Why multimodal prehabilitation matters before esophagectomy

Esophagectomy is one of the most physiologically demanding operations in upper gastrointestinal surgery. Multimodal prehabilitation combines exercise, nutrition optimisation, respiratory training and psychological support before an operation, aiming to improve a patient’s ability to withstand recovery.

This matters because outcomes depend on more than surgical technique. The ISDE 2021 scientific programme highlights research and collaboration across the esophageal disease pathway, while routine care must translate those ideas into safe, individualised plans for each patient.

Building physiological reserve before surgery

The operation places substantial demands on the lungs, abdominal muscles and cardiovascular system. Postoperative recovery requires deep breathing, coughing, transfers, walking and protection of a newly joined esophagus. Patients who begin with limited stamina or strength have less margin for these tasks.

A supervised programme of progressive walking or cycling, resistance exercise and task practice can improve functional capacity. The aim is better tolerance of daily activity, stronger muscles for early mobilisation and a smoother transition into inpatient rehabilitation, even though the surgical insult remains unchanged.

Benefits vary with age, diagnosis, treatment intent and baseline fitness. Baseline assessment should therefore guide intensity, and any concern about exercise safety needs review by the treating team. Prehabilitation should complement, not postpone, time-critical cancer treatment without a deliberate multidisciplinary decision.

Correcting nutrition and modifiable risks

Weight loss, low protein intake, swallowing difficulty and alcohol misuse can compromise healing before surgery even begins. Dietetic assessment can identify these problems and set individual energy and protein targets, with oral nutrition support when indicated. Strength training cannot replace correction of a nutritional deficit.

Smoking cessation, alcohol reduction, treatment of anaemia and review of dental infection also belong in the preoperative pathway. Australian patients can be connected with the national Quitline, while dietitians and nurses coordinate the wider medical plan. These measures address risks that no single exercise session can remove.

For Aboriginal and Torres Strait Islander patients, recommendations should be co-designed with local Aboriginal health services, with Aboriginal health workers involved where appropriate. Family meals, food security and cultural preferences should shape the plan, rather than being treated as obstacles to standard advice.

Reducing pulmonary complications through targeted training

Inspiratory muscle training, coached coughing and lung-expansion exercises can support respiratory function and help patients clear secretions. Combined with walking and mobility work, this prepares the respiratory system for the reduced lung capacity and pain-related shallow breathing that may follow thoracic surgery.

Multicomponent programmes are associated with lower postoperative pulmonary complication rates and shorter hospital stays in some studies, while the certainty of effect remains variable. Respiratory screening and technique supervision are important, particularly for people with chronic lung disease, heart disease or severe anaemia.

A home plan in Australia must also account for extreme heat, urban air quality and uneven terrain. Indoor cycling, chair-based resistance work or exercise in cooler periods can provide safe alternatives when outdoor walking is unsuitable.

Psychological readiness and realistic recovery goals

Anxieties about cancer, surgery, altered eating and a changed future are common. Psychological screening, cognitive behavioural strategies, relaxation techniques and sleep support can improve coping and help patients engage consistently with exercise and nutrition advice. Addressing distress early also supports realistic conversations about the operation and its recovery.

Education should cover what patients can reasonably expect, how to mobilise after surgery, nutrition and swallowing changes, pain management and when to seek help. Written instructions and a named contact make this knowledge usable between appointments, especially for patients managing treatment alongside work or caring responsibilities.

For regional and remote patients, telehealth can extend psychological and allied-health support, but access depends on reliable internet, private space and local clinical backup. Services should not assume that distance or digital confidence creates no additional barrier.

Building a coordinated Australian service

Effective prehabilitation needs a team: a physiotherapist, dietitian, psychologist, nurse and smoking-cessation adviser, working with the surgeon, anaesthetist and oncology team. A standardised core can include baseline walking and grip strength, nutritional and psychological screening, prescribed exercise, breathing training and a date for reassessment.

Major tertiary centres in Melbourne, Sydney and Brisbane provide access to specialist allied health, while patients in regional and remote Australia may travel considerable distances. A hub-and-spoke model can connect tertiary oversight with local physiotherapists, telehealth reviews and community facilities, keeping travel demands visible in the plan.

Australia’s mixed funding environment also affects access. Public hospital treatment is generally available through Medicare, while private insurance, eligible allied-health rebates or self-payment may determine whether a community programme is affordable. Clear information about fees and publicly supported options prevents an effective intervention from reaching only patients who can pay.

Bringing prehabilitation into everyday practice

Shared goals can make sustained activity more engaging, as illustrated by public events such as the Lake Powell challenge. In clinical care, that principle becomes individually prescribed walking, resistance and breathing work, with a named therapist reviewing progress and adjusting the load.

The first operational step is a dated, one-page referral from the surgical clinic to prehabilitation services, recording baseline walking capacity, nutritional risk, respiratory status and psychological needs, with a review date set before the operation.