2026-09-16T04:46:17+03:30 http://tkj.ssu.ac.ir/browse.php?mag_id=39&slc_lang=fa&sid=1

39-964 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 Farzane Fadaei zordudari@yahoo.com Zahra Ordudari zordudari@gmail.com Introduction: Upper limbs are more susceptible to musculoskeletal disorders. The OCRA method is suggested to measure the biomechanical risk of the associated with the manual, repetitive work in upper limbs. Questionnaires can be used to measure the symptoms of diseases and disabilities. The DASH questionnaire is one of these questionnaires that are used to evaluate disability of upper limbs. In this study attempted to evaluate the biomechanical risk factor and relationship with disability of the upper limbs in assembly workers. Method: The study was a descriptive – analytic and cross-sectional one being and was carried out among 120 female assembly workers. For the measurement of biomechanical risk factor and disability of the upper limbs have been used The OCRA method and Iranian version of DASH, respectively. Data analysis was carried out by using SPSS 20. It is noteworthy to mention that P value <0.05 was considered significant. Results: in this study, assembly workers were in terms of risk factors of biomechanics and upper limb disability in low risk and low disability, respectively. Also, the relationship between biomechanical risk factor and disability of upper limbs, was significant and direct (P value <0.05). Conclusion: Since the relationship between biomechanical risk factor and disability of upper limbs, was significant and direct, it can be concluded that musculoskeletal disorders due to inappropriate working conditions can lead to motor limitation and upper limb disability at different levels. Biomechanical Disability Assembly Workers Upper Limb 2019 11 01 1 9 http://tkj.ssu.ac.ir/article-1-964-en.pdf 10.18502/tkj.v11i1.1773

39-795 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 Yasin Mansouri mansouri_yasin@yahoo.com Ali Dehghani adehghani42@yahoo.com Abolfazl barkhordari ohyazd@gmail.com Mohammad Javad Zare Sakhvidi mjzs63@gmail.com Introduction: Occupational Dermal exposure to Antineoplastic Drugs is the one of the most important routes in Healthcare staffs. Several antineoplastic drugs have been classified as carcinogens by the International Agency for Research on Cancer (IARC). Regards to this issue investigation on Dermal exposure to Antineplastic Drugs in healthcare staffs is nessessary. Method: In this Descriptive and correlational study, the use of DREAM method for Determination Dermal exposure in chemotherapy personnel was investigated in Shahid Sadoughi University of Medical Sciences and Health Services. By Assessment of probability and intensity Emisson exposure, Deposition exposour and transfer exposure for all of body parts calculated. Then potential and actual exposure calculated and Chemotherapy divisions Classificated based on they're DREAM average score, forthermore we assessment correlation between various dermal exposure scores and occupational and demographical parameters. Results: Maximum deposition dermal exposure (Mean=1.409 , SE=0.127) was for the Baghaeepour division staffs. Maximum Transfer dermal exposure (Mean=3.500 , SE=0) was for the Imam Hassan division staffs and Maximum Emmission dermal exposure(Mean=0.980 , SE=0.114) was for the Internal-1 division staffs.  Respectively the Maximum potential and actual dermal exposure calculated (Mean= 5.133 , SE= 0)  was for the Imam Hassan division staffs  and (Mean= 1.164 , SE= 0.152) )  was for the Internal-1 division staffs. Conclusion: Depending on findings although DREAM is a time-consuming and has somewhat complicated calculations to be used as an daily assessment tool, It can be used as an effective tool For initial assessment of the skin exposure in working environments. Keywords: Antineoplastic drugs chemotherapy personnel Dermal exposure DREAM method 2019 11 01 10 17 http://tkj.ssu.ac.ir/article-1-795-en.pdf 10.18502/tkj.v11i1.1774

