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研究生:蕭桂榮
研究生(外文):Guei Rung Shiau
論文名稱:輪班護理人員的睡眠品質、壓力、疲勞與相關生理指標之探討
論文名稱(外文):Investigation of Sleep Quality, Stress, Fatigue and Relevant Biological Markers among Shiftwork Nurses
指導教授:李素幸李素幸引用關係
指導教授(外文):Su-Hsing S. Lee
學位類別:碩士
校院名稱:長榮大學
系所名稱:職業安全與衛生研究所
學門:醫藥衛生學門
學類:公共衛生學類
論文種類:學術論文
論文出版年:2009
畢業學年度:97
語文別:中文
論文頁數:158
中文關鍵詞:護理人員輪班睡眠品質工作壓力疲勞生理指標
外文關鍵詞:nursesshiftworksleep qualitywork stressfatiguebiological markers
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  • 被引用被引用:48
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下視丘主管人體24小時日夜節律,而輪班工作會干擾此節律之運作,因此輪班工作對工作人員會造成不良的健康影響。本研究利用縱貫性設計來探討輪班護理人員的壓力、疲勞、睡眠與唾液中相關生理指標。
本研究以南部某教學醫院之輪班護理人員為研究對象,採立意取樣的方式,徵求需輪班、年齡在20-45歲、目前在醫院病房工作、且工作年資大於一年以上的女性臨床護理人員參與。資料收集分三天完成,這三天分別為在休假滿2日以上第一天返回日班工作時,及上完2日日班與上完2日大夜班後的第三天,在收集當天,參與者利用上班中間休息時間填寫有關睡眠、工作壓力及疲勞之問卷,並在當日上午八點及下午四點採集唾液檢體,唾液檢體採用酵素連結免疫分析法(Enzyme-linked immunosorbent assay,簡稱ELISA)進行測定,而資料分析則以SPSS統計軟體進行。
研究結果顯示,三班護理人員中,大夜班護理人員的「工作負荷」顯著高於日班及休假後;大夜班的疲勞指數較高且前晚的睡眠問題比例較高,但三班間並無顯著差別;在比較各班睡眠問題、壓力及疲勞之相關,發現三班之疲勞與長期睡眠問題均呈正相關,而疲勞與工作負荷之正相關則僅在日班呈現。
在日班及休假後,護理人員唾液中cortisol早上及下午的平均濃度呈現早高午低的情形,而在夜班護理人員則呈現早低午高的相反狀況。睡眠品質不佳及休假時的疲勞與cortisol濃度降低有關,且大夜班工作負荷的增加則與下午的cortisol濃度增加有關。
休假後唾液TNF-α濃度呈現早低午高的情形,而大夜班則在TNF-α濃度呈現早高午低之情形,此外疲勞指數也與大夜班下午IL-6的濃度成正相關。TNF-α及IL-6濃度分別在休假早上、夜班早上及下午呈現正相關,cortisol濃度與休假後早上IL-6濃度呈負相關和大夜班早上TNF-α濃度則呈正相關。
輪值夜班之護理人員,一方面受到生理節律改變的影響,一方面又因工作負荷較大,具潛在睡眠及疲勞的問題,較容易影響身體健康,因此針對長期夜班輪值人員應給予密切健康追蹤及職場健康促進活動。
In the human body, hypothalamus controls our 24 hours circadian rhythm, but shiftwork tends to interfere with this regular rhythm and causes adverse health effects among shiftworkers. This study, designed longitudinally, was conducted to investigate the relationship between sleep quality, work stress, fatigue and relevant saliva biological markers among shift workers.
Study subjects were purposively recruited from shiftwork nurses in a teaching hospital from southern Taiwan. Shiftwork nurses, aged 20-45, currenly working in a hospital ward and with at least one-year shiftwork experience, were invited to participate. Data collection was completed on three different days, as the following: the first day of a day shift after returning from at least two days of off day; the third day of a day shift; and the third day of a night shift. On each day of data collection, a questionnaire was completed during mid-day break and saliva specimens were collected at 8am and 4pm, respectively. Saliva specimen was analyzed using Enzyme-linked immunosorbent assay and numerical data was analyzed by SPSS statistical software.
