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Clinical Chemistry - Theory, Analysis, Correlation

Nguồn ngoài

Clinical Chemistry - Theory, Analysis, Correlation

This workbook is designed as a companion manual to the 4th edition of Clinical Chemistry: Theory, Analysis, Correlation by Kaplan and Pesce. It should be used as an integral part of a complete medical technology program. However, students of Clinical Chemistry will find that it is also a valuable study guide for preparing the certification examination. It allows the student to assess areas of weakness in basic facts, laboratory concepts, and clinical application.

Allied HealthMedicine
Tác giả
Lawrence Kaplan & Amadeo Pesce
Nhà xuất bản
New York University & University of Cincinnati
Nguồn
LibreTexts
Giấy phép
CC BY-NC-SA
Ngôn ngữ
EN
Danh mục
Khoa học cơ bản
Đọc trực tuyến Tải PDF (nguồn mở)
Mục lục· 140 mục
  1. 01: Questions and Answers
  2. 1.01: Introductory Principles
  3. 1.02: Laboratory Management
  4. 1.03: Sources and Control of Preanalytical Variation
  5. 1.04: Spectral Techniques
  6. 1.05: Chromatography
  7. 1.06: Mass Spectrometry
  8. 1.07: Radioisotopes
  9. 1.08: Electrophoresis
  10. 1.09: Immunology and Immunochemistry
  11. 1.10: Competitive Binding Assays
  12. 1.11: Colligative Properties
  13. 1.12: Electrochemical Measurements
  14. 1.13: Automation
  15. 1.14: Point-of-care (Near-patient)
  16. 1.15: Laboratory Information Systems
  17. 1.16: Statistics and Reference Ranges
  18. 1.17: Quality Control
  19. 1.18: Evaluation of Methods
  20. 1.19: Interferences
  21. 1.20: Body Water and Electrolytes
  22. 1.21: Acid-base Control
  23. 1.22: Renal Function
  24. 1.23: Liver Disease
  25. 1.24: Bone Disease
  26. 1.25: The Pancreas- Function and Chemical Pathology
  27. 1.26: Gastrointestinal Function and Digestive Disease
  28. 1.27: Cardiac and Muscle Disease
  29. 1.28: Diabetes
  30. 1.29: Lipid Metabolism
  31. 1.30: Alcoholism
  32. 1.31: Iron Bilirubin Porphyrin
  33. 1.32: Hemoglobin
  34. 1.33: Human Nutrition
  35. 1.34: Trace Elements
  36. 1.35: Vitamins
  37. 1.36: Pregnancy and Fetal Function
  38. 1.37: Extravascular Fluids
  39. 1.38: Central Nervous System
  40. 1.39: Endocrinology
  41. 1.40: Diseases of Genetic Origin
  42. 1.41: Molecular Biology in the Clinical Laboratory
  43. 1.42: Neoplasia
  44. 1.43: Laboratory Evaluation of the Transplant Recipient and Donor
  45. 1.44: Toxicology
  46. 1.45: Addiction and Substance Abuse
  47. 1.46: Enzymes and Isoenzymes
  48. 1.47: Therapeutic Drug Monitoring
  49. 1.48: Urinalysis
  50. 02: Laboratory Exercises
  51. 2.01: Basic Spectrophotometry
  52. 2.02: Absorbance Spectra
  53. 2.03: Standard Curve
  54. 2.04: Buffer Preparation
  55. 2.05: Buffer Titration buffering Capacity
  56. 2.06: Flame Photometer
  57. 2.07: Chloride Determination (Coulometric Method)
  58. 2.08: Electrolytes anion Gap
  59. 2.09: Serum Osmolality
