The Efficacy of Heart Scan due to Visual-Written Training on Anxiety in Patients with Cardiovascular Diseases | ||
| Health Education and Health Promotion | ||
| Article 10, Volume 9, Issue 1, 2021, Pages 67-71 PDF (481.17 K) | ||
| Document Type: Original Research | ||
| Authors | ||
| Z. Asadi1; F. Raiisi2; F. Amini* 3; M. Esmaili Nasab4 | ||
| 1Shahid Rajaei Cardiovascular Hospital, Tehran, Iran | ||
| 2Institute of Cognitive Science Study (IRCSS), Tehran, Iran | ||
| 3Health Education and Health Promotion Department, Tarbiat Modares University, Tehran, Iran | ||
| 4Psychology Department, Tarbiat Modares University, Tehran, Iran | ||
| Abstract | ||
| Aims: Cardiac scan is one of the most accurate cardiovascular tests performed to diagnose coronary artery disease. This study aimed to investigate reducing the anxiety of cardiovascular patients as a result of written-visual training. Materials & Methods: The method of this study was quasi-experimental and was performed on 100 cardiovascular patients (50 in the control group and 50 in audio-visual training) referred to the nuclear medicine department of Shahid Rajaei Cardiovascular Hospital in Tehran. Before and after training, participants completed the standard Spielberger Anxiety Inventory (1970). To test the hypotheses, one-way covariance was used. Data were analyzed by SPSS 22. Findings: The study indicated that the mean of anxiety decreased in the experimental group, but the differences between the experimental and control groups were not significant (p<0.05). Conclusion: Training patients before performing a myocardial perfusion scan has a significant effect on reducing patients' anxiety and leads to better results and less time wasted. | ||
| Keywords | ||
| Heart Scan; Visual-Written Training; Anxiety; Cardiovascular diseases; Patients | ||
| Full Text | ||
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Introduction Cardiovascular disease is pointed to disease of the heart and blood vessels. This disease and its variants in industrial societies often cause death, and 3.1 People over 35 die from heart disease, especially coronary artery disease [1]. In Iran, cardiovascular disease led to 46% of all deaths [2]. A systematic review showed that smoking, diabetes mellitus, obesity, and psychological factors are related to cardiovascular disease [3]. On the other hand; most mental illnesses are seen as a complication of heart disease. Depression, anxiety, delirium, and cognitive disorders are common problems in these patients [4]. In some studies, anxiety is a core cause for cardiovascular disease, and other psychological problems are in second grade [5]. Moreover, cardiovascular disease is linked to chronic anxiousness in men and new onset of anxiousness in women [6]. About 20% of people in the United States die from cardiovascular diseases, 8% related to heart attack and stroke, each year. About. More than 3/4 of cardiovascular deaths occur in low-and middle-income countries. Of the 16 million deaths from non-communicable diseases under the age of 70, 82% occur in countries with low socioeconomic status, and about 40% of deaths in these communities are due to cardiovascular disease [7]. Cardiac or heart scan is a diagnostic procedure before coronary artery bypass graft surgery to assess the viability of heart tissue and the extent, severity, and location of ischemia [8]. This test is basically non-invasive. It is based on the fact that exercising with a treadmill or drug stress and the injection of radioactive material shows the functional and physiological changes in the blood flow to the heart muscle [9]. This test causes the patient to worry and anxiety and, therefore, reduces the imaging quality [10]. Lack of familiarity with the course of treatment and causing concern in patients leads to frequent questions from medical staff, leading to burnout in the long term. The staff of different treatment and diagnostic departments can take the necessary measures such as familiarizing the patient with the environment, providing the necessary training before each operation, which will play an important role in reducing their anxiety [11]. Today, education and training in the field of health seem to be essential. Because education and training to individuals and society lead them to maintain and promote health and cause a person to adapt to any situation [12]. In education, the patient is taught a combination of different teaching methods and behavior modification techniques, and finally, it promotes healthy behavior in the patient [13]. Education and training give the patient sufficient information and make it easy to tolerate treatment during invasive and non-invasive treatments. In general, education leads to satisfaction and satisfaction with treatment according to the culture and personality of the patient [14]. One of the educational and training methods is using videotapes, which shows real live samples and is a valuable tool in understanding the clinical procedures and how to take care of yourself [15]. Therefore, by giving enough information and creating calm, the patient can be helped to endure the fears caused by unfamiliar situations [16]. In China, a study indicated training influenced on reduction of anxiety of gastroscopy patients [17]. Another research in children showed a reducing anxiety score due to gastroscopy-related stress in the experimental group [18]. Another study reported anxiety reduction due to standardized procedural information