英文対訳 計測技術ティーチング ―自動血球分析装置の基本原理―

出版社: 宇宙堂八木書店
著者:
発行日: 2006-01-03
分野: 臨床医学:一般  >  臨床検査診断
ISBN: 9784771950597
電子書籍版: 2006-01-03 (第1版)
電子書籍
章別単位で購入
ブラウザ、アプリ閲覧

1,760 円(税込)

目次

  • 表紙
  • 編集および発刊にあたって
  • 執筆者一覧
  • 序文 - 血液検査の過去・現在・未来
  • 目次
  • 第1章 臨床血液学と自動血球分析装置
  • 1-1. 血球生理と血液自動分析
  • 1-2. 主要血液疾患と血液自動分析検査
  • 1-2-1. 赤血球系異常症
  • 1-2-2. 白血球系異常症
  • 1-2-3. 血小板系異常症
  • 1-2-4. 主要血漿系異常症
  • 1-2-5. 自動血球分析装置の特定細胞検出能とその限界
  • 1-2-6. 自動血球分析装置の偽信号とその対策
  • 1-3. 今後の血球分析装置
  • 第2章 自動血球分析の歴史
  • 2-1. 血球検査の変遷 (血球計数の自動化)
  • 2-2. 血小板計数の変遷
  • 2-3. 網赤血球計数の変遷
  • 2-4. 白血球自動分類の変遷
  • 2-5. 多機能総合血液分析装置の時代 (血球分類の現状と今後の展開)
  • 2-5-1. 多項目自動血球分析装置 XE - 2100 (シスメックス社)
  • 2-5-2. 全自動血球計数器 Celltac F, Celltac E (日本光電工業)
  • 2-5-3. COULTER LH700シリーズ (ベックマン・コールター)
  • 2-5-4. CELL - DYN 4000 (アボットジャパン社)
  • 2-5-5. ADVIA 120 (バイエルメディカル社)
  • 第3章 血球分析基本技術
  • 3-1. 血球分析と粒子計測
  • 3-1-1. 電気抵抗法と光学分析法
  • 3-1-2. 細胞を計測する技術 (粒子計測技術)
  • 3-1-3. 細胞を特徴づける技術 (試薬)
  • 3-2. 電気抵抗法
  • 3-2-1. 検出原理
  • 3-2-2. 抵抗変化量と体積
  • 3-2-3. 赤血球直径分布と容積分布 / PriceJones曲線とヒストグラム
  • 3-2-4. 原理的なアーチファクトとその解決方法
  • 3-2-5. 裸核化白血球計測による白血球分類
  • 3-2-6. 交流検出による内部構造情報の検出
  • 3-3. 光学分析法
  • 3-3-1. シースフローシステム
  • 3-3-2. 細胞浮遊液の前処理
  • 3-3-3. 光源としての光 (波長とレーザ光)
  • 3-3-4. 散乱現象
  • 3-3-5. 散乱光の強度分布 (青い空のレイリー散乱と白い雲のミー散乱)
  • 3-3-6. 蛍光強度分析
  • 3-3-7. フローサイトメータ
  • 3-4. 機器評価
  • 3-4-1. データ分析と結果報告
  • 3-4-2. 性能評価方法
  • 3-4-3. 参照法
  • 3-4-4. 白血球分類参照法の正確度
  • 第4章 血球分析の精度管理
  • A. 内部精度管理, 外部精度管理, AQuAS (アジア臨床検査外部精度評価)
  • 4-A-1. 分析以外の要因
  • 4-A-1-1. 検体採取と保存
  • 4-A-1-2. 装置の保守点検
  • 4-A-1-3. 結果の報告
  • 4-A-2. 統計的精度管理法
  • 4-A-2-1. 血球検査精度管理で使用する主な用語と単位
  • 4-A-2-2. 内部精度管理法
  • 4-A-2-3. EQA
  • 4-A-3. アジアにおける検査血液外部精度管理の現状
  • 4-A-3-1. 調査方法
  • 4-A-3-2. 統計学的解析と評価
  • B. 血液学における精度管理
  • おわりに-血液分析装置の将来
  • 索引
  • 奥付

