A chest tube is inserted to drain air, fluid, or blood from the pleural space and is vital for restoring respiratory function in the postoperative period. However, tube removal is often described by patients as one of the most painful and anxiety-provoking experiences. The sudden negative pressure changes that occur during the procedure, the stretching of the tissues, and the separation of the tube from the pleural tissue cause pain. This leads not only to physical discomfort but also to increased anxiety. Effectively controlling pain after surgical procedures is crucial for reducing complications and improving patient satisfaction. While pharmacological methods are often the first choice, interest in non-pharmacological approaches is increasing due to side effects and cost. In this context, rapid relaxation exercises and cold application are among the methods that are easy to implement, have no side effects, and have proven effective in nursing care. Rapid relaxation exercises are a simple breathing and muscle control technique that allows individuals to relax quickly by reducing muscle tension. This method balances the autonomic nervous system, producing both physiological and psychological relief. This helps reduce pain perception, control anxiety, and improve patient confidence. Cold application, on the other hand, reduces nerve conduction velocity by causing regional vasoconstriction and raises the pain threshold, providing an analgesic effect. Literature indicates that cold application is effective in reducing pain during invasive procedures such as chest tube removal and also increases patient satisfaction. Based on this information, the combined use of rapid relaxation exercise and cold application before chest tube removal may have a synergistic effect in reducing pain and anxiety. Furthermore, the noninvasiveness, ease of application, and cost-effectiveness of these methods provide significant advantages for nursing practice.This study was designed to determine the effects of rapid relaxation exercise and cold application before hest tube removal on pain, anxiety, and patient satisfaction.
Conscious, oriented, and cooperative.
Can speak and understand Turkish.
Does not have any psychiatric illness.
Has a chest tube and is in a stable general condition.
Patients with any cognitive or psychological disorders
Those who have had a chest tube placed before,
Those who are on a mechanical ventilator (intubated),
Those with chronic pain and routine painkiller use,
Parallel
Cold Application
Other interventionPatients will receive routine monitoring, pharmacological treatment, and nursing care in the unit where the study is conducted. Cold application ice packs will be placed around the patient's chest tube insertion site. The ice pack, which has been kept in the research clinic's refrigerator for 72 hours, measured with a barbeque thermometer at -10°C, and distributed evenly when cooled, will be placed on the chest tube dressing. Since skin temperature must fall below 13.6°C for cold application to have a local analgesic effect, the patient's skin temperature will be measured at one-minute intervals throughout the cold application. When the application reaches 13.6°C, the application will be stopped, and the physician will be notified that the patient is ready. During the cold application, the applied area will be checked for redness, irritation, and discoloration.
Rapid Relaxation Exercise
Other interventionIndividuals in the rapid relaxation exercise group will be led by the researcher in the patient room or examination room to perform a breathing exercise. The exercise will last approximately 5-10 minutes. The environment will be quiet, at room temperature, and well-ventilated. The exercises will be performed by ensuring the patient is seated in a comfortable position, and the following steps will be followed. Patients will be asked to close their eyes and observe the up-and-down movement of their abdominal muscles as they breathe in and out. The same exercise will be repeated for seven cycles. Patients are asked to inhale deeply and slowly to revitalize their entire body and feel a sense of lightness. On the exhale, they are asked to completely relax all their muscles by making the sound "A" (A-Kara). Once completely relaxed, they are encouraged to blink their eyes open several times.
Visual Analog Scale (VAS)
This scale, developed by Price et al. (1983), begins with 0 representing "no pain" and ends with 10 representing "unbearable pain." The patient is asked to score between 0 and 10 to express the severity of pain. The marked value represents the patient's pain score.
State Anxiety Inventory
This scale was developed by Spielberger et al. (1970) to measure the anxiety levels of individuals aged 14 and over. This study will use the 20-item "State Anxiety Inventory Scale" section of this two-section, 40-item scale. This Likert-type scale is rated according to the severity of the situation represented by the items: "not at all": 1, "a little": 2, "a lot": 3, and "completely": 4. This scale includes direct and reversed statements (items 1, 2, 5, 8, 10, 11, 15, 16, 19, and 20), and the scores for the reversed statements are calculated by converting them. Scores are adjusted so that 1 point = 4, 2 points = 3, 3 points = 2, and 4 points = 1. The scores for the other statements are taken as is and added. The anxiety score is obtained by subtracting the total score obtained from the reversed statements from the total score obtained for the direct statements and adding the predetermined constant value (the constant value for the state anxiety scale is 50). Possible scores for this i
Satisfaction Assessment Scale
This scale consists of a 10-cm vertical line without numbers to determine an individual's level of satisfaction. At one end of the line are the words "I am not satisfied at all" and at the other end are the words "I am very satisfied." The individual determines their level of satisfaction by considering all the components affecting them regarding the medical care provided and marks the point on the line corresponding to this state. The literature supports the use of this scale to measure satisfaction levels and has been reported to yield more reliable results. This scale will be used in the study to determine the level of satisfaction experienced by the individual with the intervention.
Click on the lead sponsor to view all of their trials.
This trial is not recruiting at the moment. You can still explore other options:
