• Title of article

    Risk Factors of Low Back Pain Using Adaptive Neuro-Fuzzy

  • Author/Authors

    Samiei ، Sajjad Department of Occupational Health Engineering - School of health - Tehran University of medical sciences , alefi ، mahsa Department of Occupational Health Engineering - School of health - Tehran University of medical sciences , alaei ، zahra Department of Occupational Health Engineering - School of health - Tehran University of medical sciences , Pourbabaki ، Reza Department of Occupational Health Engineering - School of health - Tehran University of medical sciences

  • From page
    339
  • To page
    345
  • Abstract
    Background: Musculoskeletal disorders are one of the most common factors that lead to occupational injuries among hospital staff. Considering the key role of hospital staffs in providing health services to patients, this study was conducted to assess risk factors that are effective on low back pain and the use of adaptive neurofuzzy inference system (ANFIS) model to predict it. Methods: This cross-sectional study was conducted in 90 nurses of the Isfahan hospitals in 2018. First, the risk factors that affect pain in the lumbar region was assessed, then a model with the precision of 0.91% to predict low back pain was developed using the ANFIS by the MATLAB2016a software. Results: First, linear regression model showed four risk factors repetitive movements, longstanding, bending of the back, and carrying heavy objects were the most significant ones compared to other risk factors associated with musculoskeletal disorders. After a study of these risk factors in the ANFIS, various tests were conducted and the best model with a confidence level of 91% was selected as the model. Conclusion: The ANFIS can be used as an appropriate tool to predict lower back pain.
  • Keywords
    Musculoskeletal disorders , Nursing , Neuro , fuzzy system , Low back pain , Prediction
  • Journal title
    Archives of Occupational Health
  • Journal title
    Archives of Occupational Health
  • Record number

    2508387