The perioperative journey

What “perioperative” means (the whole pathway)

  • Perioperative care covers: preoperative assessment → anaesthesia and surgery → recovery → postoperative care and handover.
  • Your priorities throughout: patient safety, good communication, physiological stability, pain and nausea control, and clear documentation.
  • Think in phases: assess risk, optimise where possible, plan the anaesthetic, deliver safely, recover safely, and hand over clearly.

Preoperative assessment (before the day if possible)

  • Confirm: patient identity, procedure, side/site, consent status, allergies, and relevant past anaesthetic issues (e.g., difficult airway, awareness, severe PONV).
  • History focus: cardiorespiratory symptoms (chest pain, breathlessness, exercise tolerance), reflux/aspiration risk, diabetes control, OSA symptoms, pregnancy status where relevant, and functional status/frailty.
  • Medication check: anticoagulants/antiplatelets, antihypertensives, diabetes meds (especially insulin/SGLT2 inhibitors), steroids, opioids, recreational drugs.
  • Examination: airway assessment (mouth opening, neck movement, dentition), baseline observations, heart/lung exam if indicated.
  • Investigations: only if they will change management (e.g., Hb for major surgery/anaemia risk, ECG for significant cardiac disease or major surgery, renal function if relevant).
  • Risk discussion: explain anaesthetic plan, common side effects, and material risks tailored to the patient; document clearly.

Optimisation and planning (making the day safer)

  • Optimise what you can: treat anaemia, control asthma/COPD, manage hypertension, address infection, plan perioperative diabetes management, consider prehab for major surgery.
  • Fasting: follow local policy; typical approach is 6 hours for solids and 2 hours for clear fluids (unless specific concerns).
  • Aspiration risk: consider rapid sequence induction (RSI) if high risk (e.g., full stomach, bowel obstruction, severe reflux with symptoms, pregnancy, emergency surgery).
  • Analgesia plan: simple ladder (paracetamol ± NSAID if safe, local/regionals, opioids as needed); plan for chronic opioid users (expect higher requirements).
  • PONV plan: assess risk (female, non-smoker, history of PONV/motion sickness, opioids) and give multimodal prophylaxis.
  • Equipment/people: if anticipated difficulty (airway, vascular access), escalate early and ensure appropriate kit and help are available.

On the day: before anaesthesia (theatre checks and preparation)

  • Team brief and WHO checks: sign-in (before anaesthesia), time-out (before incision), sign-out (before leaving theatre). Speak up if anything is unclear.
  • Machine and drugs: complete anaesthetic machine check, suction working, oxygen available, capnography ready, emergency drugs accessible.
  • Monitoring (minimum): ECG, non-invasive BP, pulse oximetry, capnography for any airway device/ventilation, temperature for longer cases; consider invasive monitoring for high-risk cases.
  • IV access: ensure reliable cannula; plan for difficult access (ultrasound, senior help). Label lines and syringes clearly.
  • Positioning and pressure care: protect eyes, nerves, and pressure points; check straps and padding before draping.
  • Antibiotics and VTE prevention: give antibiotics on time (per local guidance); ensure VTE plan (mechanical ± pharmacological) is considered.

Induction of anaesthesia (common first-time scenarios)

  • Pre-oxygenation: aim for good denitrogenation (tight mask seal, calm coaching) to increase safe apnoea time.
  • Induction sequence: check monitors on, IV working, give induction agent, manage airway, confirm ventilation with capnography.
  • Airway basics: start with simple steps (head position, jaw thrust, oral/nasal airway, two-person mask ventilation) before escalating.
  • Supraglottic airway (SGA): common for routine cases; confirm placement with chest movement and capnography; secure well.
  • Intubation: plan A/B/C; confirm tube position with continuous capnography; secure tube; set ventilator appropriately.
  • RSI: used to reduce aspiration risk; ensure skilled help, suction ready, clear plan for failed intubation, and do not persist with repeated traumatic attempts.

Maintenance (keeping the patient stable)

  • Keep checking: oxygenation, ventilation, circulation, depth of anaesthesia, temperature, urine output (if indicated), and blood loss.
  • Fluids: give what the patient needs (replace losses, maintain perfusion); avoid both under-resuscitation and fluid overload; reassess frequently.
  • Hypotension: common after induction; treat with fluids if appropriate, vasopressors, and adjust anaesthetic depth; look for bleeding or anaphylaxis if severe.
  • Analgesia: give early enough to work before wake-up; consider local infiltration or regional blocks where appropriate.
  • Temperature: active warming reduces complications; monitor and warm early, especially in long cases.

