In a modern cryobank, a sample is worthless without its associated data. Who took it? When was it frozen? With what protocol? Where exactly is it in the tank? What was the temperature profile during the entire storage period? Without this information, the sample is useless for scientific and regulatory purposes.
A Laboratory Information Management System (LIMS) is the digital backbone that brings all this data together, links it and makes it accessible. The integration of physical cryotechnology - tanks, sensors, freezers - with the LIMS is therefore not an optional modernization, but an operational necessity for every professional biobank.
The LIMS documents the complete life cycle of each sample: from registration, processing and cryopreservation to removal or disposal. Every action is logged with a time stamp, user ID and relevant parameters.
In a cryobank with hundreds or thousands of samples in dozens of tanks, each sample must be traceable to its exact location: Tank → Rack → Cassette → Location. The LIMS manages this hierarchical location structure and enables a quick search and localization.
Standardized workflows (SOPs) are mapped in the LIMS as digital workflows. The user is guided through the process step by step, which reduces the error rate and ensures compliance with regulatory requirements.
The LIMS automatically generates reports for internal quality control and external audits. A complete audit trail documents every change to the data and is therefore a key requirement for GMP-compliant biobanks.
The Biosafe monitoring system from Consarctic® continuously records temperature and level data from all monitored tanks. The integration of this data into the LIMS makes it possible to link the temperature history of each individual sample with its LIMS entry - a complete provenance log.
The freezing curves of the BIOFREEZE® Controlled Rate Freezer can be exported and assigned to the respective sample batch in the LIMS. This means that the program and actual cooling curve used to freeze each sample is documented.
Modern sample containers carry 2D barcodes or RFID tags that can be read by the LIMS. When a sample is stored or removed, the barcode is scanned and the action is automatically logged in the system. This eliminates typing errors and speeds up the process considerably.
Consarctic® designs its cryogenic products and monitoring systems with open interfaces that enable integration into common LIMS systems. As part of our consulting services, we provide support with the specification of interfaces and coordination between LIMS providers and cryoinfrastructure.
The isolated cryobank - in which samples are stored in tanks and the associated data in Excel spreadsheets - is an obsolete model. The future belongs to the fully networked biobank, in which physical infrastructure and digital systems interlock seamlessly.
Are you planning to digitize your cryobank? Talk to our experts about the optimal integration of Consarctic® technology into your LIMS ecosystem.