人工腎臟凝固率之改善專案 - tnna.org.t · 中華民國99年12月...

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中華民國 99 年 12 月 臺灣腎臟護理學會雜誌 第 9 卷第 2 期 天主教耕莘醫院永和分院血液透析室護理師 天主教耕莘醫院永和分院血液透析室護理長 * 受文日期:97 12 31 修改日期:98 02 16 接受刊載:98 04 01 通訊作者地址:方靜玉 台北縣永和市中興街 80 號 5 樓 天主教耕莘醫院永和分院 血液透析室 電話:(02)29286060 轉10501 電子信箱:[email protected] 人工腎臟凝固率之改善專案 方靜玉 柯宣妤* 林欲儒 黃育榛 官月萍 林莉蓁 摘要 末期腎病病人需長期依賴透析治療來移除體內的毒素與水分,而血液透析治療是台灣 現階段最主要的治療方式。執行透析的過程中,病人因人工腎臟凝固而導致血液流失,將 會加重貧血的症狀,且無法達到適量的透析。本專案是針對導致人工腎臟凝固的四項主因 :血流不足、抗凝劑不足、抗凝劑劑量錯誤、未用生理食鹽水灌洗;提出改善措施:(一 )制訂抗凝劑使用之標準作業流程、(二)制訂暫時性雙腔導管自我照護衛教單、(三)加 強護理人員依標準作業流程執行之確實性、及病人血管通路自我照護和血壓控制衛教。因 專案的施行,人工腎臟凝固率由 11.4%降至 3.4%,不但改善病人貧血的狀況,降低醫療 成本的支出,也達成提升病人透析品質及提供病人最佳的護理服務。 關鍵詞:血液透析、人工腎臟凝固、貧血 前言 末期腎病(End Stage Renal Disease, ESRD)病人接受血液透析治療,乃是藉由 人工腎臟及透析機操作系統進行血液的接 觸及物質的交換,在血液透析時若人工腎 臟發生凝固,則會造成病人血液的流失, 不但會加重病人的貧血問題,可能還需要 輸血治療,且無法達到適量的透析(Besarab & Brouwer, 2004)。病人的血比容值( Hematocrit, Hct)和病人的生活品質及其醫 療結果(如:罹病率、住院率、死亡率) 皆有關聯(王、游、鍾、姚,2000),若將 病人血比容值維持在 30-35%,亦可使其生 活品質獲得相當大的改善(葉、唐、黃, 2005)。當人工腎臟發生凝固,護理人員需 浪費時間、人力及物力去做更換的動作, 還需面對醫師及病人的不信任,甚至可能 引起醫療糾紛。 本單位在計算九月份的耗材支出時, 發現多使用了 8 支人工腎臟及 22 套的管路 ,增加許多成本的支出。但經查詢血液透

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  • 99 12 9 2

    *

    97 12 31 98 02 16 98 04 01

    80 5

    0229286060 10501 [email protected]

    *

    11.4 3.4

    End Stage Renal Disease,

    ESRD

    Besarab

    & Brouwer, 2004

    Hematocrit, Hct

    2000

    30-35%

    2005

    8 22

  • 99 12 9 2

    15 13

    3-18 2006

    91%

    4

    8-9

    FB-150G

    FB

    85

    2007.10.17-18

    1/3

    2007/10/15-20

    29

    29

    A-V fistula Graft catheter

    85100% 6171.8 1720 78.2

    20 20-24.9 25-29.9 30-34.9 35

    85100% 11 1012 3946 2631 910

  • 99 12 9 2

    9 3.6 31.0 31.0 7 2.8 24.1 55.1 4 1.6 13.8 68.9 3 1.1 10.3 79.2 1 0.4 3.5 82.7 1 0.4 3.5 86.2 1 0.4 3.5 89.7 3 1.1 10.3 100 29 11.4 100

    29 20 1/3 6 1/2

    3 2/3

    2007

    10/15 7 47 14.9

    10/16 3 37 8.1

    10/17 6 47 12.8

    10/18 4 36 11.1

    10/19 5 46 10.9

    10/20 4 38 10.5

    29 251

    4.8 42 11.4

  • 99 12 9 2

    3

    7 400-550

    150

    2,700-3,150

    11.4

    -11.411.479.2853.7

    3.5

    GFR15

    ml/min/1.73 m2

    90

    2004

  • 99 12 9 2

    dialysis membrane

    polyurethane

    20062005

    200-300 ml

    2006heparin

    2006Levy,

    Morgan, Brown, 2004

    2005

    2006

    2002

    3000-5000

    30-60

    20022005

    100 mmHg

    2005

    2005Collins, 2002

    10-20 ml

    200-250 ml

    2002

    2005

  • 99 12 9 2

    2007 10 8

    2008 3 31

    2007/10/8-11/3

    80/20

    ()

    2007/10/29-2008/1/5

    1

    2

    3

    9

    4

    2007/12/1-15

    2007/12/17-31

  • 99 12 9 2

    1-1.

