5000 Plus MCQs for Lab Technician and Technologists are designed to test the knowledge and proficiency of laboratory professionals who work in the field of clinical laboratory science. These questions cover a wide range of topics related to laboratory science, including anatomy, physiology, microbiology, chemistry, and hematology.

1151 to 1200 MCQs for Lab Technician and Technologist Exam Preparation
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Questions 1151 to 1200
- a) Hypertension
- b) Hyperactivity
- c) Aggression
- d) Manic-depression
- a) Perform the test immediately upon receipt
- b) Perform the test only if the specimen was submitted in ice water
- c) Request a venous blood specimen
- d) Request a new arterial specimen be obtained
- a) Digoxin
- b) Acetaminophen
- c) Lithium
- d) Phenytoin
- a) Acetaminophen
- b) Lithium
- c) Phenytoin
- a) Check the serum for hemolysis
- b) Rerun the test
- c) Check the age of the patient
- d) Do nothing, simply report the result
- a) No preservatives
- b) Heparin
- c) EDTA
- d) Oxalate
- a) Spectrophotometer
- b) Fluorometry
- c) Nephelometry
- d) Atomic absorption
- a) Chloride
- b) PH
- c) Bicarbonate
- d) Ammonia
- a) Electrophoresis
- b) Amperometry
- c) Nephelometry
- d) Coulometry
- a) Cholesterol
- b) Triglyceride
- c) HDL
- d) LDL
- a) Cholesterol
- b) Total protein
- c) Chylomicrons
- d) Albumin
- a) Lysozyme is the only enzyme used to label the hapten molecule
- b) No separation of bound and free antigen is required
- c) Inhibition of the enzyme label is accomplished with polyethyleneglycol
- d) Antibody absorption to polystyrene tubes precludes competition to labeled and unlabeled antigen
- a) TRH concentration
- b) Iodine deficiency
- c) Depression
- d) Hyperthyroidism
- a) Screening for the presence of cancer
- b) Monitoring the course of a known cancer
- c) Confirming the absence of disease
- d) Identifying patients at risk for cancer
Urine concentration: 84 mg/dL
Urine volume: 1440 mL/24hr
Serum concentration: 1.4 mg/dL
Body surface area: 1.60 m² (average = 1.73 m²)
The creatinine clearance in mL/min is:
- a) 6
- b) 22
- c) 60
- d) 65
- a) Hypothalamus
- b) Pituitary Gland
- c) Adrenal Cortex
- d) Thyroid
- a) Ovarian Cancer
- b) Breast Cancer
- c) Endometriosis
- d) Amenorrhea
- a) Refrigerated
- b) Analyzed immediately
- c) Heated to 56 degrees Celsius
- d) Stored at room temperature after centrifugation
- a) Digoxin
- b) Acetaminophen
- c) Lithium
- d) Phenytoin
- a) Muscular dystrophy
- b) Viral hepatitis
- c) Pulmonary emboli
- d) Infectious mononucleosis
- a) Kidney
- b) Spleen
- c) Liver
- d) Intestine
- a) A false increase in Hct value
- b) A false decrease in Hct value
- c) No effect on Hct value
- d) All of the above depending on the patient
- a) Anisocytosis
- b) Hypochromia
- c) Poikilocytosis
- d) Pleocytosis
- a) Iliac crest
- b) Sternum
- c) Tibia
- d) Spinous processes of the vertebra
- a) (Hgb / RBC) x 10
- b) (Hct / RBC) x 10
- c) (Hct / Hgb) x 100
- d) (Hgb / RBC) x 100
- a) Poikilocytosis
- b) Anisocytosis
- c) Hypochromia
- d) Polychromasia
Hgb: 15 g/dL
RBC: 4.50 x 10⁶/µL
Hct: 47 mL/dL
- a) 9.5% (.095)
- b) 10.4% (.104)
- c) 31.9% (.319)
- d) 33.3% (.333)
- a) 0.4 x 10⁹/L
- b) 2.5 x 10⁹/L
