The genomics, DNA forensics, proteomics, clinical, and drug discovery laboratories have a growing need to maintain valuable samples at ultra-low (-80C) temperatures in a validated, secure environment. Automated sample processing systems have until now required manual (off-line) storage of samples at -80C, reducing system reliability and speed. Both of these important needs are addressed by the Sample Management System being introduced by BIOPHILE Inc. The evolving technologies present in the laboratory cannot interface with conventional manual storage techniques. The primary benefits of BIOPHILE new sample management system are:
?Fully validated sample management process that coordinates the life cycles of samples and their related data.
?Robotic technology to securely store and retrieve samples, improving their accessibility and stability. Thermal shock is reduced, improving sample longevity and quality. The robotic technology allows integration with larger automation systems.
?A process program to develop a Sample Management Strategy. This strategy is developed by analyzing long-term research goals, current baseline processes, and identification of current sample life cycles. A full validation package can be generated, providing a high level of quality assurance.
?Improved sample visibility and quality assurance, automated sample population cataloging, controlled sample management access and security.

This presentation will describe the BIOPHILE automated ?0C storage system and explain how it fits into the context of larger automation systems.

Contact:
Jean Martin
Manager, Marketing & Communications
BIOPHILE, Inc.
999 Grove Street, Suite 108
Charlottesville, Virginia 22903
Tel: 434-245-4032
Fax: 434-245-4030
Email: [email protected]

LRIG Forum

Administrator: Andy Zaayenga, [email protected]

?2002 Laboratory Robotics Interest Group