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.

1051 to 1100 MCQs for Lab Technician and Technologist Exam Preparation
If You like then share this to your friends and other social media.
If You have any question and suggestions then please Contact us Here
Questions 1051 to 1100
- a) Re-absorption of water
- b) Secretion
- c) Simple filtration
- d) Selective re-absorption
- a) Bacillus anthracis
- b) Nocardia asteroides
- c) Listeria monocytogenes
- d) Clostridium botulinum
- a) Infectious mononucleosis
- b) Allergic reaction
- c) Bacterial infection
- d) Viral infection
- a) Serum protein
- b) Serum lipoprotein
- c) Amino acid
- d) Hemoglobin
- a) Conjugated bilirubin
- b) Biliverdin
- c) Prehepatic bilirubin
- d) Total bilirubin
- a) Malaria
- b) Reticulocytes
- c) Platelets
- d) Howell-Jolly bodies
- a) Amber
- b) Dark yellow
- c) Pale yellow
- d) Reddish-yellow
- a) Howell-Jolly bodies
- b) Plasmodium species
- c) Heinz bodies
- d) Rubriblasts
- a) Ribosome
- b) Chromatin
- c) Mitochondria
- d) Transferrin
- a) Hemoglobin
- b) Hemosiderin
- c) Myoglobin
- d) Transferrin
- a) Regulate the level of 2,3 DPG
- b) Provide reduced glutathione to prevent oxidation of hemoglobin
- c) Prevent the reduction of heme iron
- d) Provide energy for membrane maintenance
- a) Complexed with haptoglobin
- b) Freely circulating in the cytoplasm
- c) Attached to transferrin
- d) In the ferrous state
- a) Hemolytic anemia
- b) Multiple myeloma
- c) G-6PD deficiency
- d) Myeloid metaplasia
- a) Storage of red blood cells
- b) Production of red blood cells
- c) Synthesis of erythropoietin
- d) Removal of imperfect and aging cells
- a) Iron, porphyrin, and amino acids
- b) Iron, protoporphyrin, and globin
- c) Heme, protoporphyrin, and amino acids
- d) Heme, hemosiderin, and globin
- a) Readily identified with polychrome stains
- b) Rarely found in glucose-6-phosphate dehydrogenase deficient erythrocytes
- c) Closely associated with spherocytes
- d) Denatured hemoglobin inclusions that are readily removed by the spleen
- a) Granulocytes
- b) Lymphocytes
- c) Erythrocytes
- d) Thrombocytes
- a) Shorten the replication time of the granulocytes
- b) Stimulate RNA synthesis of erythroid cells
- c) Increase colony-stimulating factors produced by the B-lymphocytes
- d) Decrease the release of marrow reticulocytes
- a) Tear drop cells
- b) Target cells
- c) Spherocytes
- d) Sickle cells
- a) Autosomal dominant inheritance
- b) Red cell membrane defects
- c) Positive direct antiglobulin test
- d) Measured platelet count
- a) Free amino acids
- b) Free carboxyl groups
- c) Peptide bonds
- d) Tyrosine residues
- a) Insulin
- b) Parathyroid hormone
- c) Thyroxin
- d) Vitamin C
- a) Urobilinogen
- b) Urobilin
- c) Bilirubin-albumin complex
- d) Bilirubin diglucuronide
- a) Freezing point
- b) Sediment point
- c) Midpoint
- d) Osmotic pressure
- a) Angiotensinogen
- b) Corticosterone
- c) Progesterone
- d) Pregnanetriol
- a) Rickets, hyperparathyroidism
- b) Obstructive jaundice
- c) Growth, third trimester of pregnancy
- d) Viral hepatitis, infectious mononucleosis
- a) A normal finding
- b) Cushing’s syndrome
- c) Addison’s disease
- d) Hypopituitarism
- a) Stabilize electrolytes
- b) Maintain basic PH
- c) Act as a carrier for ions
- d) Produce an effect on protein configuration
- a) Circulating T3
- b) Binding capacity of thyroxine-binding globulin
- c) Total thyroxine-binding globulin
- d) Circulating T3
- a) Direct colorimetric measurement of dissolved CO2
- b) Calculations of blood PH and total CO2 concentration
- c) Measurement of CO2-saturated hemoglobin
- d) Measurement of CO2 consumed at the cathode
- a) Cholesterol
- b) Triglyceride
- c) Creatinine
- d) Glucose
- a) Hemoglobin
- b) Ceruloplasmin
- c) Transferrin
- d) Ferritin
- a) Double beam
- b) Diffraction grating
- c) Aperture
- d) Slit
- a) 1 + Log %T
- b) 2 + Log %T
- c) 1 – Log %T
- d) 2 – Log %T
- a) Acute intermittent porphyria
- b) Iron Deficiency anemia
- c) Porphyria cutanea tarda
- d) Acute porphyric attack
- a) 2 Na x (Glucose/20) x (BUN/3)
- b) Na + (2 x Glucose/20) x (BUN/3)
- c) 2 Na + Glucose/20 + (BUN/3)
- d) 2 Na + Glucose/3 + (BUN/20)
- a) Check all the electronic connections
- b) Reset all the printed circuit boards
- c) Turn the instrument off
- d) Replace all the fuses
- a) Dissolve CO2
- b) Carbonate
- c) Bicarbonate ion
- d) Carbonic acid
- a) Mode
- b) Median
- c) Mean
- d) Coefficient of variation
- a) Median
- b) Mean
- c) Standard deviation
- d) Coefficient of variation
- a) Mode
- b) Median
- c) Mean
- d) Standard deviation
- a) Mean
- b) Median
- c) Mode
- d) Standard deviation
- a) Serves as a coenzyme of hexokinase
- b) Prevents reactivity of non-glucose reducing substances
- c) Precipitates proteins
- d) Inhibits glycolysis
- a) Glucose
- b) Sodium
- c) Chloride
- d) Urea
- a) Progestins
- b) Estrogens
- c) Androgens
- d) Glucocorticoids
- a) Alpha-1 globulin
- b) Alpha-1 globulin and alpha-2 globulin
- c) Alpha-2 globulin and beta globulin
- d) Beta globulin and gamma globulin
Sodium: 136 mEq/L, pH: 7.32, Potassium: 4.4 mEq/L, PCO2: 79 mm Hg, Chloride: 92 mEq/L, Bicarbonate: 40 mEq/L.
These results are compatible with?
- a) Respiratory alkalosis
- b) Respiratory acidosis
- c) Metabolic alkalosis
- d) Metabolic acidosis
- a) A compound is said to fluoresce when it absorbs light at one wavelength and emits light at a second wave length
- b) Detectors in fluorometers are placed 180 degrees from the excitation source
- c) It is less sensitive than spectrophotometry
- d) It avoids the necessity for complexing of components because fluorescence is a native property
- a) 1
- b) 5
- c) 10
- d) 20
- a) Renal tubular acidosis
- b) Diabetic alkalosis
- c) Metabolic acidosis due to diarrhea
- d) Lactic acidosis
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.





