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