この書籍の参考文献

参考文献のリンクは、リンク先の都合等により正しく表示されない場合がありますので、あらかじめご了承下さい。

本参考文献は電子書籍掲載内容を元にしております。

第1章 臨床血液学と自動血球分析装置

P.28 掲載の参考文献
1) 巽典之. 自動血球計数の基礎知識. 大阪:厚生社;1991.
2) 巽典之. 基準値ハンドブック. 東京:南江堂;2004.
3) 巽典之. 血球計数 (網赤血球を含む). 臨床検査ガイド (和田攻・大久保昭行, 編). 東京:文光堂;2000.
4) 巽典之. 血液疾患患者の診療:血液疾患に必要な日常検査. 血液病学 (第2版) (三輪史朗, 編). 東京:文光堂;1995. p435-56.
5) 巽典之. ミス・ユニスの血液学概論. 神戸:Sysmex;2002.
7) Basin B. Basic haematological techniques. In:Lewis SM, editor. Practical Hematology (8th edition). Edinburgh:Churchill-Livingstone;1995. p.49-82.
8) England JM, van Assendelft OW. Automated blood counters and their evaluation. Automated examination of the peripheral blood smear. In Automation and Quality Assurance in Haematology. Oxford:Blackwell Scientific. Publ. ;1986. p.87-128.
9) Rowan RM. Automated examination of the peripheral blood smear. In Automation and Quality Assurance in Haematology. Oxford:Blackwell Scientific. Pub1. ;1986. p.129-77.
10) Koepke JA. Quantitative blood cell counting. ReticUlocyte counting. In:Koepke JA, editor Practical Laboratory Hematology. New York:Churchill Livingstone;1991. p.43-130.
11) Modern Hematology Analyzers. In:Groner W & Simson E, editors. Chichester:Wiley;1995.
P.29 掲載の参考文献
1) Tatsumi N. Basic knowledge about automatic blood cell counting, Koseisha (Osaka) , 1991.
2) Tatsumi N. Handbook of Reference Values, Nankodo (Tokyo) , 2004.
3) Tatsumi N. Blood cell counting (including reticulocyte counting) , A guide for clinical examinations, edited by Wada and Ohkubo, Bunkodo (Tokyo) , 2000.
4) Tatsumi N. Treatment in patients with blood diseases;Routine examinations necessary for blood diseases, Hematology (Second edition) , edited by Miwa, Bunkodo (Tokyo) , 1995. 435-456.
5) Tatsumi N. Miss Eunice's general Hematology, Sysmex (Kobe) , 2002.
7) Basin B. Basic haematological techniques. In:Lewis SM, editor. Practical Hematology (8th edition). Edinburgh:Churchill-Livingstone;1995. p. 49-82.
8) England JM, van Assendelft OW. Automated blood counters and their evaluation. Automated exami-nation of the peripheral blood smear. In Automation and Quality Assurance in Haematology. Oxford:Blackwell Scientific. Pub1. ;1986. p.87-128.
9) Rowan RM. Automated examination of the peripheral blood smear. In Automation and Quality Assurance in Haematology. Oxford:Blackwell Scientific. Pub1. ;1986. p.129-77.
10) Koepke JA. Quantitative blood cell counting. Reticulocyte counting. In:Koepke JA, editor Practical Laboratory Hematology. New York:Churchill Livingstone;1991. p.43-130.
11) Modern Hematology Analyzers. In:Groner W & Simson E, editors. Chichester:Wiley;1995.

