User Guide

Why Calibration is Key
Posted by Mike Blazes on 26 October, 2017
Calibration is one of those elements of lab management that is all-encompassing. Wherever there
are processes monitoring temperature, testing that relies on controlled environments or storage of
sensitive materials, samples or lab equipment, calibration is at the core. Why? Because it is what
the ensures the validity of key instruments such as thermometers that produce the results, that
maintain the integrity of samples and reliability of equipment. And, since temperature is one of
the most universal and impactful parameters in a laboratory, the calibration must be done
correctly and consistently. The temperature in a laboratory setting may influence:
· Test results;
· Effectiveness and stability;
· Accuracy and precision;
· Shelf-life and efficacy;
We have seen the effects of inefficient temperature monitoring in vaccine storage, the food
industry and medical research. The CDC estimates that more than 48 million people in the US
suffer from food-borne illness each year, resulting in annual health-related costs of $77 billion.
The improper storage and handling of vaccines, such as the flu vaccine, can cost small clinics
thousands of dollars each year. Vaccine manufacturers projected that as many as 151 million to
166 million doses of injectable flu vaccine (i.e., inactivated and recombinant flu vaccines) would
be made available for the 2017-2018 season. Storing the vaccines at the right temperature is
critical, a public health issue in fact. In February 2015, the Pharmacy Act was amended to
require that anyone storing, distributing or administering vaccines must use appropriate storage
areas and temperature monitoring instruments, and conduct regular checks, including annual
temperature mapping.

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