Methods to Improve Sustainability of a Large Academic Biorepository

Area of Science:

• Biobanking and Repository Science
• Biomedical Research Infrastructure
• Academic Health Sciences

Background:

• The University of Pittsburgh Health Sciences Tissue Bank (HSTB) operates within a large academic university setting.
• Sustaining a biobank requires strategic positioning and demonstrating value to researchers.
• The current research landscape demands highly annotated specimens and longitudinal data.

Purpose of the Study:

• To describe the operational evolution and sustainability strategies of the UPitt Health Sciences Tissue Bank (HSTB).
• To highlight the components of the biobanking operation that provide value to researchers.
• To demonstrate how HSTB remains a viable resource in the contemporary research environment.

Main Methods:

• Describing the various components of the HSTB biobanking operation.
• Utilizing the infrastructure of a large academic university for advanced data management.
• Focusing on collecting, tracking, and annotating thousands of research specimens.
• Improving real-time longitudinal follow-up data for specimen collections.

Main Results:

• HSTB has successfully positioned itself as a valuable resource for researchers.
• The biobanking operation demonstrates strong value, contributing to its sustainability.
• Access to cutting-edge database resources facilitates efficient specimen management.
• Enhanced data annotation and longitudinal follow-up provide highly valuable research specimens.

Conclusions:

• The described components and strategies contribute to the long-term sustainability of the UPitt HSTB.
• Leveraging academic infrastructure and advanced data resources is key to biobank viability.
• Providing highly annotated specimens with longitudinal data ensures continued value for researchers.