39-1002 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 Ardalan Hooshyar Gholamhosein Halvani Hosein Fallah Hamid Zare Sohrab Zeraatkar Introduction: Agriculture is one of the high-risk occupations, and musculoskeletal disorders are an integral part of this occupation and major farmers suffer from these disorders. The purpose of this study is Correctional measures in Estahban. In the next step, to assess the risk, only those who were working in Estahban (n=95) were examined. The methods for evaluating were PATH and QEC. Data were analyzed by SPSS software using McNemar and Wilcoxon tests before and after the intervention.   Method:  This descriptive-analytic, cross-sectional and observational study was carried out at Workers in Estahban. People in the study in a simple random sampling method, 170 subjects were selected   Results: Of the 95 (55.9%) of the workers, only the worker in the fig garden. Ergonomic interventions can be used as a remedial strategy and to be up right  some of  the problems of this group of farmers and 75 people (44.1%) were work also  by other businesses. Sixteen (9.4%) were single and 154 (90.6%) were married, mean age was 47.5 ± 14.4 years and work experience was 26.4 ± 14.4. The prevalence of musculoskeletal disorders in the organs was significantly different from the pre-intervention (P <0.001). The risk level of the PATH method before and after the intervention was less than 0.05. In the QEC method, the mean of total pre and post test scores was 94.36 ± 16.09 and 52.63 ± 18.16, respectively.   Conclusion: Ergonomic interventions can be used as a corrective action and to reveal the problems and effects of musculoskeletal disorders in this group of farmers.   Musculoskeletal Disorders Posture PATH Method QEC Method 2019 11 01 18 31 http://tkj.ssu.ac.ir/article-1-1002-en.pdf 10.18502/tkj.v11i1.1775

39-1007 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 ellnaz yazdan parast yazdanparast.e@bums.ac.ir fateme fakhrealizadeh fakhrealizadeh@sums.ac.ir faeze davodi moghadam golebahari73@gmail.com hosien ramezani pmnghorbani@gmail.com seyse hasan ghorbani ghorbani.h@gmu.ac.ir malihe davuodi davoudi.ma@bums.ac.ir Introduction: Occupational health and safety threats in hospitals and clinical centers are more serious due to physical and psychological factors. Therefore, this study was conducted to determine the relationship between physical space standards, equipment and safety and general health of operating room personnel in hospitals affiliated to Birjand University of Medical Sciences in 2015-2016. Methods: This descriptive-analytical study was performed in all operating rooms of Birjand University of Medical Sciences hospitals and their personnel (n = 88). Research tools included equipment standards checklist (32 questions), physical space (25 questions), health (23 questions), operating room safety (21 questions) and GHQ-28 questionnaire. Checklist validity was confirmed based on the content validity and reliability coefficient of 0.85. Data were analyzed using SPSS / 18 software, central indices and correlation tests Results: On average, 86.29% of operating room standards were observed in Birjand University of Medical Sciences hospitals. Equipment standards (89.62%) and physical space standards (82.71%) were the highest and the lowest, respectively. There was a direct and positive relationship between the general health of personnel and the different aspects of standards, meaning that the higher the standard, the higher the general health of the personnel. Only the relationship between general health of personnel and standards of physical space and equipment was statistically significant (p <0.05). Conclusion: The present study show that the occupational environment of the operating room, especially the presence of standard and safe physical space and equipment could significantly correlate with general health. Therefore, it is essential for managers to maintain physical, safety, equipment and infection control standards.   General Health Operating Room Health Care Educational Hospital Standard 2019 11 01 32 41 http://tkj.ssu.ac.ir/article-1-1007-en.pdf 10.18502/tkj.v11i1.1776

