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Showing 4 results for Physicians

F Alla-Eddini, R Fatemi, H Ranjbaran Jahromi, E Asghari, Sh Eskandari, A Ardalan, A.r Hosseinpour, H.r Tavakoli, A Feiz Zadeh,
Volume 11, Issue 40 (9-2004)
Abstract

Persuading physicians to work in underserved areas has been a major concern for health policy makers and there are many programs to fulfill this goal. This research has been done to find the inclination of Iranian physicians to work in underserved areas. This mail survey study was conducted on a random sample including 5482 physicians whose particulars had been registered at Medical Association of Islamic Republic of Iran. A questionnaire including items on employment and unemployment quality and some related factors was filled and the final analysis was done on the 2789 returned questionnaires. Based on the obtained results, there were 1965 physicians(74.1%, 95% Confidence Interval: 70.8%-77.4%) who declared that they would work in the underserved areas without any special condition or under some special conditions, mainly their income concerns(83.0%) and their employment relationship status(50.3%). Male gender(78.2% vs. 64.2% in females), lower age(36.9 vs. 41.9 mean age in non-inclined ones), and being single(79.8% vs. 72.8 in married ones), having fewer offsprings(1.4 vs. 1.7 in non-inclined ones), and matriculation in 1986 and afterwards all were correlated with this inclination. In a logistics model, gender, age, matriculation cohort, and the interaction term between age and gender were the determinants of inclination to work in underserved areas. About three-fourths of Iranian physicians would work in underserved areas if there were some special privileges for them, mainly income and employment relationship. Younger males and those who belonged to the Medical Student Boom Generations had more inclination.
Maliheh Kadivar, Reza Safdari, Mostafa Langarizadeh, Farzaneh Kermani, Mohamadreza Zarkesh,
Volume 23, Issue 148 (10-2016)
Abstract

Background: The Neonatal period is a highly vulnerable time. Provision, maintenance and improvement of neonatal welfare level in health care are the most indicators of health and development. The purpose of this study was investigating the Iranian physicians’ attitudes toward factors in neonatal mortality in order to access minimum data set in neonatal death.

Methods: This study was a cross-sectional performed using convenience sampling and a researcher made questionnaire in order to access minimum data set in neonatal death. Questionnaires were completed by neonatologists working in Tehran teaching hospitals by 71% contribution rate. In order to compare the results of the questionnaire and real data from neonatal records, t-test, Mann-Whitney and K-square tests were used.

Results: The results of the comparison between questionnaire and neonatal records on four variables that had the highest mean showed that there were relationships between birth weight, gestational age, Apgar scores and mortality, but there was not a significant relationship between neonatal status at birth and mortality rate.

Conclusion: According to local condition and access level to quality care, important parameters in neonatal death were different and it is necessity to have comprehensive analysis in order to reduce neonatal mortality rate. Use of obtained parameters can be helpful in creating clinical decision support system for predicting the neonatal death, but comprehensive studies are needed for further evaluation.


Mohammad Khammarnia, Fatemeh Setoodehzadeh, Alireza Ansari Moghaddam, Kosar Rezaei, Mostafa Peyvand,
Volume 28, Issue 10 (12-2021)
Abstract


