Best Practices for Traceability in Healthcare Facilities

The start of the new school year traditionally marks a return to an intense, demanding, and rigorous operational pace for all healthcare facilities, whether they are large public hospitals, private clinics, medical testing laboratories, or retail pharmacies.

After the summer months—often marked by reduced staffing, staff rotations, and delicate logistical adjustments—the time has come to consolidate internal operations and strengthen overall quality control.

Among the priority initiatives for the start of the new season, the traceability of healthcare products and the refrigerated units that house them plays a central and strategic role. Ensuring the traceability of vaccines, blood products, heat-sensitive medications, and biological samples is not merely a regulatory requirement—it is also an essential component of patient safety.

However, establishing an effective and sustainable traceability policy remains a managerial and technical challenge that requires rigorous methods adopted by all teams.

Digitizing Records and Automating Traceability

The first best practice for ensuring the long-term reliability of traceability within a healthcare facility is to prioritize the digitization of processes over manual paper-based record-keeping.

Paper temperature logs, long used in healthcare departments, have several limitations: the risk of human oversight, errors, or cross-outs; difficulty in reading the entries; wasted time for staff; and a lack of continuous monitoring.

By opting for automated traceability solutions and real-time connected sensors, the facility benefits from continuous, time-stamped recording of temperature data.

This digital transition also frees up time for healthcare providers, while providing quality managers, auditors, and health authorities with a reliable data history that is quickly accessible in the event of an inspection.

Define Responsibilities and Organize Alert Management

The second best practice involves clearly defining responsibilities and implementing proactive alert management.

Having equipment capable of recording temperatures is not enough if no one is clearly designated to take action when a critical threshold is exceeded.

Establishing standardized operating procedures helps answer several key questions:

• Who should be notified first in the event of an alarm at night or on the weekend?
• What protocol should be followed to transfer products in the event of a breakdown?
• How should the incident be documented in the facility’s quality log?

Documenting these processes in writing, making them easily accessible near the equipment, and regularly organizing training sessions or simulations helps embed these procedures into the daily routine of every employee, whether they are a pharmacist, biomedical technician, or healthcare worker.

Monitor, Calibrate, and Qualify Refrigeration Equipment

The third best practice involves the mapping, calibration, and periodic qualification of refrigerated storage equipment.

Reliable traceability requires that the measuring instruments used themselves provide accurate data. Temperature probes built into refrigerators and medical storage units must therefore be subject to regular checks and calibrations in accordance with applicable procedures.

Performing thermal mapping of the chambers also makes it possible to identify different temperature zones and to limit the storage of sensitive products in locations prone to temperature fluctuations.

This metrological control helps ensure the reliability of the collected data and safeguards the facility’s practices in the event of an audit or inspection.

Centralize and Secure Traceability Data

The fourth best practice concerns the centralization and secure archiving of traceability data.

Depending on the nature of the products in question and the applicable requirements, temperature histories and traceability information may need to be retained for extended periods.

Having a centralized and secure software platform makes it easier for teams to store, access, and analyze the data.

This centralization also enables inventory managers and quality managers to analyze trends, identify deviations, anticipate equipment failures, optimize product turnover, and continuously improve internal protocols.

Making Traceability a Driver of Quality and Safety

The start of the school year is an ideal time to reassess internal procedures and establish a modern, collaborative traceability system.

Digitizing records, defining responsibilities, conducting metrological controls, and centralizing data are all tools that help strengthen control over the cold chain and ensure the safety of healthcare products.

Médifroid supports healthcare facilities in this effort through a range of refrigeration equipment, monitoring solutions, and devices dedicated to temperature monitoring.

The goal: to make teams’ day-to-day work easier while contributing to the controlled storage of sensitive products and patient safety.