39-963 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 davod afshari davodafi@yahoo.com zohre jafarzadeh zohre.jafarzade20@yahoo.com zeinab mosavianasl Z.mosavianasl@gmail.com fereshteh jahani jahani.f71@gmail.com Introduction: Human factors studies have shown that about 80% of the root causes of major accidents affecting safety, the environment or ergonomics are related to human error. The purpose of this study was to identify human errors using the HFACS method and the FAHP theory in cement industry. Methods: The present study was a retrospective study carried out in the cement industry. At first, RCA analysis of 95 incidents occurred during the past six years. Then, by integrating the human factors analysis and classification system technique ) HFACS(and the theory of fuzzy analytic hierarchy process ) FAHP( with 4 safety engineers The accident factory was analyzed. Results: The results of this study show that the highest errors are related to the first level with a weight of 0.272, that is, the errors caused by unsafe acts, at this level of the subgroup "skill-based error" with a weight of 0.269, the 2nd level of the sub-group "industrial environment" with a weight of 0.155 , The 3rd subgroup of "inadequate supervision" with the weight of 0.352 and the 4th sub-category "resource management" with a weight of 0.393 have the highest impact on the levels. Conclusion: The results showed that errors have various causes, including individual, activity, situational, and organizational errors that require careful planning and management to eliminate or reduce these errors. This error reduction, according to safety expert theory, Health and environment of the cement plant including the promotion and effectiveness of staff training, safety guidelines, improvement of staff performance monitoring, identification, evaluation and elimination of high-risk risks, improvement of management and equipment systems, changing safety attitudes, as well as enhancing safety attitudes. Awareness can help reduce the likelihood of human error in the organization. human error cement factory root cause analysis HFACS technique FAHP technique 2019 11 01 42 58 http://tkj.ssu.ac.ir/article-1-963-en.pdf 10.18502/tkj.v11i1.1777

39-978 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 majid zarinkafsh zarinkafsh365@gmail.com gholamhosein halvani halvani37@yahoo.com hosein falah Fallah_hossein@yahoo.com mahsa asgari mahsa.asgari7274@gmail.com Introduction :The adequacy of facilities and the individual securities in their different age groups is importance to ensure greater functionality to them, allowing full development of daily activities. The present study aimed to measure body dimensions of a representative sample of children aged 2 to 6 years old Kindergarten and preschool children in the city of Isfahan compare with physical dimensions Belgium.Anthropometric variables more appropriate to design products for both the leisure activities, and for the school sector. Methods: In this study, we measured 24 static anthropometric dimensions of 700 people sample including 350 male and 350 female in kindergarten and preschool from Isfahan aged 2–6 years usig rated vertical planes with 2*1 meter dimension, caliper with a movable jaw and tape measure .These data were analyzed by SPSS software, version 20 and descriptive statistics such as mean, standard deviation, max and min level ,median, mode and percentiles value was calculated for each dimension. Then the percentiles (5 and 95) were  obtained  Compared to the Belgian standard and the percentage of difference between them was determined.   Results: Descriptive static anthropometric dimensions and percentiles value were presented as an anthropometric database in 5 age group also showed genders and ages had effects in a set of 24 anthropometric dimensions.(p<0.05) Conclusion: Age and gender are all affecting anthropometric variables. According to the results of this study, it is necessary to use the anterpometric database prepared by the same age group and country in the design of the equipment. Methods: In this study, we measured 24 static anthropometric dimensions of 700 people sample including 350 male and 350 female in kindergarten and preschool from Isfahan aged 2–6 years usig rated vertical planes with 2*1 meter dimension, caliper with a movable jaw and tape measure .These data were analyzed by SPSS software, version 20 and descriptive statistics such as mean, standard deviation, max and min level ,median, mode and percentiles value was calculated for each dimension. Then the percentiles (5 and 95) were  obtained  Compared to the Belgian standard and the percentage of difference between them was determined. Results: Descriptive static anthropometric dimensions and percentiles value were presented as an anthropometric database in 5 age group also showed genders and ages had effects in a set of 24 anthropometric dimensions.(p<0.05) Conclusion: Age and gender are all affecting anthropometric variables. According to the results of this study, it is necessary to use the anterpometric database prepared by the same age group and country in the design of the equipment.   Anthropometric Dimensions children Database 2019 11 01 59 71 http://tkj.ssu.ac.ir/article-1-978-en.pdf 10.18502/tkj.v11i1.1778