第2章 自動血球分析の歴史

P.52 掲載の参考文献
1) 柴田昭. 近代血液学の建設者. シスメックス株式会社. 2001. p69-92.
2) 巽典之. 検査技術の進歩 (血液学的検査). わが国の臨床検査の歴史. 河合忠編. エスアールエル. 2000. p68-76.
3) 巽典之, 他. 血球計数装置の測定原理. Sysmex Journal 1999;22:11-26.
4) 前田宏明, 他. コールターカウンターModel Aから50年. 血液検査自動化への歩み. 臨床病理レビュー特集第126号. p1-8.
5) 金井正光編;金井正光. 血小板計数. 臨床検査法提要改訂30版. 金原出版;1993. p274-9.
6) 金井正光編;金井正光. 網赤血球計数. 臨床検査法提要改訂30版. 金原出版;1993. p269-71.
7) 西村敏治. コールターカウンターModel Aから50年. 最新型総合血液分析装置の機能. 臨床病理レビュー特集第126号. p9-16.
8) 川住勇, 石井剛. 多項目自動血球分析装置XE-2100による新しいパラメータの現状と発展. 生物試料分析 2003;26:291-294.
9) 中山洋一, 中村元則. ヘマトロジーアナライザーCOULTER LH700シリーズの基本性能. 生物試料分析 2003;26:295-302.
10) 永井豊. 無染色法による白血球分類装置の実現. 生物試料分析 2003;26:303-10.
11) 田中学, 他. 多項目自動血球分析装置CELL-DYN 4000の基礎的検討. 臨床検査機器・試薬 1999;22:25-131.
P.53 掲載の参考文献
1) Shibata A. The Foundersz of Modern Hematology. (Sysmex Corporation) , 69-92, 2001
2) Tatsumi N. Progress of Laboratory Test Technology (Hematological Analysis). History of Clinical laboratory Test in Our Country. (written by Kawai T) (SRL), 68-76, 2000
3) Tatsumi N, et al. Principle of blood cell counter. -Development of electronic resistance method. Sysmex Journal 22:11-26, 1999
4) Maeda H, et al. For 50 Years after Coulter Counter Model A. Automation of Blood Examination. Current Review of Clinical Pathology (review special edition) 126:1-8, 2003
5) Kanai M. Platelet Counting. Manual of Clinical Laboratory Test, the 30th edition (Kanehara Shuppan), 274-279, 1993
6) Kanai M. Reticulocyte Counting. Manual of Clinical Laboratory Test, the 30th edition (Kanehara Shuppan), 269-71, 1993
7) Nishimura T. For 50 Years after Coulter Counter Model A. Function of The Latest Comprehensive Hematology Analyzer, Current Review of Clinical Pathology (review special edition) 126:9-16, 2003
8) Kawazumi I, Ishii T. The present condition and development of the new parameter by Multiple Parameter Automatic Hematology Analyzer XE-2100. Journal of Analytical Bio-Science, 26:291-4, 2003
9) Nakayama Y, Nakamura M. Basic Performance of Hematology Analyzer COULTER LH700 Series. Journal of Analytical Bio-Science 26:295-302, 2003
10) Nagai Y. The realization of white blood cell differential hematology analyzer by unstained method, Journal of Analytical Bio-Science 26:303-10, 2003
11) Tanaka M, et al. Basic study of multiple parameter automatic hematology analyzer CELL-DYN 4000. J Clin Lab Inst Reag 22:125-31, 1999

