Pulmonary Complication
Conditions
Keywords
general surgery, breathing exercises, dyspnea, fatigue
Brief summary
Postoperative pulmonary complications are common and lead to increased morbidity and mortality in patients. These complications are observed especially after major surgical interventions. Breathing exercises performed with or without the use of a device are extremely important in preventing postoperative pulmonary complications. Breathing exercises that increase total lung capacity by encouraging the use of the diaphragm reverse alveolar collapse and postoperative hypoxemia. This study aim to determine the effect of postoperative respiratory exercise diary use in patients undergoing major abdominal surgery on dyspnea, fatigue, respiratory parameters (respiratory rate, SPO2, cough, sputum), early pulmonary complications, spirometry use and functional capacity.The research is planned to be conducted in a single-blind, randomized controlled manner. In the study, 60 patients (30 intervention and 30 control) who underwent major abdominal surgery will be included.Data will be collected using the Patient Introduction Form, Visual Analogue Scale, Medical Research Board Scale, 2-minute walk test, breathing exercise diary and patient follow-up chart.Patients in the intervention and control groups will be visited by the researcher for 3 postoperative days, respiratory parameters, cough, and sputum status will be recorded in the patient follow-up chart, and the use of a respiratory exercise diary will be evaluated.
Interventions
OTHERrespiratory exercise diary
Patients in the intervention group will be asked to perform breathing exercises in the form of using a spirometer 10 times every hour during the preoperative period while they are awake for three days, starting from the first day after the surgery. Patients in this group will be given a breathing exercise diary.
Sponsors
TC Erciyes University
Study design
Allocation
RANDOMIZED
Intervention model
PARALLEL
Primary purpose
DIAGNOSTIC
Masking
SINGLE (Outcomes Assessor)
Eligibility
Sex/Gender
ALL
Age
18 Years to No maximum
Healthy volunteers
No
Inclusion criteria
* Undergoing elective surgery * Receiving general anesthesia * Having major abdominal surgery (colorectal surgery, gastrectomy, liver resection, pancreatectomy) * Staying in the general surgery service for at least 3 days after the surgery * Becoming literate
Exclusion criteria
* Psychoactive drug use * Having Alzheimer's or dementia * Having chronic respiratory diseases (COPD, asthma)
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Spirometry use | 1-3 days | The respiratory exercise diary was prepared in line with the literature for patients to record the time, number and frequency of breathing exercises they performed using a spirometer. There is an illustrated information note to remind you how and how often the spirometer should be used, and a chart where patients will write the number and frequency of exercises they did with the spirometry for three days before and after the surgery, opposite the relevant clock. |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| dyspnea | 1-3 days | The presence of dyspnea will be evaluated using the Medical Research Board Scale (MAKS). This scale is a five-item scale based on various physical activities that create a feeling of dyspnea. Here, patients are asked to mark the level of activity that causes dyspnea. MAX is easy to administer because it allows patients to indicate the extent to which shortness of breath affects their mobility. |
| fatigue | 1-3 days | In the study, fatigue severity will be evaluated using a visual analog scale. The range of 0 and 10 cm is determined on a line. In the fatigue severity assessment, 0 (zero) means "I do not feel tired" and 10 means "I feel very tired." An increase in score indicates that the patient's fatigue severity is increasing. |
| Pulmonary functional capacity | 1-3 days | In the 2-minute walk test, two points are selected 30 meters away from each other and a mark is placed every 3 meters. The patient walks quickly within 2 minutes and the distance traveled is recorded. Walking tests used to assess functional capacity are simple, inexpensive and safe performance-based tests that provide information about individuals' functional exercise capacity compared to laboratory-based aerobic capacity indices such as cycling, treadmill and arm ergometry, which are expensive and not always available. |
| Respiratory rate | 1-3 days | Preoperative and postoperative respiratory rate will be recorded in the patient follow-up chart. |
| Oxygen saturation | 1-3 days | Preoperative and postoperative oxygen saturation will be recorded in the patient follow-up chart. |
| Cough | 1-3 days | The presence of cough after surgery will be recorded in the patient follow-up chart. |
| Mucus | 1-3 days | The presence of mucus after surgery will be recorded in the patient follow-up chart. |
Countries
Turkey (Türkiye)
Outcome results
None listed