CVR Physiotherapy

CVR Physiotherapy › Chapter 6 › 6(f) Abdominal surgery

Abdominal surgery: pre- and post-operative care

Abdominal surgery was asked in 9 of 20 papers (2016–2026), as 3-mark incisions and 7-mark questions on pre-operative physiotherapy, exploratory laparotomy, cholecystectomy, gastrectomy and complications. The key idea: upper abdominal surgery stops deep breathing and coughing, so physiotherapy prevents lung complications, and one pre-operative session makes a big difference.

Syllabus
Ch 6(f) General abdominal and oncological surgeries: pre- and post-operative care; complications and management
Priority
Tier 2. In 9 of 20 papers (2016–2026), as short answers; in 6 of the 10 papers since 2021.
Asked as
7m S16W16W20S22W21S23S24W25 3m S16W16W21S26
Usual split
7-mark and 3-mark answers
Checked against
LIPPSMAck-POP randomised trial (BMJ 2018); AARC incentive spirometry guideline (2011); ERAS Society principles. Full list under Sources.
Content checked
19 October 2026. Next review due October 2027.
My revision

1Definition

Abdominal surgery includes operations on the stomach, intestines, liver, gallbladder, pancreas, spleen, kidneys and abdominal wall, done open (laparotomy) or by keyhole surgery (laparoscopy). Post-operative pulmonary complications (PPCs) are lung problems after surgery, such as atelectasis and pneumonia, that delay recovery.

2Classification: incisions (3 marks in S16 and W16)

IncisionWhereUsed for
Midline (upper or lower)Vertical, along the linea albaLaparotomy, gastrectomy, bowel surgery, emergencies
ParamedianVertical, 2–3 cm to one side of the midlineOlder approach for bowel and gastric surgery
Kocher's (right subcostal)Oblique, below the right ribsOpen gallbladder and liver surgery
Rooftop (Chevron)Below both rib marginsLiver, pancreas, stomach
McBurney's (gridiron) and LanzRight lower abdomenAppendicectomy
PfannenstielLow transverse, above the pubisCaesarean section, gynaecological, bladder
TransverseAcross the abdomenChildren, some bowel surgery
InguinalOblique, above the groin creaseHernia repair
Laparoscopic portsSeveral 5–12 mm cutsMost gallbladder, appendix and many bowel operations; less pain
Exam point

Upper abdominal incisions (upper midline, subcostal, rooftop) cause more pain on breathing and more lung complications than lower or laparoscopic ones, because they are close to the diaphragm.

3Risk factors for lung complications

  • Surgery: upper abdominal or thoracic site, open rather than laparoscopic, long operation, emergency surgery, nasogastric tube.
  • Patient: older age, smoking, COPD or asthma, obesity, poor fitness, poor nutrition, heart failure, sleep apnoea, poor general health.

4Pathophysiology to impairments

  1. General anaesthesia relaxes the diaphragm and reduces functional residual capacity; small airways at the lung bases close.
  2. After surgery, wound pain stops deep breaths and coughing; the diaphragm works poorly for days after upper abdominal surgery.
  3. Opioid painkillers and lying flat reduce breathing further; secretions are retained.
  4. Result: atelectasis, low oxygen, and later pneumonia.
  5. Bed rest adds DVT risk, weakness and loss of fitness; abdominal muscles cut in the incision weaken trunk support.

5Clinical features after surgery

  • Wound pain, shallow fast breathing, weak cough, reduced breath sounds at the bases, low SpO₂ if atelectasis.
  • Drains, catheter, nasogastric tube, drips; nausea; bowel not working for a few days (ileus).
  • Fatigue and weakness, especially after major cancer surgery.

6Investigations

  • Pre-op: lung function in high-risk patients, fitness tests, haemoglobin, albumin.
  • Post-op: chest X-ray (basal atelectasis, raised diaphragm, effusion), ABG or SpO₂, blood counts, inflammatory markers.

7Medical and surgical management

  • Good pain control: epidural, wound catheters, regular analgesia.
  • Enhanced recovery after surgery (ERAS): pre-op education, short fasting, minimal drains, early eating, early mobilisation on the day of surgery or day 1, early removal of tubes.
  • DVT prophylaxis, antibiotics, nutrition.
  • Gastrectomy (S16): removal of part or all of the stomach (often for cancer) through an upper midline or rooftop incision: high risk of lung complications; small frequent meals afterwards.

