• Uterine contractions assessed every 30 minutes
• Partograph - graphical record plotting cervical dilatation, descent, contractions, maternal and fetal parameters; alert line and action line guide management

• IV access established
• Hydration (oral fluids in early labour; IV if required)
• Bladder care - encourage regular voiding every 2 hours
• Emotional support and informed consent throughout

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Supportive Physiotherapy Care in First Stage of Labour

• Upright and active positions encouraged (walking, standing, leaning forward, hands-and-knees)
• Benefits: Uses gravity to aid descent, reduces labour duration, reduces pain, improves fetal positioning
• Left lateral position preferred when recumbent (prevents aortocaval compression)
• Hands-and-knees (all-fours): relieves back pain especially in posterior fetal position

• Warm bath/shower during active labour
• Reduces pain perception, promotes relaxation, lowers anxiety
• May reduce use of epidural analgesia

• Slow deep abdominal breathing during contractions - activates parasympathetic, reduces pain
• Paced breathing patterns (Lamaze method)
• Pursed-lip breathing, sighing exhalation for relaxation
• Hyperventilation prevention - maintain CO2 levels

• Counterpressure on sacrum/lower back during contractions
• Effleurage (light stroking of abdomen)
• Hip squeeze/squeezing iliac crests - relieves pelvic pressure
• Reduces pain by gate-control mechanism and releases endorphins

• Electrodes placed at T10-L1 (referred pain area) and S2-S4 (sacral area)
• Patient-controlled, increases intensity with contraction
• Evidence: Reduces pain in early/latent labour; less effective in active labour
• Safe for mother and fetus; no known adverse effects

• Warm compresses/heat packs to lower back and abdomen
• Cold compresses to face/forehead for comfort

• Progressive muscle relaxation
• Visualisation/imagery techniques
• Reduces catecholamine levels, improves uterine blood flow

• Physiotherapist as part of birth support team
• Evidence shows continuous support reduces caesarean section rates, analgesic use, and improves birth satisfaction (Cochrane review)

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Q.1(e) Complications of Caesarean Section + Wound Care Principles

Complications of Caesarean Section

• Haemorrhage - uterine atony, extension of uterine incision, injury to major vessels
• Bladder injury - especially in repeat CS (adherent bladder)
• Ureteric injury
• Bowel injury (rare)
• Anaesthetic complications - hypotension (spinal), failed intubation (GA), aspiration pneumonia (Mendelson's syndrome)
• Placenta praevia/accreta - massive haemorrhage risk

• Wound haematoma - collection of blood in wound
• Wound seroma - serous fluid collection
• Urinary retention - especially after regional anaesthesia
• Ileus - paralytic ileus, delayed return of bowel function
• Urinary tract infection (UTI)
• Thromboembolic complications - DVT, Pulmonary Embolism (leading cause of maternal death post-CS)

• Wound infection/SSI (Surgical Site Infection) - 5-10% incidence
• Endometritis - most common post-CS infection
• Peritonitis
• Septicaemia

• Adhesions - uterovesical, bowel, omentum
• Uterine scar/scar weakness - risk of scar rupture in subsequent pregnancies (0.5-1%)
• Placenta praevia/accreta in future pregnancies - risk increases with each CS
• Chronic pelvic pain from adhesions/nerve entrapment
• Hernia - incisional hernia
• Keloid scar formation
• Neonatal complications - transient tachypnoea (wet lung), missed gestational age

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Wound Care Principles after Caesarean Section

• Pfannenstiel incision - transverse suprapubic (most common; better cosmetic outcome)
• Joel-Cohen incision - higher transverse (for speed)
• Midline/vertical subumbilical incision - emergency CS, morbidly obese patients

• Keep wound covered with sterile dressing for 24-48 hours
• Observe for haematoma, active bleeding, seroma
• Adequate analgesia - reduces splinting, encourages deep breathing and mobility
• ABCD assessment: Approximation of edges, Bleeding, Colour/exudate, Drainage

• Moist wound healing environment preferred - semi-occlusive/hydrocolloid dressings
• Change dressing if soiled/wet; otherwise leave undisturbed for 48 hours
• Avoid gauze dressings that traumatise wound on removal
• Negative Pressure Wound Therapy (NPWT/VAC) for high-risk patients (obese, diabetes, previous wound breakdown)