The results showed that night shift workers were significantly higher on the average score of “work demand” scale than off and day shift workers; while compared to off and day shift workers, night shift workers had higher fatigue scores and greater proportion of sleep problems on the previous night, the discrepancies were not statistically significant. Nevertheless, fatigue was closely related to long-term sleep problems on all shifts but was merely related to work demand on day shift.
On off and day shift, average saliva cortisol concentrations were both higher in the morning and lower in the afternoon; as a contrary, concentration on night shift was lower in the morning and higher in the afternoon. Poor sleep quality and fatigue during off day were related to decreased concentration of cortisol; while elevated work demand increased afternoon cortisol concentration on night shift.
Concentration of Saliva TNF-α was lower in the morning and higher in the afternoon on off shift; while on night shift TNF-α concentration was higher in the morning and lower in the afternoon. Concentration of TNF-α and IL-6 were correlated to each other on off day morning, night shift morning and evening. Concentration of cortisol was negatively correlated with IL-6 on off day morning and positively correlated with TNF-α on night shift morning.
Nurses who work on night shift are affected by the circadian rhythm and work demand, therefore they might have greater potentials for sleep problems, fatigue and even adverse health effects. Hence, for long-term night shift nurses, management should follow their health conditions closely and provide workplace health promotion.
致謝 I
中文摘要 IV
英文摘要 VI
目錄 VIII
表目次 XI
圖目次 XIII
附錄目次 XIV

第一章 緒論 1
1.1 研究背景與動機 1
1.2 研究目的 3
1.3 研究問題 3
1.4 名詞定義 4
第二章 文獻探討 6
2.1 輪班形式 6
2.2 輪班工作的健康效應探討 7
2.2.1 輪班與生物學問題:日夜節律(circadian rhythm)對生理節律的影響 9
2.2.2 輪班對身體和心理健康的影響 10
2.2.3 輪班對社會的影響 18
2.2.4 輪班工作的適應性 19
2.3 疲勞概念 20
2.3.1 疲勞的定義 23
2.3.2 造成疲勞的因素 24
2.3.3 疲勞的診斷 28
2.3.4 疲勞所呈現的身心反應 30
2.3.5 疲勞的測量 31
2.4 壓力概念 35
2.4.1 壓力的定義 35
2.4.2 影響壓力的因素 36
2.4.3 壓力的身心反應 37
2.4.4 工作壓力的定義 38