第3章 血球分析基本技術

P.138 掲載の参考文献
1) Bohren CF, Huffman DR. Absorption and Scattering of light by small particle. New York:John Wiley & Sons;1987. p.7.
2) 飯塚啓吾. 現代光工学の基礎. 東京:オーム社;1980. p.104-17.
3) Nagai Y, Yamamoto S, Arai T, Sugisaki N, Ujiie M, Katagiri H, et al. Basic Studies of the Automated Blood Cell Analyzer Proto3 by Optical Fourier Transformation Technotogy (Part 1). J Jpn Society for Lab Hematology 2003;4:377-83.
4) 吉澤徹. 光応用計測実用マニュアル. 東京:新技術開発センタ;1985. p.376-400.
5) Takagi T. Development of a high-performance electrophretic light scattering apParatus for mobility determination of particles with their Stokes's of several nanometers. Applied and Throretical Electrophoresis 1990;1:273-8.
6) 日本分析化学会編. 電気分析法. 1987. p.74-89, p.101-5.
7) Wallace H. Coulter. MEANS FOR COUNTING PARTICLES SUSPEND IN A FLUID. US PATENT 1953;2, 656, 508.
8) Wallace H. Coulter:High-speed automatic blood cell counter and cell size anaiyzer. Premliminary draft of a talk presented before the National Electronics Conference, Chicago, 1956
9) Bessman JD. Automated Blood Count and Differentials. Baltimore:The Johns Hopkins Univ. Pres;1984
10) Groner W, Simson E. Technology fundamentals. In:Groner W, Simson E, eds. Practical Guide to Modern Hematology Analyzers. New York, NY:Wiley & Sons;1995. p.21.
11) Thom R. Method and results by improved electronic blood-cell sizing. Modern Concept in Hematology. Izak G, Lewis SM (Eds). Academic Press;1972. p.191-9.
13) Tatsumi N, Fukuda T, Kondo H. Standardization of clinical testing;Hematology. Japan Journal of Medical Technology 1991;40 (47) :91-96.
14) 向井正, 向井苑生. 反射屈折回折散乱. 東京:地人書館;1984. p.24-9, 84-5, 112-3, 121-3, 134-56.
15) 鶴田匡夫. 多重散乱:濡れた砂と洗い髪の光学. O plus E 1992;8:112-22.
16) Takahashi K. 基礎エアロゾル工学. 養賢堂;p.145-66.
17) Goodman JW. "Introduction to Fourie Optics", McGrawhill, New York, 1968. p.63
18) 野口義夫. ニューバイオセパレション. シーエムシー 1988. p.283-301.
20) Nagai Y. The realization of white blood cell differential hematology analyzers by unstained method. Journal of Analytical Bio-Science 2003;26:303-10.
21) Yamamoto H, Sano K, Ed. The Manual of Medical Standard methods for reticulocyte evaluation may involve either manual or automatic hematology analyzer processes. Flow Cytometry 1st ed., Kanehara Co. Ltd., Tokyo, Japan 1998. p.4-13
22) Salzman GC, Criwekk JM, Martin JC, Trujillo TT, Romero A, Mullaney PF, et al. Cell classification by laser light scattering:Identification and separation of unstained leukocytes. Acta Cytil 1975;19:374-7.
24) Nicola NA, Metcalf D, von Melchner H, Burgess AW. Isolation of murine fetal hemopoietic progenitor cells and selective fractionation of various erythroid precursor. Blood 1981;58:376-86.
26) Visser JWM, van den Engh GJ, van Bekkum DW. Light scattering properties of murine hematopoietic cells. Blood Cells 1908;6:391.
28) 佐々木巧典. 蛍光色素. 応用サイトメトリー. 東京:医学書院;2000.
29) Shapiro HM. Parameters and probe. Practical Flow Cytometry third edition. New York, John Wiley and Sons:1995. p.229
31) 松崎有未, 小河原美幸, 渡辺信和 (中内啓光, 監修). 新版フローサイトメトリ自由自在. 東京:秀潤社;1999. p.10-29.
32) Caspersson T, Santesson L. Studies on protein metabolism in the cells of elialtumor. Acta Radiol 1942; (Suppl 46) :1.
35) 御供泰治. フローサイトメトリ手技と実際. 東京:蟹書房;1984. p.3.
37) Clinical and Laboratory Standards Institute;Reference Leukocyte Differential Count (Proportional) and Evaluation of Instrumental Methods;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;1992. Document H20-A
39) Clinical and Laboratory Stamdards Institute;Evacuated tubes for blood specimen collection;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2003. Document H1-A3
40) Clinical and Laboratory Standards Institute;Evaluation of Precision Performance of Quantitative Measurement Methods;Approved Guideline-Second Edition;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2004. Document EP5-A2
41) International Council for Standardization in Haematology Expert Panel on Cytometry. Guidelines for the evaluation of blood cell analyzers including those used fbr differential leukocyte and reticulocyte counting and cell marker applications. Clin Lab Haematol 1994:16:157-74.