• Prophylactic antibiotics given pre-operatively (not post-op for routine cases) - cefazolin 2g IV
• Regular monitoring for SSI signs: redness (erythema), swelling, warmth, purulent discharge, wound dehiscence, fever >38°C
• Swab for culture if infection suspected
• Treatment: antibiotics (broad-spectrum), wound drainage/debridement if abscess

• Deep breathing and coughing exercises - prevent respiratory complications, promote lung expansion
• Supported coughing technique: patient splints incision with pillow/hands during coughing to reduce pain and incision strain
• Early mobilisation: encourage sitting up within 6-24 hours, walking within 24-48 hours
  • Reduces DVT risk, promotes bowel function, reduces adhesion formation, prevents chest complications
• Positioning: semi-Fowler's or Fowler's position initially, then progressive mobilisation
• Abdominal muscle retraining: gentle TrA activation from day 1-2 (supine, gentle abdominal hollowing) to restore core support around incision

• Scar massage - circular, transverse, and longitudinal friction massage
• Breaks down adhesions, improves scar mobility, reduces sensitivity/numbness
• Desensitisation techniques for hypersensitive scars
• Silicone gel sheets to flatten/soften hypertrophic scars
• Sun protection for scar (avoids hyperpigmentation)

• Assess wound at 6-week postnatal check
• Look for scar niche (isthmocele) in subsequent pregnancies
• Counsel on signs of wound infection at home discharge (SPONGE: Swelling, Pain, Oozing, New redness, Go see your doctor, Excess)

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SECTION B

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Q.2(a) Stress Urinary Incontinence (SUI) + Physiotherapy with Kegel's Exercise

Definition of SUI

1. Urethral hypermobility - inadequate support from pelvic floor/hammock; urethra descends with increased intra-abdominal pressure, losing pressure transmission
2. Intrinsic Sphincter Deficiency (ISD) - inherent weakness of urethral sphincter mechanism

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Role of Physiotherapy in SUI

• Confirm correct muscle identification (internal vaginal examination or RUSI)
• Assess baseline muscle strength (Modified Oxford Scale 0-5)
• Assess endurance, coordination, and relaxation
• Exclude pelvic organ prolapse, overactive bladder

• "Tighten the muscles you use to stop urine flow and stop passing wind at the same time"
• "Lift inward and upward - do NOT squeeze buttocks, thighs, or hold breath"
• "You should feel a definite lift and squeeze sensation internally"

• Endurance contractions (slow holds):
  • Contract and hold for 3-10 seconds (build up progressively)
  • Fully relax for equal time between contractions
  • 10 repetitions x 3 sets per day minimum
• Fast contractions (quick flicks):
  • 1-second contract, 1-second relax
  • 10 repetitions to train sphincter reflex response
• Functional integration:
  • "The Knack manoeuvre" - pre-contract PFM a second before and during coughing/sneezing/lifting
  • Interrupt a running urine stream occasionally (practice drill - not for regular use)

• Start in supine → progress to sitting → standing → functional positions (squatting, walking, stair climbing)
• Increase hold duration from 3 to 10 seconds over 4-6 weeks
• Increase number of repetitions
• Add functional challenges (exercising, impact activities)

• Surface EMG or pressure biofeedback (perineometer) to confirm correct muscle activation
• Visual/auditory feedback improves patient performance and motivation
• Particularly useful if patient cannot identify PFM correctly

• Intravaginal/surface electrical stimulation (IES) - frequency 35-50 Hz
• Causes passive muscle contraction and teaches awareness of PFM
• Used for weak PFM (Oxford grade 0-1) or inability to contract voluntarily

• Timed voiding schedule (initially every 1-2 hours, gradually extend intervals)
• Urge suppression techniques
• Fluid intake advice (1.5-2 L/day; reduce caffeine, alcohol, carbonated drinks)

• Weight reduction (each 5-unit BMI reduction reduces leakage by ~50%)
• Constipation management (avoid straining at stool)
• Treat chronic cough (e.g. smoking cessation)

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Q.2(b) PCOS + Exercise and Lifestyle Modification

What is Polycystic Ovarian Syndrome (PCOS)?

