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Collaborative design for automated DNA storage that allows for rapid, accurate, large-scale studies
Scott Mahan1, Kristin G Ardlie, Kevin F Krenitsky
1Genomics Collaborative, Inc., a Division of SeraCare Life Sciences, Inc., Cambridge, MA 02139, USA. smahan@genomicsinc.com
Assay and Drug Development Technologies
|January 28, 2005
Summary
Genomics Collaborative automated its DNA processing and storage to meet the growing demand for large-scale genetic research and drug discovery. This approach supports efficient sample management for biobanking initiatives.
Area of Science:
- Genomic research
- Biobanking
- Drug discovery
Background:
- Genomics Collaborative, a division of Sera Care Life Sciences, operates a Large Scale Global Repository for human specimens.
- The demand for large-scale DNA studies is increasing, necessitating strategic planning for sample collection and storage.
- Efficient sample management is crucial for supporting drug discovery efforts.
Purpose of the Study:
- To report the automated approach developed by Genomics Collaborative for DNA processing, storage, and retrieval.
- To outline a strategic plan for sample management to meet the growing demands of genetic research.
Main Methods:
- Implementation of automation in DNA processing.
- Development of systematic storage solutions for human specimens.
- Establishment of efficient retrieval systems for stored DNA samples.
Main Results:
- Successful automation of DNA processing, storage, and retrieval operations.
- Creation of a scalable biobanking system to support industrial-scale genetic research.
- Demonstration of a robust approach for managing large collections of human specimens.
Conclusions:
- Automated systems are essential for managing large-scale genetic research biobanks.
- Strategic sample management is key to supporting ongoing drug discovery initiatives.
- Genomics Collaborative's approach enables efficient and scalable genetic research on an industrial level.