WPRIM Management System> DCMS> Chinese Journal of Industrial Hygiene and Occupational Diseases> 2020> 38> 11

Volume: 38 Issue: 11

1. Application of SF-36 scale in the survey of quality of life of occupational disease patients Page:846—848
2. Application of a new solid adsorbent tube for the determination of three kinds of epoxy eompounds in air Page:859—863
3. Clinical features analysis of 10 cases of acute arsenic trioxide poisoning Page:855—856
4. Effects of acute paraquat poisoning on cognitive ability in humans Page:831—834
5. Correlation between social support and occupational stress among gas production workers in the field Page:819—822
6. Study on the relationship between occupational stress and metabolic syndrome in operating room nursing staff of a third-class A hospital Page:839—842
7. Two cases of hypoxic encephalopathy caused by simple asphyxial gas poisoning Page:852—854
8. Expression of CYP2E1 in different brain regions during the formation of toxic cerebral edema induced by 1, 2-DCE in mice and its effect on cerebral edema formation Page:809—814
9. Protective effects of taurine on neurons and microglia in Parkinson's disease-like mouse model induced by paraquat Page:801—808
10. Research progress of pyroptosis in respiratory diseases Page:871—874
11. Current status and research progress in load assessment methods for occupational low back pain Page:875—878
12. Research progress of occupational disease assessment and application on burden of disease Page:878—880
13. The levels and clinical significance of serum leptin and transforming growth factor beta1 in silicosis patients Page:849—852
14. Investigation of the relationship between occupational gasoline exposure and metabolic syndrome Page:823—826
15. Mechanism of nano-indium-tin oxide inducing pulmonary alveolar proteinosis in Sprague-Dawley rats Page:815—818
16. Analysis of lens opacity and its influencing factors of medical radiation workers Page:826—830
17. Effects of occupational nickel exposure on glycemic parameters in workers Page:843—845
18. Research on mental health status of medical staff during COVID-19 epidemic Page:834—838
19. Application of SF-36 scale in the survey of quality of life of occupational disease patients Page:846—848
20. Application of a new solid adsorbent tube for the determination of three kinds of epoxy eompounds in air Page:859—863
21. Clinical features analysis of 10 cases of acute arsenic trioxide poisoning Page:855—856
22. Effects of acute paraquat poisoning on cognitive ability in humans Page:831—834
23. Correlation between social support and occupational stress among gas production workers in the field Page:819—822
24. Study on the relationship between occupational stress and metabolic syndrome in operating room nursing staff of a third-class A hospital Page:839—842
25. Two cases of hypoxic encephalopathy caused by simple asphyxial gas poisoning Page:852—854
26. Expression of CYP2E1 in different brain regions during the formation of toxic cerebral edema induced by 1, 2-DCE in mice and its effect on cerebral edema formation Page:809—814
27. Protective effects of taurine on neurons and microglia in Parkinson's disease-like mouse model induced by paraquat Page:801—808
28. Research progress of pyroptosis in respiratory diseases Page:871—874
29. Current status and research progress in load assessment methods for occupational low back pain Page:875—878
30. Research progress of occupational disease assessment and application on burden of disease Page:878—880
31. The levels and clinical significance of serum leptin and transforming growth factor beta1 in silicosis patients Page:849—852
32. Investigation of the relationship between occupational gasoline exposure and metabolic syndrome Page:823—826
33. Mechanism of nano-indium-tin oxide inducing pulmonary alveolar proteinosis in Sprague-Dawley rats Page:815—818
34. Analysis of lens opacity and its influencing factors of medical radiation workers Page:826—830
35. Effects of occupational nickel exposure on glycemic parameters in workers Page:843—845
36. Research on mental health status of medical staff during COVID-19 epidemic Page:834—838

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