1. Oligo/anovulation - irregular or absent periods
2. Clinical and/or biochemical hyperandrogenism - hirsutism, acne, elevated testosterone/DHEAS
3. Polycystic ovaries on ultrasound - ≥12 follicles (2-9mm diameter) per ovary OR ovarian volume >10 mL

• Insulin resistance and compensatory hyperinsulinaemia - stimulates ovarian androgen production
• Elevated LH:FSH ratio (>2:1)
• Excess androgens impair follicular development - multiple arrested follicles
• Chronic anovulation, oligomenorrhoea, infertility

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Role of Exercise and Lifestyle Modification in PCOS

• Even modest weight loss of 5-10% body weight significantly improves hormonal profile, menstrual regularity, and fertility
• Reduces hyperandrogenism, improves insulin sensitivity, restores ovulatory cycles
• Should be first-line intervention in overweight/obese PCOS patients (ESHRE/ASRM 2018)

• Recommendation: 150-300 minutes/week of moderate-intensity OR 75-150 minutes/week of vigorous-intensity (ACSM/WHO guidelines)
• Types: Brisk walking, cycling, swimming, dancing, aerobics
• Benefits: Improves insulin sensitivity, reduces visceral adiposity, lowers androgen levels, improves lipid profile, mood enhancement

• 2-3 days/week, major muscle groups
• Improves insulin sensitivity (via GLUT-4 upregulation in muscle)
• Increases lean muscle mass (which improves basal metabolic rate)
• Combination of aerobic + resistance training is most effective

• Emerging evidence: HIIT particularly effective in reducing insulin resistance and androgen levels
• 20-30 minute sessions, 3x/week
• More time-efficient, comparable or superior metabolic benefits vs. moderate-intensity exercise

• Low glycaemic index (Low-GI) diet - reduces postprandial insulin spikes; improves menstrual regularity
• Mediterranean diet pattern - anti-inflammatory, cardioprotective
• Calorie reduction of 500-1000 kcal/day for overweight patients
• Reduce refined carbohydrates, sugar, processed foods
• Increase fibre, lean protein, healthy fats
• Regular meal timing (avoid long fasting periods followed by large meals)

• Chronic stress elevates cortisol, worsening insulin resistance
• Yoga, meditation, mindfulness - reduce cortisol, improve hormonal balance
• Regular sleep hygiene (7-9 hours) - poor sleep worsens insulin resistance

• Smoking worsens hyperandrogenism and cardiovascular risk
• Alcohol disrupts hormonal metabolism

• Restoration of menstrual cycles in 55-95% of anovulatory women with weight loss
• Reduction in androgens by 20-30%
• Improved fertility and ovulation induction response
• Reduced progression to type 2 diabetes
• Improved quality of life and mood

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Q.2(c) Grades of Uterine Prolapse + Management of 3rd Degree in 60-year-old

Grades of Uterine Prolapse

• Cystocele - anterior vaginal wall descent with bladder
• Rectocele - posterior vaginal wall descent with rectum
• Enterocele - small bowel herniation into posterior vaginal wall
• Vault prolapse - post-hysterectomy

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Management of 3rd Degree (Complete) Prolapse in a 60-year-old Patient

• Duration, severity of symptoms (bearing-down sensation, something coming out, difficulty walking)
• Bladder symptoms (UI, voiding dysfunction, recurrent UTI)
• Bowel symptoms (constipation, incomplete evacuation)
• Sexual function
• Fitness for surgery
• Comorbidities (hypertension, diabetes, cardiac/respiratory disease)

• Ring pessary - most commonly used; fits around cervix, restores anatomy
• Shelf/Gellhorn pessary - for 3rd degree/complete prolapse (more supportive)
• Mechanism: Provides mechanical support, holds prolapse inside vagina
• Management: Pessary changed every 3-6 months; vaginal oestrogen (topical) to prevent ulceration/erosion
• Complications: Vaginal discharge, erosion, urinary symptoms, ring getting embedded if not changed

• Vagifem/Ovestin cream - improves vaginal epithelial health, reduces atrophy
• Strengthens supporting tissues
• Used alongside pessary or post-surgically

• PFMT (pelvic floor muscle training) - limited benefit in 3rd degree but improves muscle support
• Lifestyle advice: weight loss, avoid straining/heavy lifting, treat constipation/cough
• NOTE: PFMT alone inadequate for 3rd degree prolapse; surgery usually required