on patients' coping style on pre-gastroscopy [19]. In Iran, Momeni (2006), in a study in Tehran Heart Center Hospital, showed that training with two video and training booklet methods at two different times reduces preoperative anxiety in patients undergoing coronary artery bypass grafting [20]. A study indicated an educational video intervention about cardiac scan might effectively decrease anxiety levels before scanning [21]. Despite the importance of this issue, such a package for heart scan has not been prepared in Iran so far. Due to these points, not enough studies have been done in this area regarding psychological variables. There is still room for further research, even with various psychological variables, and evaluate the effectiveness of protocols on psychological aspects to determine the presence or absence of what kind of interventions are on the psychological state and their intensification and continuation. Thus, the purpose of this study was to investigate the efficacy of radiation therapy with written-visual training on the anxiety of heart scan in cardiovascular patients of Shahid Rajaei Heart Hospital. Accordingly, researchers seek to answer the following questions: Is a written-visual training package effective in reducing the anxiety of heart scan patients? Materials & Methods The present study was applied research, and its method was quasi-experimental with a pretest-posttest design with a control group. This study was performed on cardiovascular patients in Shahid Rajaei Cardiovascular Center in Tehran in 1398. One hundred patients were selected as at-reach and candidate sampling methods. Inclusion criteria were 25 to 50 years old, understanding Persian language fluency, having a sixth-grade education and above, and exclusion criteria were membership in medical and paramedical staff, history of cardiac scans, and known systemic or mental illness. Based on Cohen's formula and considering the error of the first and second types and the difference between the expected mean in the study groups, the sample size of Twelve people were used as a sample that Due to the size of the work, the drop-in participants, and the nature of the research, the researchers divided the two groups (50 in the control group, 50 in the written-video training). Intervention methods were performed on the experimental group. Before and after the training, all groups completed the Spielberger Anxiety Inventory. Demographic questionnaire: that includes gender, age, the duration of illness, and so on. Spielberger Anxiety Inventory: The Spielberger Anxiety Standardized Inventory showed the level of patient anxiety and was developed in 1970 by Berger et al. To determine situational and characteristic anxiety. This questionnaire consists of 40 questions, the first 20 questions assess the state of anxiety (overt anxiety), and the second 20 questions assess the vein of anxiety (covert anxiety). In another word, this questionnaire assesses general and normal anxiety. The answers are on the four-point Likert scale (from 1 to 4). In the end, the sum of the scores obtained for both the first part (overt anxiety) and the second part (covert anxiety) in one of the three groups of mild anxiety (score 20-39), moderate anxiety (score 59-40), severe anxiety (score 80-61) and 80 above is a very strong score. Scoring weights are inverse for expressions that indicate no anxiety. Items that are scored in reverse when scoring are Anxiety Scale: 20-19-16-15-11-10-8-5-2-1, Anxiety Vein Scale: 39-36-34-33-30-27-26-23-21. There are two subscales: state and vein of anxiety. Some questions are scored in reverse. Therefore, each subscale scores between 20 and 80. Mehram in a study to standardize the Spielberger test and examined the reliability coefficient of the test in two groups of norm and criterion separately. Reliability for the normal group (n=600) in the overt and covert anxiety scale based on Cronbach's alpha was 0.91 and 0.90, respectively, and in the criterion group (n=130) was 0.94. The reliability of the test was calculated via the variance of real scores, and its value was recorded in the normal group of 0.94. The error of the standard of the measurement test is 4.64. Moreover, the correlation of the observed scores with the true score was equal to 0.97, and the error scores were equal to 0.23. In the study of Khanipour et al., the homogeneity coefficient of this test was 0.66 by Cronbach's alpha method. In test standardization in Iran, the test-retest validity for the Anxiety Trait Scale was 0.65 to 0.86. Cronbach's alpha coefficient for the anxiety state was calculated to be 0.92 [22]. The implementation method was such that after obtaining moral and executive permission from the center officials and approving the subject of the research plan from the research unit and the officials of the hospital and the medical department of the research nucleus, the research began. Receiving a written referral letter from the hospital security unit to prepare an educational video in the nuclear medicine department was the next stage of the research process. This training package includes a figurative CD including all the stages of heart scan from the beginning, including admission, appointment, recovery, exercise test or in case of inability to perform exercise test, drug stress, then the imaging stage with gamma camera devices as SPECT was prepared. In the written training package, the same steps were prepared in the form of a booklet. All