Resources

The purpose of biobanking extends far beyond simply storing biological samples. It is a fundamental activity that fuels modern scientific discovery and clinical research. A biobank is a highly organized repository of biological specimens, such as blood, tissue, and DNA, […]

ISO 20387 is a global standard that provides a framework for quality and competence in biobanking. Its purpose is to promote confidence in biobank operations and to ensure biological materials and associated data they provide are of appropriate quality for […]

While the terms biobank and biorepository are often used interchangeably, they have a subtle but important distinction. Both are facilities that collect, process, and store biological materials, such as blood, tissue, and DNA, for future use in research. The key […]

There are many types of biobanks, and they can be classified in different ways depending on their purpose, the types of specimens they collect, or the populations they serve. There is no single universal classification, but understanding the different models […]

A biobank is a highly organized repository that collects, processes, stores, and distributes biological materials and their associated data for scientific research. It is much more than a simple storage facility; it is a purpose-driven resource designed to fuel discovery. […]

The biobanking process is a systematic series of steps for the collection, processing, storage, and distribution of biological materials and their associated data. This is a highly structured activity that requires meticulous attention to detail at every stage to ensure […]

Determining the best LIMS software requires aligning technical capability with laboratory requirements. A laboratory information management system is not a one-size-fits-all product. What qualifies as “best” depends on the lab’s regulatory obligations, testing complexity, user volume, and integration demands. LIMS […]

A web based laboratory information system allows laboratories to operate without the constraints of locally installed infrastructure. Accessed through secure browsers, these systems provide centralized control over laboratory data, allowing real-time management of samples, tests, and reports from any authorized […]

A web based laboratory information system delivers core LIS capabilities—sample management, workflow configuration, result validation, and report distribution—through browser-based access. These systems eliminate local infrastructure and allow authorized users to access and act on lab data from any secure device. […]

Laboratory information management systems (LIMS) are used to control, document, and automate laboratory processes. Across clinical, pharmaceutical, environmental, and research settings, LIMS supports full sample lifecycle management—from accessioning through final reporting—while ensuring compliance with internal SOPs and external regulatory frameworks. […]

A basic laboratory information system manages essential sample processing tasks—order entry, specimen tracking, result validation, and report generation. It eliminates manual errors, enforces standard operating procedures (SOPs), and ensures traceability of every action performed in the lab. Whether deployed in […]

The most common laboratory information system delivers consistent performance, regulatory compliance, and workflow automation across clinical, pathology, and public health labs. While feature sets may vary, all LIS platforms must handle sample ordering, test result tracking, quality control, and final […]