• Manchester/Fothergill's repair - amputation of cervix + PFR (pelvic floor repair) - if uterus to be preserved and cervix elongated
• Vaginal hysterectomy + pelvic floor repair - removal of uterus with anterior repair (cystocele correction) and posterior repair (rectocele correction)
  • Most commonly performed procedure for complete prolapse
  • Pelvic floor is reconstructed (colporrhaphy)
• Colpocleisis (Le Fort's operation) - partial closure of vagina; for elderly patients no longer sexually active; simple, low anaesthetic risk, high success rate (90%+)

• Sacrocolpopexy / Sacrohysteropexy - mesh-based support; better long-term outcomes
• Less commonly chosen for very elderly due to longer operative time

• Deep breathing exercises and chest physiotherapy
• Early mobilisation (DVT prevention)
• Pelvic floor retraining 6-8 weeks post-op (avoid PFM exercises in first 6 weeks to allow healing)
• Core strengthening
• Gradual return to activity (avoid heavy lifting for 3 months)
• Constipation prevention programme

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Q.2(d) Pelvic Inflammatory Disease (PID) + Symptoms of Acute PID

Pelvic Inflammatory Disease (PID) - Description

• Polymicrobial - typically mixed infection
• Most common causative organisms:
  • Neisseria gonorrhoeae (15-30%)
  • Chlamydia trachomatis (30-50%) - most common STI-related cause
  • Anaerobes (Bacteroides fragilis, Peptostreptococcus)
  • Gram-negative facultative bacteria (E. coli, H. influenzae)
  • Mycoplasma genitalium

• Organisms ascend from cervix through endometrium to fallopian tubes
• Ciliated tubal epithelium damaged - impairs transport
• Adhesion and scar formation - result of the inflammatory process
• Fibrin exudate may cause tube to fuse with ovary forming tubo-ovarian abscess (TOA)
• Peritoneal irritation (perihepatitis) can cause Fitz-Hugh-Curtis syndrome (right upper quadrant pain)

• Ectopic pregnancy (6-10x increased risk)
• Tubal factor infertility (20-30% after single episode; up to 75% after 3 episodes)
• Chronic pelvic pain
• Recurrent PID
• Tubo-ovarian abscess (TOA)
• Peritonitis/sepsis (if untreated)

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Symptoms of Acute PID

1. Bilateral lower abdominal and pelvic pain - dull, aching; lower quadrants; may be unilateral early
2. Vaginal discharge - increased, purulent (yellow/green), malodorous
3. Abnormal uterine bleeding - intermenstrual bleeding, post-coital bleeding, irregular periods
4. Dyspareunia - pain during sexual intercourse (deep dyspareunia)
5. Fever - temperature >38°C; chills, rigors if severe/TOA
6. Cervical excitation tenderness (chandelier sign) - pain on moving cervix at internal examination - PATHOGNOMONIC

• Dysuria (painful urination)
• Urinary frequency

• Nausea and vomiting
• Right upper quadrant pain (Fitz-Hugh-Curtis - perihepatitis from ascending infection)
• Anorexia

• Malaise, fatigue
• Tachycardia if septic
• Abdominal guarding/rigidity (peritoneal irritation in severe cases)

• Tenderness on palpation of lower abdomen
• Cervical motion tenderness (CMT) - bimanual examination
• Uterine/adnexal tenderness
• Adnexal mass (if TOA present)
• Purulent cervical discharge on speculum examination

• Swabs (endocervical/high vaginal/vulvovaginal) for GC/Chlamydia NAAT
• FBC (leucocytosis), ESR/CRP (elevated)
• Urine pregnancy test (to exclude ectopic)
• Transvaginal ultrasound (TOA, free fluid in pouch of Douglas)
• Laparoscopy - gold standard diagnosis (not routine)

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Q.2(e) Menopause + Physiotherapy for Musculoskeletal Complaints

Definition of Menopause

• Average age of natural menopause: 51 years (range 45-55 years)
• Premature ovarian insufficiency (POI): Menopause before age 40
• Perimenopause/Climacteric: Transitional period from reproductive to non-reproductive; begins 2-8 years before menopause; characterised by irregular cycles and hormonal fluctuations
• Postmenopause: Period after the final menstrual period

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Symptoms of Menopause

• Hot flushes/flashes - sudden sensation of heat spreading over face, neck, chest; lasts 1-5 minutes
• Night sweats - nocturnal hot flushes causing profuse sweating and sleep disturbance
• Palpitations