42) Class II Special Controls Guidance Document:Premarket Notifications for Automated DifferentialCell Counters for Immature or Abnormal Blood Cells;Final Guidance for Industry and FDA:Dec 4, 2001
43) Clinical and Laboratory Standards Institute;Evaluation of the Linearity of Quantitative Analytical Methods;Proposed Guideline;Approved Guideline, Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2003, Document EP6-A
44) Clinical and Laboratory Standards Institute;Method Comparison and Bias Estimation Using Patient Samples;Approved Guideline-Second Edition;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2002, Document EP9-A2
45) 巽典之. 臨床検査室認定の必要性. 東京:日医雑誌;134 (3). 2005. p.441-4.
46) Intrenational Council for Standarization in Haematology;Expert Panel on Haemoglobinometry:Recommendations for reference method for haemoglobinometry in human blood. J Clin Pathol 1996;49:271-4.
47) Intrenational Committee for Standarization in Haematology;Expert Panel on Haemoglobinometry: Recommendations for reference method for haemoglobinometry in human blood and specification for international haemiglobincyanide reference preparation (3rd edition). Clin Lab Haematol 1987;9:73-9.
48) Clinical and Laboratory Standards Institute;Reference and Selected Procedures for the Quantitative Determination of Hemoglobin in Blood;Third Edition, Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2000. Document H15-A3
49) International Committee for Standardization in Haematology;Recommendation for the reference method for the packed cell volume Lab. Hematol 2001;7:148-70.
50) International Committee for Standardization in Haematology;Recommendation for reference method for determination by centrifugation of packed cell volume of blood. J Clin Pathol 1980;33:1-2.
51) International Committee for Standardization in Haematology;Recommended method for the detemination of packed cell volume by centrifugation. WHO/LAB/89. 1, 1989
52) Clinical and Laboratory Standards Institute;Procedure for Determining Packed Cell Volume by the Microhematocrit Method, Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2000. Document H7-A3
53) Niitani K. Use of Indocyanine Green for the Determination of Trapped Plasma. Proceedings of the 5th ISQC-TOKYO, 1983. p.54-61.
55) WHO Calibration and control of basic blood cell counters. WHO/LAB/97. 2. 1-13.
56) Lewis SM. Control materials and calibrators. In Quality Assurance in Haematology. Eds. Lewis SM, Verwilghen RL. Bailliere Tindall (London). 1988, p.110-17.
57) Clinical and Laboratory Standards Institute;Calibration and Quality Control Procedures of Automated Hematology Analyzers;Proposed Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;1999. Document H38-P
60) International Committee for Standardization in Haematology;Recommended methods for the visual determination of white cell and platelet counts. WHO/LAB/88. 3, 1988
62) Clinical and Laboratory Standards Institute;Methods for Reticulocyte Counting (Automated Blood Cell Counters, Flow Cytometry, and Supravital Dyes) ;Approved Guideline-Second Edition, Wayne, PA:Clinical and Laboratory Standards Institute;2004. Document H44-A2
64) Clinical and Laboratory Standards Institute;Performance Goals for the Internal Quality Control of Multichannel Hematology Analyzers;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;1996. Document H26-A
65) Watanabe K, Tatsumi N, Miwa S. JCCLS Proposal for Clinical Allowance on Values of Bloos Cell Count. J The Japanese Journal of Clinical Pathology 1994;42:764-6.
66) Berend Houwen. The Differential Cell Count. Laboratory Hematology 2001;7:89-100.
67) Tokutake T, Baba H, Ishizaka A, Nozaki M, Kobayashi H, Ishida F:Platelet aggregation on peripheral blood spun smears may be useful for prediction of relapse in thrombotic thrombocytopenic purpura (TTP) :Journal of the Japanese Society for Lab Hematology;2004:183-191.
P.139 掲載の参考文献
1) Bohren CF, Huffman DR. Absorption and Scattering of light by smaall particle, New York:John Wiley & Sons 1987, p.7.
2) Iizuka K:The foundation of modern optical engineering, Tokyo:Ohmsha, Ltd;1980, p104-117