Emergence and extubation (finishing safely)

  • Plan the wake-up: ensure analgesia and antiemetics are in place, neuromuscular blockade is reversed appropriately, and the patient is warm and stable.
  • Extubation readiness: adequate breathing, oxygenation, protective airway reflexes, haemodynamic stability, and no unresolved airway concerns.
  • Common issues: coughing/laryngospasm, airway obstruction, agitation, pain, PONV; treat early and call for help if not rapidly improving.
  • Post-extubation: give oxygen as needed, monitor closely, and ensure clear instructions for recovery staff.

Recovery (PACU): what good looks like

  • Handover: structured and complete (patient, procedure, anaesthetic, airway, analgesia, antiemetics, fluids/blood loss, complications, ongoing concerns).
  • Monitor: airway patency, respiratory rate, oxygen saturation, pain score, nausea, BP/HR, temperature, bleeding/drains, and level of consciousness.
  • Common PACU problems: airway obstruction (especially OSA), hypoventilation from opioids, hypotension, shivering, pain, PONV, delirium.
  • Discharge criteria: stable observations, pain and nausea controlled, acceptable oxygenation, appropriate level of consciousness, and clear plan for ward care.

Postoperative care and ward handover

  • Analgesia: prescribe clearly (regular non-opioids if safe, PRN opioids, consider PCA/epidural/regional follow-up). Include bowel regimen if opioids likely.
  • PONV: continue antiemetics if needed; consider hydration and opioid-sparing strategies.
  • Respiratory care: encourage deep breathing, early mobilisation, and appropriate oxygen; consider CPAP for known OSA if used at home.
  • Escalation: ensure clear instructions for what to do if pain uncontrolled, hypotension, bleeding, low urine output, or respiratory depression.

Communication, documentation, and professionalism

  • Introduce yourself, confirm patient understanding, and check concerns (fear, pain, previous bad experiences).
  • Document: assessment, ASA grade (overall physical status), plan, consent discussion, airway management, complications, and postoperative instructions.
  • Escalate early: if you feel out of depth, call a senior; early help prevents harm.
  • Human factors: use checklists, avoid distractions at critical moments, and encourage a culture where anyone can speak up.
What are the key phases of the perioperative journey?

Pre-op assessment and optimisation → theatre preparation and checks → induction → maintenance → emergence/extubation → recovery (PACU) → ward handover and postoperative plan.

What monitoring is essential for every anaesthetic?

– ECG, NIBP, pulse oximetry – Capnography whenever a patient is ventilated or has an airway device – Temperature for longer cases or high-risk patients (follow local standards)

What is ASA grade (in simple terms)?

A way to describe overall physical health before surgery (ASA 1 = healthy; higher numbers = more significant systemic disease). It helps communicate risk but does not replace clinical judgement.

What is the single best confirmation of tracheal tube placement?

Continuous capnography showing a sustained end-tidal CO2 trace (in the right clinical context).

When should I consider rapid sequence induction (RSI)?

– High aspiration risk (e.g., emergency surgery with full stomach, bowel obstruction) – Pregnancy (especially from 2nd/3rd trimester) – Significant symptomatic reflux or other aspiration risk factors Always follow local practice and involve a senior if unsure.

What are common causes of hypotension after induction and what do I do first?

– Causes: vasodilation from anaesthetic drugs, relative hypovolaemia, bleeding, anaphylaxis (rare but critical) – First steps: check pulse/ECG, BP cuff function, depth of anaesthesia; give vasopressor if needed; consider fluid bolus if appropriate; call for help if severe or persistent.

What are the most common problems in recovery?

– Airway obstruction/hypoventilation (often opioid-related or OSA) – Pain – Nausea/vomiting – Hypotension – Shivering/hypothermia

What should a good PACU handover include?

– Patient and operation – Airway: device used, difficulty, any concerns – Anaesthetic: key drugs, regional techniques – Analgesia/antiemetics given and what is due next – Fluids, blood loss, urine output (if relevant) – Complications and clear escalation plan

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