2.4.5 工作壓力的來源 39
2.4.6 工作壓力的致病模型理論 41
2.5 壓力、疲勞與生理指標 47
2.5.1 疲勞的生理機制 47
2.5.2 壓力的生理機制 48
2.5.3 免疫功能 50
2.5.4 疲勞、壓力與相關細胞激素之探討 50
第三章 研究方法與材料 54
3.1 研究架構 54
3.2 研究對象 55
3.3 研究工具 55
3.3.1 結構式問卷: 55
3.3.2 唾液檢體採樣:Salivette®(Saratedt,Germany) 58
3.3.3 酵素連結免疫分析法ELISA-細胞激素分析 58
3.4 研究資料收集流程 64
3.5 資料處理、統計分析 68
3.5.1 描述性統計 68
3.5.2 推論式統計 69
3.6 研究對象權益的保護 70
第四章 研究結果 71
4.1 描述性統計分析 71
4.2 輪班與疲勞、工作壓力、睡眠品質及唾液生理指標之相關 72
4.2.1 輪班與疲勞狀況 72
4.2.2 輪班與工作壓力 72
4.2.3 輪班與睡眠品質 73
4.2.4 輪班與生理指標 75
4.3 疲勞、工作壓力、睡眠品質及唾液生理指標之相關 77
第五章 討論 79
5.1 輪班護理人員疲勞、睡眠情況與工作負荷之現況 79
5.2 輪班、疲勞、工作壓力及睡眠型態之探討 80
5.3 生理指標之探討 82
5.4 研究限制 88
第六章 結論與建議 90
6.1 結論 90
6.2 建議 91
參考文獻 92
表 115
圖 134
附錄 143

表目次
表5.3.1、 收案期間的四個月內未上過日班的護理人員唾液TNF-α及IL-6濃度分布 86
表5.3.2、 「表示很難適應大夜班」的護理人員唾液TNF-α及IL-6濃度分布 86
表4.1.1、 研究護理人員年齡及年資之平均數及標準差 115
表4.1.2、 研究護理人員基本資料、健康狀況及生活習慣分佈 115
表4.2.1、 輪班護理人員在疲勞問卷各分項的平均分數與信度分析 116
表4.2.2、 輪班護理人員在疲勞量表得分加總計分標準化†後之變異數分析 117
表4.2.3、 輪班護理人員在工作特質問卷各分項的平均分數與信度分析 118
表4.2.3、 輪班護理人員在工作特質問卷各分項的平均分數與信度分析(續) 119
表4.2.4、輪班護理人員在工作特質量表得分加總計分標準化†後之變異數分析 120
表4.2.5、 輪班護理人員過去一個月睡眠品質 121
表4.2.6、 過去一個月「回答有睡眠問題」的輪班護理人員平均影響睡眠日數 122
表4.2.7、 輪班護理人員過去一個月平均影響睡眠日數之變異數分析 123
表4.2.8、輪班護理人員過去一個月平均睡眠品質之變異數分析 124
表4.2.9、 輪班護理人員換班二天後,睡眠問題對睡眠的影響之變異數分析 125
表4.2.10、輪班護理人員換班二天後,前晚睡眠情形 126
表4.2.11、輪班護理人員換班二天後,前晚睡眠品質之變異數分析 127
表4.2.12、輪班護理人員唾液中cortisol、TNF-α及IL-6之平均濃度、標準差及中位數 128
表4.2.13、輪班護理人員早上與下午唾液cortisol、TNF-α及IL-6濃度,以成對樣本檢定 129
表4.2.14、不同輪班班別間護理人員唾液cortisol、TNF-α及IL-6濃度之統計分析 130
表4.3.1、 輪班護理人員早上唾液中生理指標值與各連續變項間的相關係數矩陣表 131
表4.3.2、輪班護理人員下午唾液中生理指標值與各連續變項間的相關係數矩陣表 132
表4.3.3、輪班護理人員唾液早上及下午生理指標差異值與各連續變項間的相關係數矩陣表 133

圖目次
圖2.4.6.1、「負荷-控制模式」 43
圖2.4.6.2、工作壓力與健康模式 44
圖2.4.6.3、Job demand-Control-Social support Model 45
圖2.4.6.4、付出-報酬失衡模式 46
圖2.4.6.5、NIOSH工作壓力模型 47
圖2.5.2.1、ㄧ般適應症候群 48
圖2.5.2.2、急性壓力的生理反應 49
圖2.5.4.1、疲勞、壓力與相關細胞激素 52
圖3.1.1、 研究架構 54
圖3.3.2.1、Salivette 58
圖3.4.1、資料收集過程 65


附錄目次
附錄一、臨床研究受試者同意書 143
附錄二、研究問卷 146
附錄三、人體試驗委員會核准證書 151
附錄四、研究工具同意使用函(鄭雅文老師) 152
附錄五、疲勞問卷計分方式 153
附錄六、工作特質量表問卷計分方式 154
附錄七、研究工具同意使用函(郭浩然老師) 156
附錄八、睡眠品質問卷計分方式(過去一個月睡眠情形;長期睡眠情形) 157
附錄九、睡眠品質問卷計分方式(轉換班別後,短期睡眠情形) 158
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