3) Nagai Y, Yamamoto S, Arai T, Sugisaki N, Ujiie M, Katagiri H, et al. Basic Studies of the Automated Blood Cell Analyzer Proto3 by Optical Fourier Transformation Technotogy (Part 1). J Jpn Society for Lab Hematology 2003;4:377-83.
4) Yoshizawa T:Apractical manual of optical measurement, Tokyo:Techno Consultants Inc. ;1985, p367-400
5) Takagi T. Development of a high-performance electrophretic light scattering apparatus for mobility determination of particles with their Stokes's of several nanometers. Applied and Throretical Electrophoresis 1990;1:273-8.
6) The Japan Society for Analytical Chemistry Ed. Electroanalytical technique;1987, p74-89, p101-105
7) Wallace H. Coulter. MEANS FOR COUNTING PARTICLES SUSPEND IN A FLUID. US PATENT 1953;2, 656, 508.
8) Wallace H. Coulter:High-speed automatic blood cell counter and cell size analyzer. Premliminary draft of a talk presented before the National Electronics Conference, Chicago, 1956
9) Bessman JD. Automated Blood Count and Differentials. Baltimore:The Johns Hopkins Univ. Pres;1984
10) Groner W, Simson E. Technology fundamentals. In:Groner W, Simson E, eds. Practical Guide to Modern Hematology Analyzers. New York, NY:Wiley & Sons;1995:21
11) Thom R. Method and results by improved electronic blood-cell sizing. Modern Concept in Hematology. Izak G, Lewis SM (Eds) , Academic Press, 191-199, 1972
13) Tatsumi N, Fukuda T, Kondo H. Standardization of clinical testing;Hematology. Japan Journal of Medical Technology 1991;40 (47) :91-96.
14) Mukai T, Mukai S. Reflection, Refraction, Diffraction and Scattering, Tokyo:Chijinshokan Co., Ltd. ;1984, p24-29, p84-85, p112-113, p121-123, p134-156
15) Tsuruta T:Multiple Scattering. Optics of wet sand and washed hair. Oplus E 1992;8:112-122
16) Takahashi, K. Fundamental aerosol engineering, Tokyo:Yokendo Co Ltd. ;1982, p145-166
17) Goodman JW. "Introduction to Fourie Optics", (McGrawhill, New York, 1968) p.63
18) Noguchi Y. New Bioseparation, Tokyo:CMC Publishing Co., Ltd. ;1988:p293-301
20) Nagai Y. The realization of white blood cell differential hematology analyzers by unstained method. Journal of Analytical Bio-Science 2003;26:303-10.
21) Edited by Yamamoto H, Sano K. The Manual of Medical Flow Cytometry 1st ed. 4-13, Kanehara Co. Ltd., Tokyo, Japan 1998
22) Salzman GC, Criwekk JM, Martin JC, Trujillo TT, Romero A, Mullaney PF, et al. Cell classification by laser light scattering:Identification and separation of unstained leukocytes. Acta Cytil 1975;19:374-7.
24) Nicola, N. A., Metcalf, D., von Melchner, H., Burgess,A. W. :Isolation of murine fetal hemopoietic progenitor cells and selective fractionation of various erythroid precursor, Blood, 58:376-386, 1981
26) Visser JWM, van den Engh GJ, van Bekkum DW. Light scattering properties of murine hematopoietic cells. Blood Cells 1908;6:391.
28) Sasaki T. Application of Cytometry. Fluorescent Dye. Tokyo:Igaku-Shoin Ltd. ;2000
29) Shapiro HM. Parameters and probe. Practical Flow Cytometry third edition. New York, John Wiley and Sons:1995. p229
31) Matsuzaki M, Ogawara M, Watanabe N. (Nakauchi H, eds). The Complete Control of Flow Cytometry, Tokyo:Shujunsha Co. Ltd. ;1999, p10-29
32) Caspersson T, Santesson L. Studies on protein metabolism in the cells of elialtumor. Acta Radiol 1942; (Suppl 46) :1.
35) Mitomo Y, Technique and Practice of Flow Cytometry, Tokyo:Kani-Shobo, 1984. p3.
37) Clinical and Laboratory Standards Institute;Reference Leukocyte Differential Count (Proportional) and Evaluation of Instrumental Methods;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;1992. Document H20-A
39) Clinical and Laboratory Standards Institute;Evacuated tubes for blood specimen colledion;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards lnstitute;2003. Document H1-A3
40) Clinical and Laboratory Standards Institute;Evaluation of Precision Performance of Quantitative Measurement Methods;Approved Guideline-Second Edition;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2004. Document EP5-A2
41) International Council for Standardization in Haematology Expert Panel on Cytometry. Guidelines for the evaluation of blood cell analyzers including those used for differential leukocyte and reticulocyte counting and cell marker applications, Clin Lab Haematol 1994:16:157-74.