steps were explained to the participants in writing, and their satisfaction was expressed in writing, and the researcher undertook to observe ethical principles such as confidentiality of the participants' information. Participants read the video CD and text training between the first visit, the day of the appointment, and the scheduled time of the day, which is usually between 3-5 days. In addition to descriptive statistics, a one-way analysis of covariance was used to analyze the data. Table 1) Patient training stages before myocardial perfusion scan  Data were analyzed by SPSS 23 software using the Pearson correlation test and linear regression analysis. At first, the normality of the distribution of variables was evaluated by the Kolmogorov-Smirnov test. Findings According to the findings on the distribution of demographic scores, out of 100 participants in this study, 46 were men, and 54 were women, of whom 33 were under 50. The mean age of patients in the study was 36.2±8.9 years old. The mean scores of anxiety a are shown there are differences in pre and post-test (Table 2). Table 2) Mean±SD of anxiety in pre and post-test  The results of the normality test via Kolmogorov-Smirnov indicated that there is normal distribution in participants' scores. In the end, the written-video training group's anxiety in pre and post-test was 86.28 and 78.04, respectively. This means that the mean of anxiety before admission does not show a difference between the two groups. However, after implementing training measures, the mean of anxiety decreased significantly (p<0.05). While in the control group, no significant change was observed in the mean of anxiety. Therefore, a significant difference was observed between the types of training in the two groups, and anxiety in cardiovascular patients reduced by this training. Based on the results, the significance level of one-way analysis of variance shows that the repetition of the test, the differences between the means of the three significant groups, is significant (p<0/001). Discussion This study aimed to determine the effectiveness of presenting a written-video training package cardiac scan steps on anxiety in cardiovascular patients. The results showed that the mean of anxiety in the experimental group changed. Moreover, the results of one-way analysis of variance showed that there significant reducing anxiety after training. Therefore, the results of this study were based on a study by Callaghan that video and text education in Chinese outpatients reduced their anxiety. In contrast, testing [17] and Momeni that training with two video and training booklet methods at two different times affects preoperative anxiety in patients undergoing vascular transplantation [20] are consistent. By explaining this finding, it can be stated that although being aware of an unknown situation is associated with a decrease in anxiety. However, if too much or too little is said about a situation and the patient is given too much or too little information about it, it causes anxiety in the patient [22]. However, since the heart scan is associated with specific physical activities, providing video tutorials that show the whole process with regular images allows the person to do all the movement activity they need in advance and when they can see them all beforehand [23]. This helps the patient better understand and follow the instructions provided by the nurse later in the test (heart scan) [24]. In addition, as seen in the effect on anxiety, written-figurative training is effective, but there is no preference between these teaching methods. Therefore, it can be concluded that in cases of planning for education and reducing costs, video training has a better effect than increasing training on increasing the level of anxiety of patients [25]. This study is not without limitations, including that this variable has not been investigated in larger samples with different and the sampling method was purposive. Therefore, it is recommended that future studies provide a more comprehensive study with a higher sample size and probabilistic sampling in order to generalize the findings. Another limitation of this study is the cross-sectional nature study. Therefore, it is suggested that in future studies, the sampling method for cardiac patients is used and if access to the sample, follow-up steps be added to the study. Conclusion To conclude, it seems that training patients before performing a myocardial perfusion scan has a significant effect on reducing patients' anxiety and leads to better results and less time wasted. Moreover, there are no significant differences between the groups. Acknowledgments: The authors announce their gratitude and appreciation to all participants who contribute to this study. Ethical Permissions: In this study, all ethical principles were respected. The target and procedures of the study were explained for the participants, and the consent form was signed by all participants. This manuscript was taken from a master's thesis and had an ethical code. Conflict of Interests: The authors declare that there is no interest in confidence. Authors' Contributions: Asadi Z. (First author), Original researcher (30%); Raiisi F. (Second author), Introduction author/Methodologist/Discussion author (20%); Amini F. (Third author), Assistant (30%); Esmaili Nasab M. (Forth author), Assistant (20%). Funding/Sources: No declared. | ||
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