Device Compatibility - Pharmacy Technician Certification Exam Ptce

  1. What delivery device is used for nebulized inhalation solutions or suspensions?
    Nebulizer (jet, ultrasonic, or mesh). Nebulizers convert liquid medications into a fine mist for inhalation, suitable for patients unable to use inhalers effectively.
  2. What delivery device is used for oral solutions dispensed from a prescription bottle?
    Oral dosing syringe or calibrated oral medicine cup. These tools provide accurate volume measurement for safe and precise oral administration from bulk bottles.
  3. What delivery device is used for vaginal tablets or suppositories packaged for insertion?
    Vaginal applicator (if provided) or manual insertion per labeling. Applicators or manual methods facilitate proper placement for dissolution and absorption in the vaginal tract.
  4. What delivery device is used for medications supplied in a prefilled syringe?
    Prefilled syringe with attached or compatible needle. Prefilled syringes simplify administration, with needles enabling direct injection without additional filling.
  5. Which delivery device is used for sublingual tablets or films?
    No device; place under the tongue for absorption. Sublingual forms dissolve under the tongue for rapid absorption via oral mucosa, bypassing first-pass metabolism.
  6. What add-on device is commonly paired with an MDI to improve coordination and delivery?
    Spacer or valved holding chamber. These devices hold the aerosol plume, allowing better timing of inhalation and reducing medication loss in the mouth or throat.
  7. What delivery device is used for oral powders intended to be reconstituted before use?
    Reconstitution bottle with adapter for oral syringe. Adapters enable accurate dosing post-reconstitution, ensuring stability and ease of oral administration.
  8. What delivery device is standard for a metered-dose inhaler (MDI) medication form?
    Pressurized metered-dose inhaler (MDI) actuator. The actuator releases a metered dose of aerosolized medication from the pressurized canister for precise inhalation delivery.
  9. Which delivery device is used for subcutaneous (SubQ) injections from an insulin vial?
    Insulin syringe (U-100) with SubQ needle. U-100 syringes match insulin concentrations, with short needles ensuring safe subcutaneous delivery.
  10. What delivery device is used for rectal suppositories?
    No device; insert suppository rectally (glove/finger cot optional). Suppositories melt at body temperature for rectal absorption, with optional protection aiding hygienic insertion.
  11. Which device is used for rectal enemas supplied as a ready-to-use liquid?
    Enema bottle with rectal applicator tip. The applicator tip allows controlled delivery of liquid enemas into the rectum for evacuation or medication.
  12. Which device is appropriate for topical dermal creams, ointments, or gels in bulk packaging?
    Topical tube or jar (apply with clean applicator as needed). Tubes or jars allow for manual application, with clean tools preventing contamination during dermal use.
  13. What delivery device is used for vaginal creams packaged for intravaginal administration?
    Vaginal applicator (plunger-style). Plunger applicators ensure deep, even distribution of creams within the vagina for local therapeutic effects.
  14. Which device is used to deliver intranasal sprays supplied in a spray bottle?
    Nasal spray pump (metered or nonmetered). The pump mechanism atomizes the solution into fine droplets for targeted delivery to the nasal mucosa.
  15. Which device is preferred for measuring small pediatric oral liquid doses accurately?
    Oral dosing syringe (not a household spoon). Syringes offer precise measurement of small volumes, avoiding inaccuracies from variable household utensils.
  16. What delivery device is used for a dry powder inhaler (DPI) medication form?
    Dry powder inhaler (breath-actuated device). DPIs rely on the patient's inspiratory force to disperse and deliver the dry powder medication into the lungs.
  17. Which delivery device is used for buccal tablets or films?
    No device; place against the buccal mucosa. Buccal forms adhere to the cheek mucosa for localized or systemic absorption without swallowing.
  18. Which delivery device is used for intramuscular (IM) injections from a vial?
    Syringe with appropriate IM needle (typically longer needle). Longer needles penetrate muscle tissue for rapid absorption, with syringes allowing precise volume control from vials.
  19. Which delivery device is used for nasal drops that are not a spray formulation?
    Dropper bottle (nasal dropper). Dropper bottles allow controlled instillation of liquid drops into the nasal passages for absorption or local effect.
  20. Which delivery device is used for transdermal patch dosage forms?
    Transdermal patch system applied to intact skin. Patches provide controlled, systemic absorption through the skin over time via a matrix or reservoir system.
  21. What delivery device is used for otic solutions and suspensions?
    Dropper bottle for ear administration. Dropper bottles facilitate accurate administration of solutions into the ear canal for local treatment.
  22. Identify the correct delivery device for an auto-injector medication form (for emergency use).
    Auto-injector device (spring-loaded, single-use). Auto-injectors deliver rapid, automated doses via spring mechanism, ideal for emergencies like anaphylaxis.
  23. Which delivery device is used for topical metered sprays (for skin application)?
    Metered topical spray pump or aerosol actuator. Metered pumps or actuators deliver consistent doses of spray for even topical application on the skin.
  24. What delivery device is used for insulin supplied as a prefilled pen dosage form?
    Insulin pen with a compatible pen needle. Pens provide convenient, dialable dosing, requiring needles for subcutaneous injection of prefilled insulin.
  25. What delivery device is used for ophthalmic solutions and suspensions?
    Sterile ophthalmic dropper bottle. Sterile dropper bottles ensure precise, contamination-free delivery of small volumes to the eye surface.

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