- c) 4.0 x 10⁹/L
- d) 8.0 x 10⁹/L
- a) Spherocyte
- b) Leptocyte
- c) Schistocyte
- d) Siderocyte
- a) RBC count
- b) Hemoglobin
- c) Hct
- d) WBC count
- a) 1.68 x 1012/L
- b) 3.36 x 1012/L
- c) 4.47 x 1012/L
- d) 6.66 x 1012/L
- a) Eosinophils
- b) Lymphocytes
- c) Platelets
- d) Neutrophils
- a) 1.4%
- b) 3.1%
- c) 3.5%
- d) 14%
- a) Sickle cell anemia
- b) Hereditary spherocytosis
- c) Hemolytic disease of the newborn
- d) Acquired hemolytic anemia
- a) Red cells would be stained too pink
- b) White cell cytoplasm would be stained too blue
- c) Red cells would be stained too blue
- d) Red cells would lyse on the slide
- a) Basophilic stippling
- b) Heinz bodies
- c) Howell Jolly bodies
- d) Siderotic granules
- a) MCV
- b) MCH
- c) MCHC
- d) Red cell distribution width (RDW)
- a) Platelets
- b) Reticulocytes
- c) Sickle cells
- d) Nucleated red blood cells
- a) Microcytic, hypochromic
- b) Microcytic, normochromic
- c) Normocytic, normochromic
- d) Normocytic, hypochromic
- a) Blood drawn in a sodium citrate tube
- b) Anisocytosis, poikilocytosis
- c) Plasma proteins
- d) Caliber of the tube
- a) Immunofluorescence
- b) Supravital staining
- c) Romanowsky staining
- d) Cytochemical staining
- a) Isotonic solutions conduct electricity better than cells do
- b) Conductivity varies proportionally to the number of cells
- c) Cells conduct electricity better than saline does
- d) Isotonic solutions cannot conduct electricity
- a) The WBC count would be falsely lower
- b) The RBC count is too low
- c) Nucleated RBC’s are counted as leukocytes
- d) Nucleated RBC’s are confused with giant platelets
- a) Spherocytosis
- b) Anisocytosis
- c) Leukocytosis
- d) Presence of NRBCs
- a) MCV 76 µm3 MCH 19.9 pg MCHC 28%
- b) MCV 90 µm3 MCH 30.5 pg MCHC 32.5%
- c) MCV 80 µm3 MCH 36.5 pg MCHC 39%
- d) MCV 81 µm3 MCH 29 pg MCHC 34%
- a) Mean
- b) Median
- c) Coefficient of variation
- d) Standard deviation
- a) Carboxyhemoglobin
- b) Methemoglobin
- c) Sulfhemoglobin
- d) Deoxyhemoglobin
- a) Acidosis
- b) Alkalosis
- c) Multiple blood transfusions
- d) Increased quantities of hemoglobin S or C
- a) Segmented neutrophil
- b) Lymphocyte
- c) Monocyte
- d) Eosinophil
- a) 20-50%
- b) 10-20%
- c) 5-10%
- d) 50-70%
Answer Key Summary
The questions are typically designed to assess the technical skills and knowledge required for the laboratory profession, including the ability to analyze laboratory test results, perform laboratory procedures, and maintain laboratory equipment.
To prepare for these MCQs, candidates should have a thorough understanding of the key concepts and principles of laboratory science. They should also be familiar with common laboratory equipment and procedures, as well as laboratory safety protocols.
Candidates may also benefit from studying specific laboratory science textbooks or taking online courses that cover the material tested in the MCQs. Additionally, practicing sample MCQs and reviewing the answers can help candidates identify areas where they may need to improve their knowledge or skills.
Overall, the MCQs for lab technologists are designed to be challenging and comprehensive, requiring candidates to demonstrate a high level of proficiency in the field of laboratory science.