• Vaginal dryness, atrophy, burning, itching (vaginal atrophy)
• Dyspareunia (pain with intercourse)
• Urinary frequency, urgency, recurrent UTIs
• Stress urinary incontinence

• Mood swings, irritability, anxiety, depression
• Cognitive changes ("brain fog"), forgetfulness, poor concentration
• Reduced libido

• Insomnia, difficulty maintaining sleep (often due to night sweats)

• Joint pain (arthralgia) and muscle pain (myalgia)
• Increased risk of osteoporosis and fragility fractures (especially vertebral, hip, wrist)
• Reduced muscle strength and mass (sarcopenia)
• Morning stiffness

• Dry, thin skin; reduced elasticity
• Hair thinning
• Weight gain (central adiposity)
• Headaches

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Physiotherapy Management for Musculoskeletal Complaints in Menopause

• Impact loading stimulates bone remodelling (Wolff's Law)
• Walking (30-60 min/day, 5x/week)
• Jogging, stair climbing, heel drops (10 heel drops/day - simple, effective)
• Low-impact aerobics, dancing

• Directly stimulates bone formation via mechanical loading
• 2-3 sessions/week targeting major muscle groups
• Progressive resistance exercises using weights, resistance bands, machines
• Specifically target hip extensors, quadriceps (hip fracture prevention), thoracic extensors (vertebral fracture prevention)

• Tai Chi - excellent evidence for fall reduction in postmenopausal women; improves balance, coordination, and bone density
• Single-leg standing, tandem walking, balance board exercises
• Reduces fall risk by 30-40% and consequently fracture risk

• Hydrotherapy/aquatic exercise - reduces joint loading, pain-free exercise, maintains ROM; particularly good for arthritic joints
• Cycling - non-impact, maintains knee and hip joint health
• Yoga and Pilates - gentle joint mobility, flexibility, proprioception

• Joint mobilisation for stiff joints (especially spine, hips, knees)
• Soft tissue mobilisation/massage for myofascial pain and muscle tension
• Taping techniques for patellar pain, unstable joints

• Heat therapy (hot packs, ultrasound) for chronic joint stiffness and muscle pain
• Cold therapy for acute joint inflammation/swelling
• Therapeutic ultrasound for deep tissue pain

• Kyphosis prevention - oestrogen loss increases vertebral fracture risk causing compression fractures and kyphosis ("dowager's hump")
• Thoracic extension exercises (prone lying press-ups, wall angel exercises, scapular retraction)
• Core strengthening to support spine (TrA activation, Pilates-based programme)
• Ergonomic advice for posture at work/home
• Back extensor strengthening (evidence shows reduces vertebral fracture risk)

• Progressive resistance training prevents sarcopenia (age + oestrogen-related muscle loss)
• Functional strength training: squats, lunges, step-ups
• Upper body: rows, lat pulldowns, shoulder press
• 2-3x/week, 8-12 repetitions at 60-80% 1RM (one-repetition maximum)
• Protein intake advice: 1.2-1.6 g/kg/day (synergistic with resistance training)

• Genitourinary syndrome of menopause causes pelvic floor atrophy
• PFMT for urinary incontinence and prolapse (as described in Q2a)
• Vaginal dilators if severe atrophy/dyspareunia

• Aerobic exercise: 150-300 min moderate intensity/week (cardiovascular protection - oestrogen loss increases cardiac risk)
• FITT principle: Frequency 3-5x/week; Intensity moderate-vigorous; Type: aerobic + resistance + balance; Time: 30-60 min/session
• Advise on Hormone Replacement Therapy (HRT) - physiotherapist role in referring to GP/gynaecologist
• Vitamin D (800-1000 IU/day) and Calcium (1200 mg/day) supplementation advice
• Smoking cessation, alcohol moderation

• Aerobic exercise has modest evidence for reducing hot flush frequency and severity
• Exercise improves thermoregulatory control, sleep quality, and mood
• Dressing in layers, cool environments during exercise

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Summary of key physiotherapy roles across menopause: bone health (weight-bearing + resistance exercise), fall prevention (balance training), pain management (manual therapy, hydrotherapy, thermal agents), postural correction, pelvic floor rehabilitation, and general fitness and cardiovascular health maintenance.All 10 answers are complete. Here is a quick reference guide to what was covered:

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