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Operational efficiency is a critical determinant of success in laboratory animal facilities, shaping financial sustainability, research quality, and the well-being of both staff and animals. This chapter focuses on how home cage monitoring (HCM) systems can serve as a central driver of efficiency when integrated thoughtfully into daily operations. By enabling continuous, noninvasive data collection within the animals’ primary environment, HCM systems support more strategic use of time, personnel, equipment, and funding, ultimately enhancing scientific output while reinforcing ethical animal care and improving workplace conditions. When incorporated into routine workflows, HCM technologies help standardize procedures, reduce redundant tasks, and streamline the flow of information. These improvements lower operational costs, strengthen data integrity, and ease regulatory compliance. Moreover, the precision and automation offered by HCM reduce delays, minimize human error, and ensure consistent adherence to protocol requirements. Staff benefit as well: by offloading labor-intensive or repetitive tasks to automated home-cage systems, employees experience reduced stress and increased opportunities for professional development, including hands-on experience with advanced digital tools. To provide practical guidance, this chapter highlights strategies for optimizing operations through HCM implementation, including the use of Six Sigma methodologies to refine processes, sustainable practices to reduce environmental impact, and automation technologies that simplify routine monitoring and husbandry tasks. It also outlines how HCM can relieve operational burdens on researchers, allowing them to devote more effort to scientific innovation and discovery. By integrating HCM with broader operational improvement strategies, laboratory animal research facilities can achieve a level of operational excellence that advances scientific progress, supports humane and minimally invasive animal care, and cultivates a resilient, motivated workforce. This chapter explores strategies for enhancing operational efficiency in laboratory animal facilities by examining process-optimization methods such as Six Sigma, sustainability practices, and automation technologies like HCM to provide a comprehensive framework for improving workflow and reducing burdens on scientists.

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Optimizing Operations with Home Cage Monitoring in Animal Facilities

  • 章节

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • James Bussell,
  • Jeetendra Eswaraka,
  • Matthew Keller,
  • Giorgio Rosati,
  • Catriene Thuring

摘要

Operational efficiency is a critical determinant of success in laboratory animal facilities, shaping financial sustainability, research quality, and the well-being of both staff and animals. This chapter focuses on how home cage monitoring (HCM) systems can serve as a central driver of efficiency when integrated thoughtfully into daily operations. By enabling continuous, noninvasive data collection within the animals’ primary environment, HCM systems support more strategic use of time, personnel, equipment, and funding, ultimately enhancing scientific output while reinforcing ethical animal care and improving workplace conditions. When incorporated into routine workflows, HCM technologies help standardize procedures, reduce redundant tasks, and streamline the flow of information. These improvements lower operational costs, strengthen data integrity, and ease regulatory compliance. Moreover, the precision and automation offered by HCM reduce delays, minimize human error, and ensure consistent adherence to protocol requirements. Staff benefit as well: by offloading labor-intensive or repetitive tasks to automated home-cage systems, employees experience reduced stress and increased opportunities for professional development, including hands-on experience with advanced digital tools. To provide practical guidance, this chapter highlights strategies for optimizing operations through HCM implementation, including the use of Six Sigma methodologies to refine processes, sustainable practices to reduce environmental impact, and automation technologies that simplify routine monitoring and husbandry tasks. It also outlines how HCM can relieve operational burdens on researchers, allowing them to devote more effort to scientific innovation and discovery. By integrating HCM with broader operational improvement strategies, laboratory animal research facilities can achieve a level of operational excellence that advances scientific progress, supports humane and minimally invasive animal care, and cultivates a resilient, motivated workforce. This chapter explores strategies for enhancing operational efficiency in laboratory animal facilities by examining process-optimization methods such as Six Sigma, sustainability practices, and automation technologies like HCM to provide a comprehensive framework for improving workflow and reducing burdens on scientists.