# Improving efficiency in hospital pharmacy systems: the case for color-coded zones for rapidly dispensed medications

## TL;DR

Color-coded zones in hospital pharmacies can improve efficiency and safety by combining visual cues with training and technology.

## Contribution

The paper introduces color-coded zoning as a practical, cost-effective solution for improving medication retrieval in hospital pharmacies.

## Key findings

- Color-coded zones enhance efficiency and safety in medication retrieval.
- They are especially useful in resource-limited settings where advanced IT systems are not feasible.
- A hybrid approach combining visual and digital methods is optimal for diverse healthcare settings.

## Abstract

Colour-coded zones for rapidly dispensed medications are a simple, yet game-changing solution to improve the efficiency and safety of hospital pharmacy systems. This approach integrates visual ergonomics, staff training, and technology in solving some of the most common challenges in medication retrieval and general healthcare delivery. This evidence-based system will go a long way in helping hospitals meet the ever-increasing demands. While colour-coded zoning schemes offer a practical and cost-effective way to enhance pharmacy efficiency and medication safety, their effectiveness depends on careful implementation, standardisation, and integration with digital tools. Although highly digitalised healthcare systems may rely more on automated inventory tracking and barcode verification, colour coding remains a valuable supplementary measure, particularly in fast-paced clinical environments. For resource-limited healthcare facilities, colour-coded zoning serves as an essential safety mechanism where advanced IT solutions may not be feasible. However, standardisation challenges, risks of over-reliance, and accessibility concerns for colour-blind individuals must be addressed to maximise effectiveness. Ultimately, an optimal pharmacy management system may involve a hybrid approach that integrates both visual and digital verification methods, ensuring both efficiency and patient safety across diverse healthcare settings.