Fertility Storage Failures: How to Prevent the Unexpected

What every fertility clinic should know about LN2 tank monitoring, redundancy, and early-warning systems for irreplaceable samples.

Ensure the Stability and Care Patients Expect

In the wake of several heavily publicized fertility storage failures — events that are, thankfully, unprecedented — many lab managers were left with one uncomfortable question: "Could this happen in our facility?"

This eBook highlights the meaningful, practical steps fertility clinics can take to prevent that kind of devastating loss. It covers everything from day-to-day standard operating procedures to the underlying technologies that protect each tank, each sample, and each patient's trust.

What you'll learn in this resource

• What can cause temperatures to rise or LN2 levels to fall without warning
• The series of investments clinics can make — operational and technological — to avoid fertility storage failures
• How innovative monitoring technologies are streamlining the LN2 monitoring process for fertility labs
• How layered, redundant monitoring creates a true safety net for irreplaceable reproductive tissue

Why fertility clinics need a different standard

Reproductive tissue is, by definition, irreplaceable. A single failure that compromises a tank can mean a loss that can never be undone — for the clinic, and far more importantly, for the families relying on it. That reality demands more than a single monitoring system or a manual check at the start of each shift.

The clinics that take this seriously combine strong operating procedures with layered, redundant LN2 monitoring — temperature and level alarms, internet-based and cellular paths, real-time alerts that escalate until they're acknowledged. This resource walks through what that looks like in practice, so you can benchmark your own program against it.