42) Class II Special Controls Guidance Document:Premarket Notifications for Automated Differential Cell Counters for Immature or Abnormal Blood Cells;Final Guidance for Industry and FDA:Dec 4, 2001
43) Clinical and Laboratory Standards Institute;Evaluation of the Linearity of Quantitative Analytical Methods;Proposed Guideline;Approved Guideline, Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2003, Document EP6-A
44) Clinical and Laboratory Standards Institute;Method Comparison and Bias Estimation Using Patient Samples;Approved Guideline-Second Edition;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2002, Document EP9-A2
45) Tatsumi N. The necessary of accreditation of medical laboratory. The Journal of the Japan Medical Association;134 (3). 2005. p.441-4.
46) Intrenational Council for Standarization in Haematology;Expert Panel on Haemoglobinometry:Recommenda-tions for reference method for haemoglobinometry in human blood. J Clin Pathol 1996;49:271-4.
47) Intrenational Committee for Standarization in Haematology;Expert Panei on Haemoglobinometry:Recommendations for reference method for haemoglobinometry in human blood and specification for international haemiglobincyanide reference preparation (3rd edition). Clin Lab Haematol 1987;9:73-9.
48) Clinical and Laboratory Standards Institute;Reference and Selected Procedures for the Quantitative Determination of Hemoglobin in Blood;Third Edition, Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2000. Document H15-A3
49) International Committee for Standardization in Haematology;Recommendation for the reference method for the packed cell volume Lab. Hematol 2001;7:148-70.
50) International Committee for Standardization in Haematology;Recommendation for reference method for determination by centrifugation of packed cell volumeof blood. J Clin Pathol 1980;33:1-2.
51) International Committee for Standardization in Haematology;Recommended method for the determination of packed cell volume by centrifugation. WHO/LAB189. 1, 1989
52) Clinical and Laboratory Standards Institute;Procedure for Determining Packed Cell Volume by the Microhematocrit Method, Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;2000. Document H7-A3
53) Kazuo Niitani:Use of Indocyanine Green for the Determination of Trapped Plasma. Proceedings of the 5th ISQC-TOKYO, 1983. p.54-61.
55) WHO Calibration and control of basic blood cell counters. WHO/LAB/97. 2. 1-13.
56) Lewis SM. Control materials and calibrators. ln quality assurance in haematology. Eds. Lewis SM, Verwilghen RL Bailliere Tindall (London). 1988, p.110-17.
57) Clinical and Laboratory Standards Institute;Calibration and Quality Control Procedures of Automated Hematology Analyzers;Proposed Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;1999. Document H38-P
60) International Committee for Standardization in Haematology;Recommended methods for the visual determination of white cell and platelet counts. WHO/LAB/88. 3, 1988
62) Clinical and Laboratory Standards Institute;Methods for Reticulocyte Counting (Automated Blood Cell Counters, Flow Cytometry, and Supravital Dyes) ;Approved Guideline-Second Edition, Wayne, PA:Clinical and Laboratory Standards Institute;2004. Document H44-A2
64) Clinical and Laboratory Standards Institute;Performance Goals for the Internal Quality Control of Multichannel Hematology Analyzers;Approved Guideline, Wayne, PA:Clinical and Laboratory Standards Institute;1996. Document H26-A
65) Watanabe K, Tatsumi N, Miwa S. JCCLS Proposal for Clinical Allowance on Values of Bloos Cell Count. The Japanese Journal of Clinical Pathology 1994;42:764-6.
66) Berend Houwen. The Differential Cell Count. Laboratory Hematology 2001;7:89-100.
67) Tokutake T, Baba H, Ishizaka A, Nozaki M, Kobayashi H, Ishida F:Platelet aggregation on peripheral blood spun smears may be useful for prediction of relapse in thrombotic thrombocytopenic purpura (TTP) :Journal of the Japanese Society for Lab Hematology;2004:183-191

