Demo Dose

How is simulated insulin used in medical simulations?

Simulated insulin is used in medical simulations to safely train healthcare professionals–especially nurses, doctors, and pharmacy students–on how to manage diabetes and administer insulin without using real medication or putting patients at risk. Simulated insulin is typically used as follows:

1. Skill Development and Practice

• Injection technique: Learners practice subcutaneous insulin injections using simulated insulin and synthetic skin models or manikins.
• Dose calculation: Learners use instructor created Sliding Scale orders and/or calculate insulin doses based on physician orders for simulated blood glucose levels and carbohydrate intake, mimicking real patient scenarios.
• Timing and types of insulin: Scenarios often involve different types (e.g., rapid-acting, long-acting) to teach about timing and effects.

2. Electronic Medical Record (EMR) Simulation

• Students use fake insulin orders in EMR systems to practice interpreting orders,

Which types of vials are used in medical simulations?

In medical simulation, various types of vials are used to mimic those used in real clinical settings, typically for training in medication administration, reconstitution, handling, and storage. Common vial types include:

1. Glass Vials

• Single-dose or multi-dose: Mimicking those used in actual medical settings.
• Crimped metal seal with rubber stopper: For realism in syringe penetration.
• Amber colored: For light-sensitive medications.

2. Plastic Vials

• Made of polyethylene or polypropylene.
• Safer and reusable for repeated training.
• Often used when breakage is a concern.

3. Breakaway Vials

• Simulate ampules (snap-open glass containers).
• Often filled with harmless colored liquids.
• Provide tactile and visual realism.

4. Simulated Medication Vials

• Pre-labeled with realistic drug names or customized labels.
• May contain water or colored water, simulated saline, or gel for realistic viscosity.
• Used in scenarios involving high-risk drugs like

Which medications are most represented in medical simulation?

In medical simulation training, the focus is on preparing healthcare professionals for common, high-stakes, or emergency situations. The most represented medications tend to fall into the following categories:

1. Emergency and Critical Care Medications

These medications are heavily featured in simulations involving cardiac arrest, trauma, sepsis, or anaphylaxis.

• Epinephrine – used in cardiac arrest, anaphylaxis, and severe asthma.
• Atropine – used in bradycardia and some poisoning scenarios.
• Amiodarone – for arrhythmias.
• Lidocaine – another antiarrhythmic, also used in local anesthesia.
• Naloxone (Narcan) – for opioid overdose.
• Adenosine – for supraventricular tachycardia (SVT).

2. Anesthetics and Sedatives

Used in surgical and airway management simulations.

• Propofol – sedative used in intubation and procedural sedation.
• Midazolam – benzodiazepine used for sedation and seizures.
• Fentanyl – for pain control, often in conjunction

What are the benefits of using Demo Dose® products?

Demo Dose® products are widely used in healthcare training environments–such as in nursing schools, medical schools, pharmacy programs, EMT programs, and in hospital simulation labs–for safely practicing medication: dispensing, preparation, administration, and storage. Here are some key benefits of using Demo Dose simulated medications:

1. Safe Practice
   • Contains no active ingredients, so there's no risk to students or patients during training.
   • Allows for repeated practice without safety concerns.
   • Packaging clearly indicates intended usage protocol; Demo Dose medications are not for human or animal use and are simulated (NOT REAL).
2. Realistic Simulation
   • Designed to look, feel, and function like real medications, which helps learners become familiar with:
   • Drug names
   • Packaging
   • Dosage calculations
   • Administration techniques (routes: oral, IV, IM, SQ, etc.)
3. Boosts Confidence
   • Trainees can practice skills multiple times, building muscle memory and