    1-1-1.

    1-1-2.

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    21

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    1-2.

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    1-2-2.

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    19

    23

    21

    21

    21

    21

    23

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    21

    53

    65

    63

    2.

    2-1.

    2-1-1.35%

    2-1-2.1/3

    25

    25

    25

    23

    23

    21

    73

    69

    3.

    3-1.

    3-1-1.

    3-1-2.

    3-1-3.

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    25

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    25

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    73

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    4-1.

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    25

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    69

    73

    75

    4.

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    4-2.

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    4-2-3.

    4-2-4.

    25

    25

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    73

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    73

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    5315 60

    5358060

  • 99 12 9 2

    100 ml

    100 ml

    2007/12/31-2008/3/31

    2008/2/25-3/1

    11.4% 3.4%

    70.2%11.4

    3.4/11.4100% 101.2%

    3.411.4/3.511.4100%

    2008/3/24-29

    3.8%

    2007 2008

    10 11 12 1 2 3

    1..

    2.

    3.

    1.

    2.

    3.

    4.

    5.

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    11.4%

    3.5% 3.4%

    0

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  • 99 12 9 2

    ()

    29

    17 17

    EPO, Erythropoient

    2008/2/25-3/1

    8 1

    1

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    % % %

    9 3.6 3 1.3 63.9

    7 2.8 2 0.9 67.6

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    3 1.1 0 0 100

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    1 0.4 0 0 100

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    3 1.1 1 0.4 63.6

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    0 00

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    20 20-24.9 25-29.9 30-34.9 35

    07.10.17-18

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    %

    -/100%

  • 99 12 9 2

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  • 99 12 9 2

    MED-

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    1.

    2.

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    1/3

    7.

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    97.03.10

    96.03.31

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    HR

  • 99 12 9 2

    1

    2

    1

    2

    1

    2

    3

    4

    5

    6

    7

    8

    9

    10

  • 99 12 9 2

    2000

    -

    465-74

    2004

    164241-246

    2005

    172123-125

    2006

    99-115

    2006/

    82-86

    2002

    193296-305

    2005

    171

    1-10

    2002-

    12174-176

    2005

    174

    226-235

    2005

    Besarab, A., & Brouwer, D. (2004). Aligning hemodialysis treatment practices with the National Kidney Foundations K/DOQI vascular access guidelines. Dialysis & Transplation, 33 (11), 694-702.

    Collins, A. J. (2002). Influence of target he-moglobulin in dialysis patient on mor-bidity and mortality. Kidney, 61, 44-48.

    Levy, J., Morgan, J., & Brown, E. (2004). Oxford handbook of dialysis. New YorkOxford University Press.

  • 99 12 9 2

    RN, Cardinal Tien Hospital Yung-Ho Branch 5F Hemo-Room HN, Cardinal Tien Hospital Yung-Ho Branch 5F Hemo-Room *

    ReceivedDes. 31, 2008 RevisedFeb.16, 2008 Accepted for publicationApr. 01, 2008 CorrespondenceChing Yu Fang, 5F, 80, Jung- Shing ST, Yung- Ho, Taipei Hsien, Taiwan R.O.C. Telephone0229826060 ext 10501 [email protected]

    Reduce the Severity of Blood Clotting in Dialyzer

    Ching-Yu Fang Tsuan-Yu Ko* Yu-Jo Lin

    Yu-Chen Huang Yueh-Ping Guan Li-Chen Lin

    Abstract

    In order to remove toxins and excess water from their body, patients with end-stage renal disease (ESRD) rely on long-term renal replacement therapy, of which hemodialysis is the most popular choice in Taiwan. Because of dialyzer clotting, the patient will lose blood during hemo-dialysis, resulting in inadequate dialysis as well as anemia. Regarding the four main causes of dialyzer clotting: low blood flow, low anticoagulant, wrong dose of anticoagulant, and non normal saline flush, this project offers methods to improve hemodialysis, as follows: (1) stan-dardization of the dose of anticoagulant; (2) providing a list of self-care steps when using a temporary catheter; (3) ensuring that nursing staff will follow the standard procedure of nursing and that patients will follow the standard procedure to take care of the vascular access and con-trol their blood pressure. As a result, this project not only reduced the rate of dialyzer clotting from 11.4 % to 3.4 % but also ameliorated the resulting anemia. It also decreased the cost of the treatment, achieved adequacy of dialysis, and offered the best nursing care for the patients.

    Key wordshemodialysis, dialyzer clotting, anemia

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