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WORD WIZARD Match the following terms to their definitions. Terms 1. _______ Aerosol 2. _______ Atomizer 3....

WORD WIZARD
Match the following terms to their definitions.
Terms
1. _______ Aerosol
2. _______ Atomizer
3. _______ Baffle
4. _______ Deposition
5. _______ Hygroscopic
6. _______ Inertial impaction
7. _______ MMAD
8. _______ Nebulizer
9. _______ Propellant
10. _______ Therapeutic index
11. _______ Residual drug volume
Definitions
A. Suspension of solid or liquid particles in a gas.
B. Difference between therapeutic and toxic drug concentrations.
C. Device that produces uniformly sized aerosol particles.
D. Device that removes large particles.
E. Device that produces non-uniformly sized aerosol particles.
F. Deposition of particles by collision.
G. Testimony of a witness (or particles being retained in the respiratory tract).
H. Absorbs moisture from the air.
I. Measurement of average particle size.
J. Amount of drug left in the SVN.
K. Something that provides thrust.
CHARACTERISTICS OF THERAPEUTIC AEROSOLS
12. What influence does particle size have on aerosol therapy?
13. What is the primary method of deposition for large, high-mass particles?

Answer

  1. Aerosol: A. Suspension of solid or liquid particles in a gas.
  2. Atomizer: E. Device that produces non-uniformly sized aerosol particles.
  3. Baffle: D. Device that removes large particles.
  4. Deposition: F. Deposition of particles by collision.
  5. Hygroscopic: H. Absorbs moisture from the air.
  6. Inertial impaction: G. Testimony of a witness (or particles being retained in the respiratory tract).
  7. MMAD: I. Measurement of average particle size.
  8. Nebulizer: C. Device that produces uniformly sized aerosol particles.
  9. Propellant: K. Something that provides thrust.
  10. Therapeutic index: B. Difference between therapeutic and toxic drug concentrations.
  11. Residual drug volume: J. Amount of drug left in the SVN.

12. Particle size influences deposition location in the respiratory tract; smaller particles reach deeper areas.

13. The primary method of deposition for large, high-mass particles is inertial impaction.

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