Article
From design through delivery and cell-culture handling, gene-editing workflows using CRISPR require rigorous biosafety strategy—covering risk assessment, containment, documentation, and culture integrity in modern labs.
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How automation in genomics—robotic liquid handling, NGS library prep, workflow orchestration, and LIMS integration—boosts high-throughput capacity, reproducibility, and sample integrity.
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Learn how lab managers can evaluate and manage vendor partnerships to balance cost control with reliability, quality, and long-term value.
| 5+ min read
Explore the significance of multimodal analysis and how specialized lab design enhances efficiency and data integrity in research.
| 5+ min read
Uncover the critical specifications for chromatography systems that impact performance in analytical labs.
| 5+ min read
Explore method validation's essential role in analytical labs and its synergy with FAIR data principles for data quality and reusability.
| 5+ min read
From chemical inventories to exit planning, proactive design helps lab managers reduce risks before emergencies occur
| 3 min read
Discover how high-throughput screening and testing improves lab efficiency while ensuring safety measures for solvents and lasers.
| 3 min read
A comprehensive exploration of how analytical laboratories can design, integrate, and optimize multi-tech workflows to ensure data integrity, accelerate turnaround times, and boost return on investment (ROI).
| 4 min read
Defining the scope of lab ops, why it's different from lab management, and the skills needed to execute lab ops successfully
| 4 min read
From embodied carbon to AI-driven operations, laboratories are moving from pledges to proof—making sustainability a measurable part of modern research
| 5 min read
Explore how instrument standardization enhances operational excellence in analytical labs, simplifying training and improving ROI.
| 5 min read