39-927 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 Hossein Poorang db.hosseinpoorang@yahoo.com Hasan Sadeghi naeini naeini@iust.ac.ir Roozbeh Ghousi ghousi@iust.ac.ir Introduction: Working under non-ergonomic situations can cause physical damage. It's compulsory for the students of almost every engineering discipline to do parts of their training activitiy in various workshops including welding workstations; needless to say, the paucity of appropriate situations in such workshops may lead to physical injuries. On the other hand, ergonomic design of workstations can be considered a way to keep human health. The purpose of this study is an investigation onthe application of ergonomic solutions in the design of workstations and Working situation improvement in oxy gaseous welding workshops. Method: In this study, workstations of the welding workshops in one of the public universities were selected as the case studies. To carry out a more accurate evaluation of the workshop environment, assessment of the work environment (FIOH MSD) has been used as method. The critical indicators of the current status of workstations were analyzed, using the CATIA V5 R21 software, the RULA method, and the proposed solutions. Result: The results of the RULA clearly indicate a serious need to workstations's reform and Improve their level of safety. The Risk levels for the left and right hands were 6 and 7, which were decrease to 3 and 4 after redesigning the workplace and reforming its situations. Conclusion: Studies and assessment indicate that during welding activities, postures of people cause serious injuries to various parts of the body, especially the spine and neck. Therefore, workplace redesigning that is based on sit-stand workstation standards can be a suitable solution to correct the posture of people in oxy gas welding workshops.Workstation redesigned involve some features such a increasing the dexterity and delicacy during welding and the proper use of Inclusive Design factors to adjust the height of table, chair and the angle of table surface. Ergonomics RULA Workstation Design Welding 2019 11 01 72 81 http://tkj.ssu.ac.ir/article-1-927-en.pdf 10.18502/tkj.v11i1.1779

39-1008 2026-09-16 10.1002

Occupational Medicine Quarterly Journal tkj 2251-7189 2251-8274 7 2019 11 1 seyed taghi ‎ mirmohammadi ‎ seyedtaghim@gmail.com seyedeh zahra hoseinalipour szh_alipour@yahoo.com Aram ‎ Tirgar aramtirgar@yahoo.com Bizhan ‎ shabankhani shabankhani@yahoo.com Introduction: dentists are exposed to mercury vapor due to occupational exposure to amalgam Which can endanger their health. the aim of this study was to measure the concentration of urinary mercury in dental students and the restorative specialists one of the dental schools in Iran in order to determine the effect of mercury vapor on them. Methods: The study population Including 40 dental students and 10 restoration specialists. Sample urine at the end of work time was collected, and the concentration of mercury in urine was measured by cold vapor atomic absorption spectrophotometry. A questionnaire was completed to determine the effects of some personal and environmental factors on the amount of urinary mercury. Data were analyzed by using SPSS software. Results: The mean concentration of urinary mercury in dental students was 15.18±4.34μg/L and the restoration specialists were 4.11±1.05μg/l. In addition, there was a significant difference between the concentrations of urinary mercury in the two groups (P <0.001). At specialist professors There was a negative correlation between urinary mercury and working hours per day (r=-0.78, p=0.007). Also, in this study, there was a significant relationship between urine mercury and sex, age, type of amalgam consumed, consumption of smoking and the number of amalgam restorations. Conclusion: Although the level of urine mercury in all samples was lower The recommended amount of ACGIH .Finally, the study is recommended mercury level monitoring for regularly evaluation of the workplace. Urine mercury amalgam mercury vapor‎ 2019 11 01 82 91 http://tkj.ssu.ac.ir/article-1-1008-en.pdf 10.18502/tkj.v11i1.1780