ERAS+ is an evidence-based surgical pathway developed in the NHS by healthcare experts and previous patients to help people recover more quickly and safely following major surgery. The programme has been developed at Manchester University Foundation Trust and has been successfully implemented in over 2000 major surgical patients.
Key goals have been identified as:
Work with the patient to assess their current level of fitness and set targets of completing 30 minutes of aerobic exercise daily such as walking, jogging, swimming or cycling. Encourage patients to make use of their local leisure facilities during preparation and recovery from surgery.
Patients are advised of the increased risk of respiratory complications with major surgery. The basic effect of surgery and anaesthetic on patients’ lungs is explained to patients and their families and they are then walked through the elements of the respiratory bundle (ICOUGH) which aims to minimise these effects and, in turn, reduce respiratory complications.
Patients with low functional baseline, particularly in the context of cancer, may feel excluded and unable to ‘exercise’. Activities should be advised with the intention that they be ‘user friendly’ and involve family support at relative low cost such as walking, swimming, gardening, cycling.
Surgery School focuses on selected areas we believe have the greatest impact on patient recovery and those that have been highlighted by previous patients as important to them. A multi-disciplinary team approach is used with medical, physiotherapy and nurse colleagues giving short presentations with a focus on the key elements of ERAS+.
Patients are encouraged to embark on smoking cessation, reduce alcohol consumption, stay active and consume a nutritious, balanced diet. Discuss managing anaemia before surgery.
Nutrition risk screening aims to increase awareness and allow early recognition and treatment. To be efficient, screening should be brief, inexpensive, highly sensitive and specific to the patient. For this purpose BMI (body mass index), weight loss, and an index of food intake may be obtained directly, or via validated nutrition screening tools. An insufficient diet leads to chronic malnutrition. To maintain a stable nutritional state, the diet has to meet the patient’s energy requirements.
Mr Thomas Satyadas
Consultant Hepato-Biliary Surgeon
Nikki McGill
Clinical Lead Physiotherapist - Critical Care & General Surgery
Dr Daniel Conway
Consultant in Anaesthesia and Critical Care
Donna Cummings
Lead Nurse in Clinical & Scientific Services
Dr Claire Moore
Consultant in Anaesthesia
Dr Dan Nethercott
Consultant in Anaesthesia
Dr Natalie Thomas
Specialty Trainee Intensive Care Medicine
Dr John Moore
Consultant in Anaesthesia and Critical Care
Neil Bibby
Senior Specialist Hepato-Biliary Dietitian
Neetu Bansal