A) To assess liver function B) To identify different types of white blood cells C) To measure platelet count D) To detect glucose levels
A) To evaluate kidney function B) To measure electrolyte balance C) To detect blood in the stool D) To determine cholesterol levels
A) ALP (alkaline phosphatase) B) Hematocrit C) Troponin D) Creatinine
A) Platelet aggregation B) Alpha-fetoprotein C) Serum protein electrophoresis D) Hemoglobin electrophoresis
A) To assess liver function B) To measure vitamin levels C) To evaluate electrolyte balance D) To detect harmful bacteria in the stool
A) Less than 200 mg/dL B) 100-150 mg/dL C) 300-400 mg/dL D) Above 250 mg/dL
A) Troponin test B) Bilirubin level C) HbA1c D) Thyroid function test
A) Creatine kinase B) Alanine aminotransferase (ALT) C) Prostate-specific antigen (PSA) D) Lactate dehydrogenase
A) Surgery, radiology, and endocrinology B) Epidemiology, nutrition, and psychology C) Pharmacology, genetics, and biostatistics D) Chemistry, microbiology, hematology, molecular pathology, and Immunohaematology
A) Spain and France B) Japan and Brazil C) Austria, Germany, Romania, Poland, and other Eastern European countries D) United States, United Kingdom, Ireland
A) Laboratory medicine B) Medical biology C) Immunopathology D) Clinical analysis
A) Hematopathology B) Nephropathology C) Neuropathology D) Dermatopathology
A) Molecular genetics pathology B) Clinical chemistry C) Immunopathology D) Hematopathology
A) Japan and Brazil B) South America, Europe, Africa, and Asia C) United States and Canada D) Australia and New Zealand
A) Automate further testing without review B) Ignore the flagging C) Dispose of the samples D) Flag them for pathologist review
A) Monthly B) Daily C) Yearly D) Weekly
A) Ziehl–Neelsen B) GRAM C) Grocott D) MGG
A) Urine B) Cerebrospinal fluid C) Synovial fluid D) Blood serum
A) Hematopathology B) Cytogenetics C) Clinical microbiology D) Chemical pathology
A) Blood serum B) Cerebrospinal fluid C) Urine D) Peritoneal fluid
A) Microscopes B) Stains C) Culture media D) Barcode reading systems
A) Microscopic examination B) Macroscopic examination C) Cultures D) Automated analysis
A) Three years B) Two years C) Four years D) Five years
A) Infection B) Normal condition C) Dehydration D) A bleed has occurred
A) Infection B) Normal condition C) Dehydration D) Hemorrhage
A) Cytochemistry B) FISH C) Flow cytometry D) Immunofluorescence
A) Centrifuges B) Strips C) Analyzers D) Microscopes
A) Macroscopic examination B) Microscopical examination C) Automated analysis D) Cultures
A) Ziehl–Neelsen B) MGG C) Grocott D) GRAM
A) Cerebrospinal fluid B) Urine C) Pleural fluid D) Blood serum
A) Chemical pathology B) Cytogenetics C) Clinical microbiology D) Hematopathology
A) Medical Biology (Biologie médicale) B) Immunopathology C) Laboratory medicine D) Clinical analysis
A) Pathologist B) Biologiste médical (Clinical Biologist) C) Medical Scientist D) Laboratory Technician
A) Automated analysis B) Cultures C) Microscopic examination D) Macroscopic examination
A) Incubating samples with culture media B) Automating pre-analytical processing C) Characterizing fluid as 'normal' D) Making a correct diagnosis
A) Manual differential counts using stained slides B) Immediate patient treatment C) Automated analysis only D) No further action
A) Administering medications B) Conducting physical examinations C) Assisting physicians with tests like platelet aggregometry and coagulation profiles D) Performing surgical procedures |