Practi-Azithromycin Peel-N-Stick Labels for clinical training simulates 500 mg of the commonly seen antibiotic Azithromycin (Zithromax). Peel and stick to Wallcur's Practi-Powder Vials for ready to use reconstitution practice with Practi-10 mL Vial for diluent.
Students learn to read drug labels, calculate and measure dosages, review actions, side effects, and methods of administration. Hands on-techniques for reconstitution are easily understood with directions for use printed on each label. Students enjoy immediate feedback with an opportunity for repetition, and skill integration.
Make your lab fun and meaningful with these look-a-like Practi-Antibiotic Labels.
Practi-GO FIGURE CD for the educator! Make student practice easy, consistent and accurate! Includes patient case studies, physician orders, and over 160 questions with answers.
Qt: 100
NOT FOR HUMAN OR ANIMAL USE. FOR TRAINING PURPOSES ONLY.
Practi-Azithromycin Peel-N-Stick Labels (for training) 9949ZTY provide healthcare professionals and students with an authentic training tool to practice medication labeling, identification, and management in clinical and educational settings. These peel-and-stick labels accurately replicate the appearance of real azithromycin medication labels, helping users develop familiarity with drug names, dosages, and important label details.
Ideal for use in pharmacy technician training, nursing education, and simulation labs, these labels promote safe medication handling and enhance learners’ confidence in preparing and dispensing antibiotics. The peel-and-stick format allows easy application to vials, bottles, or mock packaging, supporting hands-on practice without the risks associated with real medications.
Durable and reusable, these labels maintain their adhesive properties through multiple training sessions, making them a cost-effective resource for ongoing skills development. Incorporating Practi-Azithromycin Peel-N-Stick Labels into training programs helps prepare healthcare providers for accurate medication administration and improved patient safety.
