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Demo Dose Long-Term Care Medication Cards, PN01237

$154.95
For larger quantities: Request a Quote
Medex SKU:
NSC-PN01237
Packing Info:
1/Each
Usually Ships:
7 - 10 Business Days

Description

The Demo Dose Long-Term Care Medication Cards (PN01237) are a simulated medication product designed for training students on the proper procedures for medication administration in a long-term care setting. They are not real medications and are for instructional use only.


Key Features

  • Simulated Medication Cards: This product is a set of cards that realistically mimic the appearance and format of medication cards or punch cards used in long-term care facilities. This format is a key part of the training experience.

  • Variety of Medications: The cards represent a variety of common medications found in a long-term care setting, such as oral tablets for managing conditions like hypertension, diabetes, and pain.

  • Realistic Labeling: Each card is labeled with a realistic drug name, dosage, and patient information. This is crucial for training students in the critical process of medication verification.

  • Non-Consumable: The simulated pills are non-toxic and are not for human or animal consumption. This provides a safe environment for students to make mistakes and learn from them without any risk.


Uses

  • Long-Term Care Training: The primary use is to teach students and professionals the specific medication administration protocols used in long-term care facilities, which often differ from those in a hospital.

  • Medication Administration Practice: It is an essential tool for practicing the "five rights" of medication administration and other safety protocols.

  • Documentation Skills: The cards are ideal for training students on how to accurately document medication administration on a medication administration record (MAR) in a long-term care setting.

  • Medication Pass Training: Students can use the cards to practice a "medication pass," where they prepare and administer medications to multiple simulated patients at a single time.