The Reagent Module is divided into sections tailored to each reagent type: antibodies, oligonucleotides, plasmids, cell lines, chemicals and other types. Select the required tool’s type and search intuitively, quickly finding and locating the tool you need!

Optimal usage details are in a card specifically structured for each reagent type, enabling lab members to easily enter and update details like dilutions, buffer composition or growth conditions. Researchers can quickly know how to optimally use reagents. Moreover, each card contains number and locations of stored vials – and, most importantly, the lab can define 2-level quantity alarms to track the number of stored vials.

With Virtual Storage, the lab generates digital versions of its storages, creating freezers, liquid nitrogen tanks or cupboards with no limitations on how you organise and run the lab. User chooses precise positions and places reagents into virtual storage. Easy access to information about stored items, their location and quantity.

The user has full control of stored content. At every instant you know which positions are occupied. A very important feature is that only previously defined items can be stored – so there’s no re-entering of item names and therefore no errors. You can track each lab member’s stored material and easily take a virtual tour through storage to quickly detect free space.

Fine-tuning of user rights ensures controlled access to patient data. Barcodes are available to manage patient samples, and you can upload patient consent – so our biobanking fully complies with GDPR and FDA 21 CSF Part 11.

LABA biobanking is structured in three parent-child connected parts. The first is the patient registry which holds patient contact and general data and where you can add an unlimited number of tissues, so it’s always possible to check the history of all tissues obtained from a patient. You can, though, also access tissues in the second part, a clinical sample repository to which diagnosis details can be added as well as adding cell lines and isolated DNA and RNA to a sample. Once again, isolates can be accessed directly from the third part. This parent-child structure makes it easy to access and manage different sections of the biobank.

The Lab Diary’s intuitive interface makes it easy to enter and describe experiments. The user assigns an experiment to a project and so the lab can follow each project’s progress. The user also adds analyses to each experiment, which is useful for several reasons. Complex experiments involving many analyses will have grouped results, making interpretation of an experiment easier. Where analysis requires optimisation, the diary will help document the steps to solve technical details.

The Lab Diary also makes it possible to track molecular and cellular tools used in experiments, bringing several advantages. For one, the lab can easily compare the performance of cellular or animal models in different experiments and so detect a change in performance and look for a potential reason. For another, the lab accumulates knowledge and unnecessary experiments are prevented, speeding up the lab’s research.