CSAM Biobanks

CSAM Biobanks

Web-based data storage & powerful tool for managing biomaterial sample data

The unique CSAM Biobanks platform (previously MedSciNet Biobanks) is a robust web-based solution for storing and tracking biomaterial sample data alongside patients’ clinical information for versatile specimen cataloguing, management, and retrieval.

Full Featured

CSAM Biobanks is an online system designed to facilitate and simplify the process of storing, tracking, and retrieving various types of biomaterial samples. In addition to providing sophisticated tools for keeping track of the physical storage location of specimens, CSAM Biobanks allows the stored sample data to be cross-referenced with the patients’ clinical details. This creates a powerful databank environment where specimens associated with specific clinical markers can be easily filtered, sorted, and extracted.

Highly Customisable

CSAM Biobanks can be further customised to suit your specific needs and requirements on a case-by-case basis. A variety of optional add-on modules offers specialised features such as tools for managing the logistical aspects of physical sample transfers and support for advanced cataloguing and tracking of tissue samples used in tissue transplantation.

Easy Integration & Hosting

CSAM Biobanks runs on specialised software developed with attention to optimal security, stability, and reliability. Biobanks seamlessly integrates with CSAM’s other Health Analytics products and can be managed in conjunction with electronic patient record systems and external databases. The platform is hosted on a datacentre with 24/7 operation monitoring, daily back-ups, and complete system redundancy.

The Studies platform is powered by CSAM’s Clinical Trial Framework, developed to meet the strict requirements for system integrity, security, and stability that are essential for critical medical research applications.

Technology that supports healthcare organisations today and in the future


Can be accessed and monitored from any computer with an internet connection.


Enables samples to be linked to sets of associated clinical data for powerful context-specific filtering and specimen selection, as well as advanced tissue tracking capabilities.


Runs on specialised software developed with particular attention to security, stability, and reliability.

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