8Complications and prevention (7 marks in S22)

ComplicationPhysio role
Atelectasis, sputum retention, pneumoniaPre-op teaching; deep breathing, ACBT, supported cough, upright positions, early walking
DVT and pulmonary embolismEarly walking, ankle pumps, leg exercises, stockings as prescribed
Wound infection, dehiscence, incisional herniaSupport the wound when coughing; avoid heavy lifting for about 6 weeks; log-roll out of bed
Paralytic ileus, nauseaEarly mobilisation helps bowel function
Urinary retentionEarly mobilisation
Pain, weakness, deconditioningGraded exercise, walking programme
Pressure soresTurning and early sitting out

9PT assessment

  • Pre-op: type and site of surgery, risk factors (smoking, lung disease, obesity, fitness), breathing pattern, cough, baseline mobility.
  • Post-op: chart (operation, incision, drains, analgesia), pain on coughing, breathing rate, SpO₂, chest expansion, auscultation, sputum, bed mobility, sitting and walking ability.
  • Outcome measures: incidence of chest complications, SpO₂ on air, walking distance, time to independent mobility, length of stay.

10PT diagnosis by ICF

Practice case built from past questions (not a single paper): a 58-year-old smoker, day 1 after open partial gastrectomy for cancer through an upper midline incision.

  • Impairments: incisional pain, shallow breathing and reduced lung bases (atelectasis risk), weak cough with sputum, fatigue, weakness, DVT risk.
  • Activity limitations: bed mobility, sitting up, walking, self-care.
  • Participation: work and family roles suspended during recovery and any chemotherapy.
  • Environmental factors: drains and tubes (barrier), ERAS ward routine and family support (facilitators).
  • Personal factors: smoking, age, anxiety about cancer.

11Problem list and goals

  • Short-term (days): no chest complications; effective supported cough; sitting out on day 1; walking in the ward on day 1–2.
  • Long-term (weeks): walking independently outdoors; back to daily activities; no hernia; return to work as advised.

12PT management

Pre-operative physiotherapy (7 marks in W16 and W20)

  • Assessment to find high-risk patients.
  • Education: what will happen after surgery, why breathing and early walking matter, pain relief.
  • Teach and practise: deep breathing with a 3–5 second hold, ACBT, supported cough (hands or pillow over the wound), log-roll bed mobility, ankle pumps, getting up from bed.
  • Prehabilitation for high-risk patients: aerobic and strength training, and inspiratory muscle training, for a few weeks before surgery.
  • Stop smoking as early as possible.
Exam point: the evidence for pre-op physio

In the LIPPSMAck-POP trial (441 patients having upper abdominal surgery), a single 30-minute pre-operative physiotherapy education and breathing-exercise session roughly halved post-operative pulmonary complications (adjusted hazard ratio 0.48). Quote this for "importance of pre-operative chest physiotherapy".

Rationale of pre-operative goals (3 marks in W21)

GoalRationale
Teach deep breathing, huffing and supported coughLearned while the patient is pain-free and alert, so they are done correctly after surgery when pain and drowsiness make learning hard; reverses the fall in lung volume and prevents collapse and pneumonia
Teach log-roll, getting out of bed and early walkingLess pain and fear when moving, so the patient sits out and walks sooner; walking raises lung volumes and prevents DVT
Assess and record a baselineFinds high-risk patients (smoker, COPD, obesity, older age, upper abdominal incision) who need more treatment; gives a baseline to compare after surgery
Reduce anxiety with educationA patient who knows what to expect (drains, drips, pain relief) co-operates better and reports problems early
Prehabilitation in high-risk patientsFitter, stronger patients (including stronger breathing muscles) tolerate surgery better and recover faster

