This study was planned as a randomized controlled experimental study with a pretest-posttest design to examine the effect of the operating room environment experience of preoperative patients using virtual reality glasses on the patients' preoperative surgical fear level and care perceptions.
Today, virtual reality is used in many areas such as medical diagnosis and treatment by reflecting three-dimensional images animated on the computer as if it were a real experience. Procedural pain, facilitating interventional procedures with a game-based video demonstration in children, and outpatient surgeries such as circumcision surgery can be used to provide patients with this "real world" experience, its use has also become widespread in areas such as wound care and in nursing education due to the increase in malpractice cases . In line with patient experiences, the benefits of virtual reality technology have been documented in the literature and its use in nursing care is increasing . Informing the patient to improve the quality of care, managing pain during painful interventional procedures, and reducing surgery-related fear reduces wound healing and hospital stay, especially in surgical patients . In the literature, patients' pre-operative problems such as lack of knowledge about the surgery, operating room environment, surgical procedures, etc. It is reported that they experience anxiety and fear related to many factors. It also emphasizes the importance of informing the patient before surgery within the scope of Enhance Recovery After Surgery (ERAS) procedures (Joshi \& Kehlet, 2019). In line with ERAS protocols, preoperative education and information have been proven to provide positive postoperative recovery. Informing the patient about the operating room environment is the most important element in accelerating surgical recovery. The operating room environment can be seen as a stress factor for patients. Therefore, in this study, we aimed to examine the effect of informing patients about the operating room environment, supported by visuals, on the patient's fear and perceptions of care. In addition, it is thought that this information and experience will affect the patient's vital signs and that the patient's need for premedication will also change. It is thought that the results of this study will positively affect patient outcomes by improving the quality of patient care.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
SUPPORTIVE_CARE
Masking
NONE
Enrollment
60
The video, which will be shot for patients to experience the operating environment, will include premedication, an operating room and a post-operative care unit. In the video, the operating room environment will be recorded by the researcher with a voice introduction. The image was shot with a 360-degree camera (Insta 360 One X2), edited with an application program (Insta 360 Studio) and then uploaded to the YouTube VR Pro application as a secret video. The video will be shown to the glasses via an Android phone on the internet via YouTube. People wearing glasses at the screening will be able to look in any direction they want thanks to the 360-degree video. They will be able to watch the video again if they want.
İmren Erer
İnönü, Eskişehir, Turkey (Türkiye)
RECRUITINGChange in surgical fear levels of patients in the operating environment after simulation experience with virtual reality glasses
Change in Anxiety and Stress Levels during the care of patients undergoing surgery Simulation of the operating room environment to patients using virtual reality glasses will affect patients' stress and anxiety levels in the operating room. This situation will be evaluated. The scale consists of 8 items, scored from 0 to 10, and is an 11-point Likert-type scale. Each item is scored as 0 "not at all afraid" and 10 "very afraid". The scale consists of two sub-dimensions, each consisting of four items. These indicate the fear of short-term and long-term consequences of surgery; items 1-4 in the scale measure the fear of short-term consequences of surgery, while items 5-8 measure the fear of long-term consequences of surgery.
Time frame: Preoperative Use of Virtual Reality After Simulation
change in patients' perceptions of nursing care
The change in patients' nursing care perception scores will be measured. There are 15 statements on the Likert-type scale regarding the quality of nursing care. It is requested to mark one of the 15 statements that make up the scale: I agree = 5, I somewhat agree = 4, I am undecided = 3, I disagree = 2, I strongly disagree = 1 and no response = 0. The score given for each item is taken as basis. Thus, a minimum of 15 and a maximum of 75 points can be obtained from the scale. The increase in the total score obtained from the scale indicates that the patient is satisfied with the nursing care.
Time frame: Preoperative Use of Virtual Reality After Simulation
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