Background & Aims: Medical errors and their consequences are one of the most important factors threatening patient safety in the health system of all countries, the incidence of which is increasing alarmingly (3, 4). Today, reducing the incidence of medical errors has become a global challenge (5). Despite all efforts to improve and maintain the safety of patients due to medical errors, various communities suffer a lot of financial and human costs and losses every year (6). In the global classification of causes leading to death, medical errors are one of the top ten causes (7). So that one out of every ten hospitalized patients is injured due to medical errors while receiving health care; about 7% of them lead to death (8). Therefore, considering the importance of the issue, this study was conducted with the aim of systematically reviewing, identifying and collecting information about the occurrence of various medical errors in physicians in Iran as an example of a developing society.
Methods: This systematic review study in 2019 using search tools in SID, Magiran, Iran Doc, Scopus, Proquest, Pub Meb, web of science, Springer, Cochrane, Elsevier, Science Direct and Google scholar databases has systematically reviewed the studies conducted on the types of medical errors in Iranian physicians from the beginning of the establishment of each of the above scientific bases until August 1, 2019. The search strategy was retrieved and prepared for related studies using PICO-related search terms (patient or population, intervention, control, or comparison and results). In the article search process, MeSH-compliant keywords including Prevalence, error(s) or mistake(s), prescription, physician(s), Surgery or Surgeons, physician(s) error(s) or mistake(s), surgical error(s) or surgeon(s), administration(s) error(s) or mistake(s), medication or drug error(s) or mistake(s), prescribing error(s) or mistake(s), wrong dose(s), wrong medication(s) and Iran or Iranian and Persian equivalent keywords were used. The Cochrane Handbook for Systematic Reviews for Intervention Studies and the PRISMA statement were used to design this study and refine the articles (51). To collect information from the considered articles, Cochran data extraction form for systematic review was used which included the first author, year of publication, nationality of researchers, study design, type of research, sampling method, sample size, research tool and summary of important study findings. An Excel-designed form was used to collect data. Data according to their nature were analyzed and written in a narrative and thematic manner. The following selection criteria were used to find related articles from databases: 1) articles that had full text and were written in Persian or English, 2) articles were published in the field of medical errors only in physicians and the factors affecting it. Of course, it is worth mentioning that in articles in which medical error was simultaneously examined in physicians and nurses, information about physicians was extracted. Gray resources related to unpublished results in dissertations and articles published in low-credit sources were not reviewed due to access problems and insufficient credit. Also, articles on meta-analysis, systematic review, quality, posters, speeches and letters to the editor that were found in the field of various medical errors were excluded from the study.
Results: A total of 15 articles were found, including: 3 Persian articles and 12 English articles. According to the findings of the present study, the prevalence of medical errors in Iranian physicians ranged from 38.1 to 65% (3, 9, 16-18). The most common types of medical errors were prescription error with 17.3% and medication error with 1.98 errors per patient, respectively (4, 28). The most important factors affecting the occurrence of medical errors include:  the education level and type of specialization of physicians (2), low number of physicians and high number of patients (10), lack of proper training of medical staff (9), staff performance, management levels and executive shortcomings (4), long night shift (17), physicians 'handwriting and how to record patients' information in medical records (8), lack of cooperation between physicians in different wards (10), employment in overcrowded hospital wards (4) and the lack of comprehensive treatment guidelines and violations of existing laws (23,10). The results of this systematic review showed that various interventions have been performed to reduce the incidence of medical errors, which can be divided into three areas: the study of the intervention role of clinical pharmacists (18, 28), the use of software for recording clinical prescriptions systematically by a physician or nurse (25,29,30) and other types of interventions (23). Use of clinical prescription registration software by the nurse can increase the acceptability of physicians' performance by warning and recommending and significantly reduce the medication dose error in the neonatal ward compared to the computer recording of information by a physician. In care systems where the physician opposes the implementation of computerized clinical information recording software by himself but nurses tend to computerized clinical information registration and have the necessary ability to implement it, computer software for recording patient information by the nurse can Should be considered as an appropriate alternative method for entering patient information in hospitals (29).
Conclusion: This systematic review showed that in general, the incidence of medical errors in Iranian physicians during the clinical care process is high. Also, the most common type of medical errors in our country's hospitals is the error of a doctor's prescription and then medication errors (9, 17). Unfortunately, despite all the efforts of the Iranian health system to reduce the occurrence of medical errors, the incidence rate is still significant, although it seems lower than the global rate. Of course, the lower rate of medical errors in Iran than the global rate can also be due to under-reporting of errors (9). Therefore, in order to reduce the incidence of medical errors, preventive approaches such as paying more attention to the importance of the interventional role of clinical pharmacists and providing conditions for their wider productivity (18, 28), using more efficient techniques to predict, diagnose and reduce the incidence of medical errors such as Sherpa technique (3,10) as well as the use of intelligent electronic technologies to reduce clinical errors such as systematic registration of clinical information by physicians and nurses (25,29,30) and design, implementation and evaluation of more appropriate intervention approaches to improve the reporting status of medical errors in physicians (9).
Reza Hajebi, Seyed Amir Miratashi Yazdi, Nasim Eshraghi, Razieh Khalooeifard,
Volume 31, Issue 1 (3-2024)
Abstract