第4章 血球分析の精度管理

P.174 掲載の参考文献
1) 河合忠. 臨床検査のQM-世界の動向. 臨床検査 1995;39:505-9.
2) 中甫. quality controlの歴史. 臨床検査 1997;41:366-72.
3) 河合忠. ISO国際規格による臨床検査室の認定. 臨床病理 2004;52:900-5.
4) 山田輝雄. 7. トータルラボラトリーシステムの現状と将来 B. 精度管理. 臨床病理レビュー特集 第126号, 2004. 104-8
5) Roger Hall, Robert G Malia. Medical Laboratory Haematology (2nd ed.). Butterworth Heinemann Ltd, Oxford, 1991. p122-5.
6) 巽典之. IV. ICSHの機構と規約. (三輪史朗, 新谷和夫, 松原高賢, 黒川一郎, 巽典之, 編) ICSHと血液検査標準化. ICSH細胞計測日本分科会. 東京:宇宙堂八木書店;1987. p50-7.
7) 巽典之 (監修). 自動血球計数の基礎知識. 大阪:厚生社;1991. p119-35.
9) Shewhart WA. Economic control of quality of the manufactured product, Van Nostrand, New York, 1931
11) Westgard JO, et al. A multi-rule Schewhart chart for quality control in clinical chemistry. Clin Chem 1981;27:194-501.
12) 日本光電工業株式会社. Celltac F全自動血球計数器MEK-8222取扱説明書. 2003. p4-23~4-39.
13) 保崎清人, 他. 定量検査の精度管理. 臨床検査講座検査管理総論 (第2版). 東京:医歯薬出版;2003. p33-49.
14) 東克己, 他. 血液検査における精度管理の現状-血球計算 (CBC) について-. 衛生検査 1992;41:800-3.
15) 巽典之, 他. 血球計数の精度管理. 検査と技術 1998;26:747-55.
16) Koepke JA, et al. Calibration and quality control of automated hematology analyzers; Proposed standard. NCCLS (H38-P) 1999;19:1-31.
17) 岡田徳弘. 血球分析装置における標準化. 臨床検査 2000;44:827-34.
18) 近藤弘・巽典之. コントロール血液, バイエルヘマトロジーニュース第4号特集赤血球. 東京:バイエルメディカル株式会社, 2004. p30-33.
19) Jones AR, et al. Performance goals for the internal quality control of multichannel hematology analyzers;approved standard. NCCLS 1996;H26-A.
20) 渡辺清明, 他. 血球計数値の臨床的許容限界-JCCLSからの提言-. 臨床病理 1994;42:764-6.
21) 巽典之, 他. 血液検査のQC. 臨床検査 1987;31:387-94.
22) 巽典之, 他. 血球計数器の正確性. From Coulter 1993;21:7-12.
23) Kondo H, et al. External quality assessment for automated leukocyte differential count using fresh blood. Grobal standardization and advanced quality management'01, 141-146, 2002
24) 巽典之, 他. 日本医師会臨床検査精度管理調査の役割. Sysmex Journal 1998;21:121-30.
25) 松本喜美子, 白上篤. 東亞医用電子 (株) の血球計数装置に対する精度管理物質とその特性. Sysmex Journal 1998;21:191-9.
26) 大阪府医師会. 平成16年度 (第32回) 臨床検査精度管理調査報告書. 2004. p293-6.
27) 菅野剛史. 外部精度管理調査の標準化に関する研究. 厚生省科学研究費補助金研究報告書. 2000. p21-5.
28) 近藤弘, 他. 諸外国の臨床検査技師と教育制度. 臨床検査 49:2005 (印刷中)
29) 巽典之. 東南アジアの検査血液標準化の動向. 日本検査血液学会誌 2001;2:197-201.
30) Lee KN, et al. Annual (2001-2) report of External Quality Control in Asia-Asian Quality Assurance Survey (AQuAS) program-. Journal of Laboratory Medicine and Quality Assurance 2003;25:S3:624-39.
P.177 掲載の参考文献
1) Kawai T. QM of clinical laboratory test-the trend in the world. Journal of Medical Technology 1995;39:505-9.
2) Naka H. History of quality control. Journal of Medical Technology 1997;41:366-72.
3) Kawai T. Accreditation of clinical laboratories based on ISO standards. Rinsho Byori 2004;52:900-5.
4) Yamada T. Quality Control. Current Review of Clinical Pathology 126, 104-8, 2004
5) Roger Hall, Robert G Malia. Medical Laboratory Haematology (2nd ed.). Butterworth Heinemann Ltd, Oxford, 1991. p122-5.
6) Tatsumi T. IV. Organization and bylaw of ICSH. (Miwa S, Niitani K, Matsubara K, Kurokawa T, Tatsumi N, eds) a ICSH and standardization of hematology test. ICSH Japanese panel of cytometry. Tokyo:Uchudou Yagi Shoten;1987. p50-7.
7) Tatsumi N, ed. Basic knowledge of automatic blood cell count. Koseisha (Osaka) :1991. p119-35.
9) Shewhart WA. Economic control of quality of the manufactured product, Van Nostrand, New York, 1931
11) Westgard JO, et al. A multi-rule Schewhart chart for quality control in clinical chemistry. Clin Chem 1981;27:194-501.
12) Nihon Kohden Corp. Automated Hematology Analyzer MEK-8222 (Celltac F) Operation Manual. 2003. p423-439.
13) Hosaki S, et al. Quality control of quantitative test. Clinical Laboratory test lecture;introduction of test management (2nd Ed. ). Ishiyaku-shuppan (Tokyo) ;2003. p33-49.
14) Higashi K, et al. Present condition of quality control in hematology test-about complete blood count (CBC) -. Japanese Journal of Medical Technology 1992;41:800-3.
15) Tatsumi N, et al. Quality control of blood cell count. Modern Medical Laboratory 1998;26:747-55.
16) Koepke JA, et al. Calibration and quality control of automated hematology analyzers;Proposed standard. NCCLS (H38-P) 1999;19:1-31.
17) Okada T. Standardization in automated hematology analyzer. Journal of Medical Technology 2000;44:827-34.
18) Kondo T, Tatsumi N. Control blood, Bayer Hematology News No.4-erythrocyte feature. Bayer Medical Corp. (Tokyo) 2004. p30-33.
19) Jones AR, et al. Performance goals for the internal quality control of multichannel hematology analyzers;approved standard. NCCLS 1996;H26-A.
20) Watanabe K, et al. JCCLS Proposal for Clinical Allowance on Values of Blood Cell Count. Rinsho Byori 1994;42:764-6.
21) Tatsumi N, et al. QC of Hematology test. Journal of Medical Technology 1987;31:387-94.
22) Tatsumi N, et al. The accuracy of Hematology counter. From Coulter 1993;21:7-12.
23) Kondo H, et al. External quality assessment for automated leukocyte differential count using fresh blood. Grobal standardization and advanced quality management'01, 141-146, 2002
24) Tatsumi N, et al. The Role of External Quality Assessment in the Japan Medical Association. Sysmex Journal 1998;21:121-30.
25) Matsumoto M, Shirakami A. Quality Control Materials and its features for Sysmex Blood Cell Analyzers. Sysmex Journal 1998;21:191-9.
26) Osaka Medical Association. The report of the 32nd Quality Surveillance on clinical test. 2004. p293-6.
27) Kanno T. Research on standardization of external quality surveillance. Ministry of Health and Welfare science research subsidy report. 2000. p21-5.
28) Kondo H, et al. Medical laboratory technicians and educational system of foreign countries. Journal of Medical Technology 49:2005 (printing)
29) Tatsumi N. The trend of standardization of laboratory hematology in south east Asia. Journal of the Japanese Society for Laboratory Hematology 2001;2:197-201.
30) Lee KN, et al. Annual (2001-2) report of External Quality Control in Asia-Asian Quality Assurance Survey (AQuAS) program-. Journal of Laboratory Medicine and Quality Assurance 2003;25:S3:624-39.

最近チェックした商品履歴

Loading...