Page 456

44. Miller, M. H., and Topliss, D. J.: Chronic upper limb pain syndrome (repetitive strain injury) in the Australian workforce: a systematic cross sectional rheumatological study of 229 patients. J Rheumatol, 15: 1705-1712, 1988.

45. Nakaseko, M.; Tokunage, R.; and Hosokawa, M.: History of occupational cervicobrachial disorders in Japan and remaining problems. J Hum Ergol, 11: 7-16, 1982.

46. Nathan, P. A.: Intrinsic causes of keyboard injuries [letter]. J Occup Med, 35(11): 1084-6, 1993.

47. Nathan, P. A.; Keniston, R. C; Meadows, K. D.; and Lockwood, R. S.: Validation of occupational hand use categories. J Occup Med, 35(10): 1034-42, 1993.

48. Nathan, P. A.; Keniston, R. C.; Myers, L. D.; and Meadows, K. D.: Longitudinal study of median nerve sensory conduction in industry: relationship to age, gender, hand dominance, occupational hand use, and clinical diagnosis. J Hand Surg [Am], 17(5): 850-7, 1992.

49. Nathan, P. A.; Keniston, R. C.; Myers, L. D.; and Meadows, K. D.: Obesity as a risk factor for slowing of sensory conduction of the median nerve in industry. A cross-sectional and longitudinal study involving 429 workers. J Occup Med, 34(4): 379-83, 1992.

50. Nathan, P. A.; Meadows, K. D.; and Doyle, L. S.: Occupation as a risk factor for impaired sensory conduction of the median nerve at the carpal tunnel. The Journal of Hand Surgery, 13B: 167-170, 1988.

51. Nathan, P. A.; Takigawa, K.; Keniston, R. C.; Meadows, K. D.; and Lockwood, R. S.: Slowing of sensory conduction of the median nerve and carpal tunnel syndrome in Japanese and American industrial workers. J Hand Surg, 19B(1): 30-4, 1994.

52. Nelson, N., and Silverstein, B.: Workplace changes associated with a reduction in musculoskeletal symptoms in office workers. Human Factors, 40(2): 337-350, 1998.

53. Redmond, M. D., and Rivner, M. H.: False positive electrodiagnostic tests in carpal tunnel syndrome. Muscle Nerve, 11(5): 511-8, 1988.

54. Rempel, D.; Bach, J. M.; Gordon, L.; and So, Y.: Effects of forearm pronation/ supination on carpal tunnel pressure. J Hand Surg, 23A: 38-42, 1998.

55. Rempel, D.; Manojlovic, R.; Levinsohn, D. G.; Bloom, T.; and Gordon, L.: The effects of wearing a flexible wrist splint on carpal tunnel pressure during repetitive hand activity. J Hand Surg, 19A: 106-110, 1994.

56. Rempel, D.; Tittiranonda, P.; Burastero, S.; Hudes, M.; and So, Y.: Effect of keyboard design on hand pain. JOEM, 41: 11-119, 1999.

57. Schottland, J. R.; Kirschberg, G. J.; Fillingim, R.; Davis, V. P.; and Hogg, F.: Median nerve latencies in poultry processing workers: an approach to resolving the role of industrial “cumulative trauma” in the development of carpal tunnel syndrome. J Occup Med, 33(5): 627-31, 1991.

58. Silverstein, B. A.; Fine, L. J.; and Armstrong, T. J.: Occupational factors and carpal tunnel syndrome. Am J Ind Med, 11(3): 343-58, 1987.

59. Stallings, S. P.; Kasdan, M. L.; Soergel, T. M.; and Corwin, H. M.: A case-control study of obesity as a risk factor for carpal tunnel syndrome in a population of 600 patients presenting for independent medical examination. J Hand Surgery, 22A(2): 211-215, 1997.

60. Stanton, N. A., and Young, M. S.: What price ergonomics? Nature, 399(May 20): 197-198, 1999.

61. Stetson, D. S.; Silverstein, B. A.; Keyserling, W. M.; Wolfe, R. A.; and Albers, J. W.: Median sensory distal amplitude and latency: comparisons between nonexposed managerial/professional employees and industrial workers. American Journal of Industrial Medicine, 24: 175-189: 175-189, 1993.

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