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Research processes are unique to each individual. Consequently, the requirements for data collection and documentation structures vary accordingly. BioARCHIVE offers flexible options for designing custom data entry forms. These can be structured on a case-by-case,...

In biobanks and laboratory settings, it’s not just new samples that are generated—existing samples are also transferred, released, or permanently disposed of. Without structured reports, it can be difficult to keep track of inventory and capacity. BioARCHIVE therefore...

In complex laboratory environments, organizing information is just as crucial as collecting it. When communications, tasks, and coordination are scattered across different channels, inefficiencies and information loss result. BioARCHIVE therefore integrates...

Laboratory work is complex. In addition to experimental processes, tasks, resources, documents, and communication must be coordinated. This is often done using several separate tools, which can lead to disjointed workflows and loss of information. BioARCHIVE...

Safe and sustainable sample storage involves much more than simply using a freezer. It is the combination of infrastructure, processes, quality systems, monitoring, and the teams responsible that lays the foundation for reliable storage and long-term sample integrity....

Digital laboratory environments rarely consist of a single system. Scanners, printers, analysis devices and existing databases must interact with each other so that processes run efficiently and error-free. BioARCHIVE was therefore deliberately designed for...

Structured storage management is essential for biobanks and research facilities. BioARCHIVE enables the mapping of complex storage structures including detailed positioning of individual samples. Transfers are documented and remain traceable. This reduces search...