Post-operative physiotherapy

WhenPhysiotherapy
Day 0–1
  • Sit upright or high side-lying; avoid slumping
  • Deep breaths with a hold, 5–10 every hour while awake; ACBT if sputum
  • Supported huff and cough
  • Ankle pumps, quadriceps and gluteal sets
  • Log-roll and sit over the edge of the bed; sit out; walk with help
Day 2 to discharge
  • Increase walking 3–4 times a day; stairs if needed at home
  • Continue breathing exercises until fully mobile
  • Gentle trunk mobility; posture correction
After discharge
  • Daily walking, increasing gradually
  • Gentle abdominal (core) activation; progress after about 6 weeks
  • No heavy lifting for about 6 weeks

Principles of physiotherapy after abdominal surgery (7 marks in W25)

  1. Control pain first: treat when analgesia is working; support the wound with a pillow or hands for breathing, coughing and moving.
  2. Restore lung volume: upright positions, deep breathing with a hold, early walking.
  3. Clear secretions: ACBT and supported huff and cough when sputum is present.
  4. Mobilise early: sit out of bed on the day of surgery or the next day, then walk several times a day (the basis of enhanced recovery programmes).
  5. Prevent circulatory problems: ankle pumps and walking against DVT; check for calf pain and swelling.
  6. Protect the wound: log-roll to get up; no heavy lifting or sit-ups for about 6 weeks, or as the surgeon advises.
  7. Restore posture and trunk movement: patients bend forward to protect the wound, so correct posture and add gentle trunk and core exercise, progressed after about 6 weeks.
  8. Watch for complications: fever, low SpO₂, breathlessness, wound leakage, abdominal swelling; report them.
  9. Educate and plan discharge: home walking programme, safe lifting, return to work.

Exploratory laparotomy (7 marks in W21 and S23)

A long vertical midline incision, often an emergency for peritonitis (perforation), obstruction, trauma or abdominal bleeding. These patients are often sicker than planned-surgery patients: sepsis, ICU stay, nasogastric tube, several drains, urinary catheter, sometimes a stoma, and a swollen abdomen (ileus) that pushes the diaphragm up. The lung complication risk is high.

  • If in ICU or ventilated: positioning, airway clearance, suction and early mobilisation as on the ICU physiotherapy card.
  • On the ward: sit upright; deep breathing with a hold, 5–10 every hour while awake; ACBT and huffing with a pillow pressed over the wound; ankle pumps; log-roll to sit; sit out and walk from day 1 if stable, managing tubes and drains.
  • Wound protection: the long midline wound has a real risk of opening (dehiscence) and of a later incisional hernia: support it when coughing, no straining or heavy lifting, abdominal binder if the surgeon uses one.
  • With a stoma: support the stoma with a hand or pillow when coughing; gentle core work later, to lower the risk of a hernia around the stoma.
  • Later: graded walking and endurance, posture, gradual core strengthening, return to work.

Day 2 after cholecystectomy: rationale and procedure (7 marks in S24)

TypeWhat it means for physiotherapy
Laparoscopic (usual)Four small port wounds; low risk of lung complications; often home in 1–2 days. Gas used to inflate the abdomen irritates the diaphragm and causes shoulder-tip pain (referred along the phrenic nerve, C3–5); it settles in a few days, and walking helps
Open (right subcostal, Kocher's)Upper abdominal incision: painful breathing, low lung volumes at the right base, high risk of lung complications; may have a drain
Day 2 procedure (open surgery, or a slow laparoscopic recovery)
StepProcedureRationale
1. AssessPain score, SpO₂, temperature, breath sounds at the right base, sputum, drains, mobilityFinds collapse or infection early; sets the plan
2. Time itTreat when analgesia is workingPain stops deep breaths and coughs
3. PositionHigh sitting, or side-lying on the left with the right side upUpright and side-lying positions increase lung volume at the bases
4. Breathing exercisesDeep breaths with a 3-second hold, thoracic expansion to the right lower chest; 5–10 breaths, repeated hourly while awakeRe-opens collapsed alveoli and restores lung volume
5. Secretion clearanceHuff and cough with a pillow pressed over the wound (ACBT if sputum)Clears sputum with less pain and less strain on the wound
6. MobiliseLog-roll to sit; walk 3–4 times a day, increasing the distance; stairs before discharge if neededThe best way to raise lung volume; prevents DVT, ileus and weakness
7. CirculationAnkle pumps 10 every hour in bedPrevents DVT
8. Posture and shoulderStand tall; gentle trunk movements; right shoulder movementsPatients bend towards the wound; this prevents stiffness and poor posture
9. TeachContinue exercises at home; walk daily; avoid heavy lifting until the surgeon allowsKeeps recovery going after discharge

Classic answer vs current evidence: incentive spirometry

Classic

Incentive spirometry hourly for every upper abdominal surgery patient.

