The Future of Healthcare Lab Management: Trends and Technologies to Watch
AI-assisted diagnostics, robotics, cloud systems, connected devices and precision medicine, and what each one changes about running a healthcare lab.
- LIMS
- Lab Automation
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Showing 12 of 284 items
AI-assisted diagnostics, robotics, cloud systems, connected devices and precision medicine, and what each one changes about running a healthcare lab.
Where artificial intelligence changes clinical lab work: accessioning, result validation, quality control, predictive analytics and decision support.
The three LabLynx suites in one place: data and compliance management, collaborative research documentation, and instrument automation for labs of any size.
Connected sensors watching storage conditions, samples tracked from accessioning to archive, and robotic prep, all reporting back into one data system.
How machine learning spots instrument drift, contamination and reagent problems early, turning quality control from a reactive task into a proactive one.
A status note to clients during the CrowdStrike and Windows outage, covering which LabLynx servers were affected, how they recovered, and what came next.
Compares cloud and on-premises hosting on cost, deployment speed, accessibility, scalability and data control, with a checklist for deciding between them.
Backups, off-site data access, sample tracking and workflow continuity that keep a lab operating through fire, flood, cyberattack or shutdown.
Five arguments for environmental labs: stronger data accuracy, faster workflows, audit-ready compliance, lower operating costs and less paper in the process.
Mislabeled specimens and transcription slips reach patients, so this walks through the controls a healthcare lab can put between a sample and a wrong result.
What an experienced implementation partner does beyond installing software, from mapping lab workflows to avoiding the mistakes that stall projects.
How materials teams in aerospace and automotive use centralized data, instrument integration and standardized workflows to move new materials into production.