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.
801 to 850 MCQs for Lab Technician and Technologist Exam Preparation
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Questions 801 to 850
- a) 16 ml
- b) 30 ml
- c) 28 ml
- d) 5 ml
- a) Microtome
- b) Histokinete
- c) Cryostat
- d) Coulter counter
- a) Neutrophils
- b) Eosinophils
- c) Lymphocytes
- d) Monocyte
- a) Sugar in urine
- b) Protein in urine
- c) Blood in urine
- d) Ketone bodies in urine
- a) Syphilis
- b) Tubercular meningitis
- c) Malaria
- d) Hepatitis
- a) Low potassium level in blood
- b) Low sodium level in blood
- c) Low calcium level in blood
- d) Low bicarbonate level in blood
- a) GOD-POD method
- b) CHOD-PAP method
- c) Biuret method
- d) Jaffe method
- a) Hay’s test
- b) Smith’s test
- c) Pandy’s test
- d) Hart’s test
- a) 3 mm²
- b) 6 mm²
- c) 4 mm²
- d) 9 mm²
- a) Moist heat method
- b) Dry heat method
- c) Filtration method
- d) Radiation method
- a) Red blood cells
- b) Granulocytes
- c) Agranulocytes
- d) Platelets
- a) Colourless
- b) Pink
- c) Green
- d) Black
- a) Robert Koch
- b) Joseph Lister
- c) Edward Jenner
- d) Louis Pasteur
- a) Total protein
- b) Serum creatinine
- c) Serum Bilirubin
- d) Serum uric acid
- a) Gravitational force
- b) Electromagnetic force
- c) Strong nuclear force
- d) Nuclear weak force
- a) Watt
- b) Joule
- c) Kilowatt hour
- d) Newton
- a) Angular momentum
- b) Torque
- c) Inertia
- d) Moment of inertia
- a) 28
- b) 32
- c) 38
- d) 42
- a) Solid
- b) Liquid
- c) Gas
- d) Vacuum
- a) Refraction
- b) Interference
- c) Total internal reflection
- d) Diffraction
- a) Microwave region
- b) Ultraviolet region
- c) Infra-red region
- d) Visible region
- a) Einstein
- b) Faraday
- c) Newton
- d) Heisenberg
- a) Ferromagnetic material
- b) Paramagnetic material
- c) Ferri magnetic material
- d) Diamagnetic material
- a) Plane glass
- b) Cylindrical lens
- c) Convex lens
- d) Concave lens
- a) Principal quantum number
- b) Azimuthal quantum number
- c) Magnetic quantum number
- d) Spin quantum numbers
- a) O²⁻
- b) Mg²⁺
- c) F⁻
- d) Al³⁺
- a) Trigonal bipyramidal
- b) Tetrahedral
- c) Seesaw
- d) Square planar
- a) Using washing soda
- b) By Calgon process
- c) Clark’s method
- d) Permutit method
- a) (Li, Na, K)
- b) (C, Si, Ge)
- c) (P, As, Sb)
- d) (Cl, Br, I)
- a) Orthorhombic
- b) Monoclinic
- c) Triclinic
- d) Hexagonal
- a) Acheson’s process
- b) Deacon’s process
- c) Dow’s process
- d) Hall — Herault’s process
- a) Copper
- b) Iron
- c) Aluminium
- d) Zinc
- a) U-V region
- b) Visible region
- c) Far Infra-red region
- d) Near Infra-red region
- a) ClF₃
- b) BrF₅
- c) ICl₃
- d) FBr₃
- a) Lerticel
- b) Bulliform cell
- c) Subsidiary cell
- d) Mesophyll cell
- a) Deficiency of insulin
- b) Excess of insulin
- c) Hyposecretion of ADH
- d) Hypersecretion of ADH
- a) Green gland
- b) Malpigian tubules
- c) Nephrida
- d) Protonephrida
- a) CO₂
- b) NADPH
- c) RUBP
- d) PEP
- a) Auxin
- b) Gibberellin
- c) ABA
- d) Ethylene
- a) Pivot joint
- b) Hing joint
- c) Ball and Socket joint
- d) Hinge joint
- a) Nullisomy
- b) Monosomy
- c) Trisomy
- d) Tetrasomy
- a) Ligase
- b) Restriction
- c) DNA polymerase
- d) Permeate
- a) CO₂
- b) CH₄
- c) NO₂
- d) NH₄
- a) Family
- b) Genes
- c) Species
- d) Order
- a) Electrophoresis
- b) Sahli’s method
- c) Flame photometer
- d) Cyan meth method
- a) Haematoidin crystals
- b) Charcot Leyden crystals
- c) Fatty acid crystals
- d) Triple phosphate crystals
- a) Proteinuria
- b) Alkaptanuria
- c) Polyuria
- d) Chyluria
- a) pH of urine
- b) colour of urine
- c) sp. gravity of urine
- d) urobilinogen
- a) N × 1000
- b) N × 50
- c) N × 2000
- d) N × 10000
- a) lyses the RBC
- b) stains the platelets
- c) fixes the cell
- d) prevents clotting
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.