Background & Aims: On 2nd February 2020, the first protocol for early detection and treatment of COVID-19 was released by the Center for Disease Control and Prevention (CDC) of Iran's Ministry of Health and Medical Education (MOHME); it has been updated continuously, based on WHO recommendations and new clinical evidences (1-3). In Italy,  the same as Iran with  a high prevalence of COVID-19, multidisciplinary teams consisting of the specialists of infectious diseases, respiratory medicine and internal medicine were created to treat patients properly. Also due to deterioration of the epidemiological situation in the country, and the shortage of physicians, non-related COVID specialists were trained to treat patients (4). According to actionable guidelines, at the time of crisis, non-related hospital wards, such as surgery wards stopped or reduced regular activities, and admitted to COVID-19 patients. The surgical wards were changed to efficiently adapt to COVID-19 pandemic, includes postpone elective surgery, separate surgery room and postoperative recovery area for COVID-19 patients, and also screening for COVID-19 before surgery (5). As the effectiveness of different interventions in hospitalized COVID-19 patients is still unclear, conducting research is crucial to determine the advantages and disadvantages of executive protocols. The aim of this study was to compare the results of management of hospitalized COVID-19 patients by surgery specialists vs COVID team physicians.
Methods: This cross-sectional study was performed during 30th April- 21th May in Iran. In this period, men's surgery ward of Sina hospital allocated to treat COVID-19 patients; a total of 55 patients were admitted and treated by surgery specialists. The whole data, includes age, sex, use of antibiotics, corticosteroids dose (Dexamethasone and/or Prednisolone), administration of Remdesivir, the duration of hospitalization, transfer to intensive care unit (ICU), number of consultations, total cost and mortality rate were retrospectively gathered from Hospital information system (HIS). Also, the patients were followed up and the rate of return to the hospital with complaints of COVID-19 were collected.
In addition, we extracted the same information for 46 male patients, who were hospitalized at the same time in the VIP ward, and treated by internal medicine specialists or specialists of infectious diseases. During this period, patients with indications of hospitalization were randomly divided between the surgery and the VIP ward. VIP ward is one of the surgery ward in Sina hospital, which does not have any special equipment for COVID-19 patients; the only different between the two wards is that patients in the VIP ward were managed by the related specialist (internal medicine specialists or specialists of infectious diseases)
Results: During a three-week period (April 30 to May 21), a total of 101 COVID-19 patients were hospitalized and examined. The clinical characteristics of the patients are summarized in Table 1. The Mean ± SD age of patients in the surgical department (Group 1) was 16.08 ± 59.58, and 15.03 ± 57.22 in the VIP department (Group 2), with no statistically significant difference found (p = 0.763). The length of hospital stay for patients in the surgical department was non-significantly higher compared to patients in the VIP department (p = 0.412). There was no statistically significant difference between the two groups in the prescription of remdesivir (81.8% in Group 1 vs. 71.7% in Group 2). The number of days of dexamethasone and prednisolone use was significantly higher in Group 1. However, the number of patients who had used prednisolone was significantly higher in Group 2 (p = 0.001). Over 50% of patients (63.6% in Group 1 and 62.2% in Group 2) did not receive antibiotics, and the number of antibiotics received per patient did not differ significantly between the two groups (p = 0.729). Additionally, 12.7% of patients in Group 1 were transferred to the ICU compared to 10.9% in Group 2, with no statistically significant difference observed between the two groups (p = 0.774). The average number of consultations needed for patients in Group 1 was higher than in Group 2, but there was no significant difference (p = 0.36). The mortality rate was 16.4% in the surgical department and 10.9% in the VIP department, with no statistically significant difference found (p = 0.426). The total cost was approximately equal in both groups. Furthermore, there was no significant difference in the rate of patients returning to the hospital with COVID-19 complaints between the two groups (p = 0.711).

Conclusion: During the fifth wave of COVID in Iran, the men's surgery ward of Sina hospital only admitted to COVID-19 patients, and they were treated by surgeons. We designed this study to determine the differences of management of COVID-19 patients by surgeons (non-related specialist) vs related specialist.(7). instructions have been released by MOHME in April 2021, to deal with hospitalized COVID-19 patients at the times of crisis. According to the protocols, in the case of pulmonary involvement in COVID-19 patient, and based on the clinician's judgment, anti-inflammatory, anticoagulant, antiviral (Remdesivir) and antibiotic drugs were started for patients (8). Also, based on the inconsistent results of  the recent studies about the benefits of Remdesivir, the CDC considered the decision making on Remdesivir administration for hospitalized patients with moderate disease, to be based on the physician's opinion (9). In this study, the results demonstrated that, the use of Remdesivir is not distinct between the two groups.  Recent studies, showed that the administration of Dexamethasone for patients, who required supplemental oxygen was associated with a lower mortality rate. In addition, it was recommended that the choice of appropriate dose, at the right time for the right patient is essential for advantageous impact of glucocorticoids in many viral respiratory infections (10-12). Our findings showed, that the selection of corticosteroids and dosage were different among the two group of patients. Like the use of glucocorticoids, due to insufficient information about the beneficial effects of antibiotic therapy in COVID-19 patients, further studies are crucial to determine the indication and duration of antibiotic for patients (13). Although uncertainty about antibiotic therapy, our statistical analysis showed no significant differences between the two groups. Hashmi .et al concluded, that CURB-65 score and baseline clinical factors are not able to determine the ICU admission need for COVID-19 patients, subsequently the necessity of transfer to ICU should be individualized for patients, based on physician’s opinion (14). Although the types of management were different between the two groups, but no difference was seen in the rate of transfer to ICU between the two wards. In addition, the number of required consultations was not different among the surgery and VIP ward's patients. Garrigues et al declared that the most of the COVID-19 patients have continuous symptoms after discharge from the hospital (15). The result of this study demonstrated, that the rate of return to hospital were not different between the two groups. As a result, the treatment plan was slightly different between them, but the patient's outcomes including: the mortality rate, the total cost and the rate of return to the hospital were not different. It seems, that our results are in line with the Iranian guideline's recommendations about management of hospitalized COVID-19 patients at the times of crisis.
However, this study has several limitations that should be considered. Firstly, the sample size of 101 patients may not be representative of larger populations, potentially limiting the generalizability of the findings. Secondly, the retrospective nature of the study might introduce biases and confounding factors that could impact the validity of the results. Additionally, the lack of detailed information on comorbidities and disease severity could hinder a comprehensive understanding of the factors influencing patient outcomes.



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