Current (AARC 2011)

Not recommended alone or routinely. Deep breathing, coughing and early mobilisation are the core; the spirometer can be an add-on.

Write in the exam

"Pre-op education and breathing exercises, then deep breathing, supported cough and early mobilisation; incentive spirometry only as an adjunct."

13Precautions

  • Always support the wound during coughing and moving.
  • Check drains, catheter and lines before moving; keep bags below the wound.
  • Epidural: check leg strength and BP before standing.
  • Watch for postural hypotension, bleeding, sudden breathlessness (PE).
  • No heavy lifting or strong abdominal exercises for about 6 weeks.
  • No percussion near fresh abdominal wounds and drains.

14Education and home programme

  • Keep walking every day; increase gradually.
  • Support the wound with a pillow when coughing or laughing.
  • Get out of bed by rolling onto your side first.
  • Avoid lifting heavy objects (such as water buckets or gas cylinders) for about 6 weeks.
  • Stop smoking; eat well for wound healing.
  • Report fever, wound discharge, calf pain or sudden breathlessness.

15Prognosis

Most patients recover well with good pain control and early mobilisation. Lung complications lengthen hospital stay and can be largely prevented by pre-operative teaching and early activity.

16Exam corner

  • 7-mark questionsPhysiotherapy after gastrectomy (S16). Importance of pre-operative chest physiotherapy in major abdominal surgery (W16, W20). Complications of abdominal surgery, and physiotherapy of DVT (S22). Physiotherapy after exploratory laparotomy (W21, S23). Rationale and procedure of physiotherapy on day 2 after cholecystectomy (S24). Principles of physiotherapy after abdominal surgery (W25).
  • 3-mark questionsThree incisions in abdominal surgery (S16, W16, S26). Rationale of any three goals of pre-operative physiotherapy (W21).

Technique cards for this topic: breathing exercises, ACBT and autogenic drainage, bed rest, ICU physiotherapy.

Keywords to underline

upper abdominal incision post-operative pulmonary complications pre-operative education supported cough early mobilisation ERAS log-roll no heavy lifting 6 weeks

Draw these

  • An abdomen outline with the incisions marked (midline, Kocher's, McBurney's, Pfannenstiel)

Test yourself

3 mAny three incisions for abdominal surgery.

Midline (laparotomy); Kocher's right subcostal (gallbladder); McBurney's gridiron (appendix); Pfannenstiel (caesarean, pelvic). Also paramedian, rooftop, transverse.

7 mImportance of pre-operative chest physiotherapy in major abdominal surgery.

Why lungs suffer after upper abdominal surgery; risk factors; content of the pre-op session (education, deep breathing, ACBT, supported cough, bed mobility, early mobilisation plan, prehab, smoking cessation); evidence (one session halved complications in LIPPSMAck-POP); benefits (fewer complications, shorter stay, less anxiety).

MCQWhich surgery carries the highest risk of lung complications?A. Laparoscopic appendicectomyB. Open upper abdominal gastrectomyC. Inguinal hernia repairD. Pfannenstiel caesarean section

B. Upper abdominal open incisions most affect the diaphragm and coughing.

 Sources

  1. MUHS BPTh syllabus (2012) and MUHS IV BPTh question papers 2016–2026 (muhsonline.com, unofficial archive; Dhole Patil College of Physiotherapy past-paper page).
  2. Boden I, et al. Preoperative physiotherapy for the prevention of respiratory complications after upper abdominal surgery (LIPPSMAck-POP). BMJ 2018;360:j5916.
  3. Restrepo RD, et al. AARC clinical practice guideline: Incentive spirometry. Respir Care 2011.
  4. ERAS Society guidelines for perioperative care (principles).
  5. Structure and classical content: Cash's Textbook of General Medical and Surgical Conditions for Physiotherapists; Main & Denehy (2016).

Educational notes for exam preparation. Not medical advice.

Version 1. Content checked 19 October 2026. Next review October 2027.