  60. 2.10: Serum Glucose- Trinder Method
  61. 2.11: Glucose Tolerance Test
  62. 2.12: Total Serum Protein
  63. 2.13: Serum Albumin (Bromcresol Green Method)
  64. 2.14: Serum Creatinine (Jaffe Method)
  65. 2.15: Bilirubin (Waters and Gerande DMSO Method)
  66. 2.16: Cholesterol (Total and HDL)
  67. 2.17: Triglycerides
  68. 2.18: Lipoprotein Electrophoresis
  69. 2.19: Kinetic Enzyme Analysis
  70. 2.20: Enzymes Rate Creatine Kinase (CK)
  71. 2.21: Amylase (Modified Caraway Method)
  72. 2.22: Creatine Kinase (CK) Isoenzyme Electrophoresis
  73. 2.23: Blood Gas Analysis
  74. 2.24: Phlebotomy
  75. 2.25: Exercise 25 Quality Control
  76. 2.26: Extraction Technique
  77. 2.27: Thin Layer Chromatography (TLC) of Drugs
  78. 2.28: High Performance Liquid Chromatography (HPLC)
  79. 2.29: Gas Liquid Chromatography (GLC)
  80. 2.30: Radioimmunoassay (RIA)
  81. 03: Urinalysis
  82. 3.01: Protein in urine
  83. 3.02: Glucose in urine
  84. 3.03: Specific Gravity of Urine
  85. 3.04: Red Cells or Hemoglobin in urine
  86. 3.05: Nitrite in urine
  87. 3.06: Leukocytes or Esterase in urine
  88. 04: Case Histories
  89. 4.01: Calculations
  90. 4.02: Laboratory Equipment
  91. 4.03: Sample Preparation
  92. 4.04: Spectrophotometry
  93. 4.05: Refractometry
  94. 4.06: Chromatography I
  95. 4.07: Radioisotopes
  96. 4.08: Liquid Scintillation Counting
  97. 4.09: Colligative Properties
  98. 4.10: Ion Selective Electrodes
  99. 4.11: Reference Intervals
  100. 4.12: Quality Control
  101. 4.13: Electrolytes
  102. 4.14: Blood Gases
  103. 4.15: Renal Disease Creatinine Analysis
  104. 4.16: Liver Disease Alkaline Phosphatase
  105. 4.17: Bone Disease Alkaline Phosphatase Isoenzymes
  106. 4.18: Diabetes Ketone Analysis
  107. 4.19: Alcohol
  108. 4.20: Toxicology
  109. 4.21: Sample Analysis I
  110. 4.22: Sample Analysis II
  111. 4.23: Phlebotomy
  112. 4.24: Chain Of Custody
  113. 4.25: Toxicology - Cyanide Poisoning
  114. 4.26: Cardiac Isoenzymes
  115. 4.27: Creatine Kinase (CK) Isoenzymes
  116. 4.28: Tumor Markers
  117. 4.29: Potassium
  118. 4.30: Ammonia Analysis
  119. 4.31: Toxicology (CO Poisoning)
  120. 4.32: Spectrophotometry- ELISA Reader
  121. 4.33: Enzyme Analysis
  122. 4.34: Renal Function - Creatinine Clearance Calculation
  123. 4.35: Amniotic Fluid Analysis - Fetal Maturity Studies
  124. 4.36: Chromatography II
  125. 4.37: Chromatography III
  126. 4.38: Electrophoresis
  127. 4.39: Immunochemistry
  128. 4.40: Competitive Binding
  129. 4.41: Methods Evaluation
  130. 4.42: Discrepant Results
  131. 4.43: Possible Sample Contamination
  132. 4.44: Quantity Not Sufficient - QNS
  133. 4.45: Cocaine Abuse
  134. 4.46: Blood Gases
  135. 4.47: Quality Control Advanced
  136. 4.48: Sample Analysis III Quantity Not Sufficient (QNS)
  137. 4.49: Drugs of Abuse in Urine
  138. 4.50: Glucosemeter Recall
  139. 4.51: Glucosemeter Nonlinearity
  140. 4.52: Discrepant Urinalysis Values