Perioperative Dynamics of Energy Expenditure in Oesophagectomy Patients

Trial statusRecruiting
Trial phaseNot listed
Trial typeObservational
Biological sexAll
Age18+
SponsorUniversity Hospital, Rouen

About this trial

Carcinological oesophageal resection surgery is one of the so-called major digestive surgeries, i.e. involving a high perioperative risk (morbidity and mortality) in patients who are malnourished or at high risk of malnutrition.

Nutritional therapy for these patients is an important part of overall perioperative management. Lewis-Santy oesophageal surgery requires a thoracic approach (thoracotomy or thoracoscopy) and an abdominal approach (laparotomy or laparoscopy).

Resumption of oral feeding is contraindicated in the immediate postoperative period. The use of a feeding jejunostomy is not systematic. The methods used to manage artificial nutritional support vary between centres, but the foreseeable duration of fasting and/or intake of less than 50% of nutritional requirements is always greater than 5 days.

At present, total energy requirements are calculated using formulae that take into account the patient's inflammatory state (stable, unstable or stabilised patient), theoretical ideal weight and previous nutritional status, in order to come as close as possible to actual energy expenditure, and are the subject of perioperative nutrition protocols specific to each centre. Indirect calorimetry makes it possible to reliably measure energy expenditure during the perioperative period.

The OESOCAL study continues this line of reasoning. It assumes that energy expenditure may vary according to the surgical approach, and that indirect calorimetry can be used to optimise nutritional support in order to avoid over- or under-nutrition, which may be responsible for an increase in infectious complications.

Eligibility criteria

This trial does not accept healthy volunteers

Qualifiers

Any adult patient admitted for scheduled digestive surgery for Lewis Santy oesophagectomy whose care pathway includes a stay in an intensive care unit or continuing care unit.

Member or beneficiary of a social protection scheme

Patient who has read and understood the information letter and does not object to taking part in the study.

Disqualifiers

Contraindication to indirect calorimetry (oxygen therapy, etc.)

Refusal to take part in the study

No social security affiliation

Patient is a minor

Trial population

Consecutive adult patient admitted for digestive surgery for Lewis Santy oesophagectomy

Trial design

Design model

Case-only

Time perspective

Prospective

Treatments tested in this trial

Not listed

Trial groups

No trial groups listed

Trial outcomes

Primary outcomes

1

Determining perioperative dynamics of energy expenditure

Describe the perioperative dynamics of energy expenditure in patients undergoing Lewis-Santy carcinological oesophagectomy as a function of surgical technique by indirect calorimetry (assessing resting energy expenditure ).

Time frame
Perioperative resting energy expenditure: preoperatively on Day-21/Day-15 or Day-1 of the operation and postoperatively on Day2-Day4 and Day6-Day8

Secondary outcomes

1

Total nutritional intake (vitamin intake)

Assessing patients' total nutritional intake in the perioperative period

Time frame
pre-operatively on Day-21/Day-15 or Day-1 of the operation and post-operatively on Day2-Day4
2

Total nutritional intake (parenteral/enteral nutrition)

Post-operative nutritional support: parenteral/enteral nutrition intake

Time frame
pre-operatively on Day-21/Day-15 or Day-1 of the operation and post-operatively on Day2-Day4
3

Total nutritional intake (Trace elements)

Post-operative nutritional support: trace elements intake

Time frame
pre-operatively on Day-21/Day-15 or Day-1 of the operation and post-operatively on Day2-Day4
4

Comparison of calorie targets set with data measured by indirect calorimetry

Comparison of calorie targets set by the postoperative artificial nutrition protocol with data measured by indirect calorimetry

Time frame
Perioperative resting energy expenditure: preoperatively on Day-21/Day-15 or Day-1 of the operation and postoperatively on Day2-Day4 and Day6-Day8

Other outcomes

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