Effect of Arm Cycling Exercise on Pulmonary Functions After Colectomy In Elderly

N/ANot Yet RecruitingNCT06876961

Cairo University60 enrolled

Overview

This study will be done to investigate the effect of arm cycling on exercise and functional capacity, arterial blood gases, pulmonary functions, diaphragmatic excursion, time to peak inspiratory amplitude, physical function, anxiety, and depression after colectomy in the elderly.

Around 42% of older patients with Chronic Respiratory Disease are considered 'frail', putting them at higher risk of adverse outcomes after surgery. Factors such as poor frailty, high comorbidity, low physical performance, poor nutritional state, or cognitive impairment increase the risk. Postoperative complications, such as pulmonary complications, can lead to increased morbidity, mortality, and hospital stays. Preoperative physiotherapy and exercise interventions have been suggested as preventive solutions. However, many patients undergo emergency surgery, emphasizing the need for strict postoperative care pathways. Exercise interventions, such as upper extremity aerobic exercise, have shown benefits in improving immobilization, oxygen consumption, ventilation, heart rate response, dyspnea, and quality of life. This study aims to investigate the effects of arm cycling on exercise capacity, arterial blood gases, pulmonary functions, diaphragmatic excursion, anxiety, and depression after colectomy in the elderly.

Study Type

INTERVENTIONAL

Allocation

RANDOMIZED

Purpose

TREATMENT

Masking

SINGLE

Enrollment

Conditions

Pulmonary Function

Interventions

Arm cycling exerciseOTHER

The study involves a 20-minute arm cycling exercise twice daily for five days, starting with a warming-up and ending with a cooling-down. The workload is gradually increased to 60-70% of maximal heart rate, with patients sitting on a back support chair with 20 degrees backward inclination.

The traditional physical therapy programOTHER

The patient undergoes 10 minutes of deep diaphragmatic breathing exercises, 10 minutes of spirometer training, 3-set ankle pump and heel slide exercises, 10-minute sitting on the bed edge, 5 minutes of walking in the intensive care unit, and 3-set active free range of motion exercises.

Eligibility

Sex: MALEMin age: 65 Years

Medical Language ↔ Plain English

Inclusion Criteria: 1. Sixty male patients who received a surgical removal of a diagnosed colon cancer (i.e., including right, transverse, left, sigmoid, subtotal, total, and hemicolectomy) will be included. 2. Patients with a histologically confirmed diagnosis of primary colon or rectal neoplasm. 3. Colectomy isolated surgeries. 4. Patients will be included in this study after the immediate admission to the intensive care unit. 5. The age of patients will be ≥ 65 years old. 6. Patients' body mass index will be \< 30 Kg/m2. 7. All patients will be conscious, medically stable, and able to respond to the given commands fully. 8. Patients who voluntarily cooperated with this study 9. Karnofsky Performance Status \> 60 and able to walk ≥ 60 m. The Karnosky Performance Status is one of the most used validated scales to define the functional status of a cancer patient. A Karnofsky Performance Status ≤ 60 indicates the inability to work and severe difficulty in carrying out activities of daily living and personal care of the cancer patient Before surgeries Exclusion Criteria: Men who will meet one of the following criteria will be excluded: 1. relapsing cancer or metastasis cancer; simultaneous diagnosis of other neoplasms. 2. Cardiac disease patients. 3. Chronic inflammatory autoimmune disease 4. Patients with neurological conditions limit the performance of exercises. 5. Patients with diagnosed psychogenic diseases. 6. Patients with musculoskeletal disorders that interfere with performing exercise programs. 7. Chronic obstructive pulmonary disease, Asthma, hemodynamically unstable, significant arrhythmias, and any chronic lung disease. 8. Patients require invasive/noninvasive ventilatory support. 9. regular use of immunosuppressive drugs. 10. Patients with cognitive disorders and unstable hemodynamics. 11. patients suffering from brain death; or respiratory failure; ventilator-dependent patients: patients receiving palliative care or patients on tracheostomy. 12. inability to understand given information due to language or intellectual barriers.

Outcomes

Primary Outcomes

Assessing the change of forced vital capacity using spirometry

It will be conducted noninvasively using a spirometer, measuring: forced vital capacity (FVC) in Litres is known as total exhaled volume.