Delve into the complex world of flavor chemistry, examining the volatile and non-volatile compounds responsible for sensory experiences and the advanced analytical methods used in their study
Shared life-science laboratories designed for flexibility, modularity, and collaborative use empower institutions to adapt quickly, scale efficiently, and manage operational complexity with confidence.
As labs increasingly integrate genomics, transcriptomics, proteomics, and metabolomics into single studies, achieving robust reproducibility in multi-omics workflows demands strategic planning, rigorous QC, and smart operational design.
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.
How automation in genomics—robotic liquid handling, NGS library prep, workflow orchestration, and LIMS integration—boosts high-throughput capacity, reproducibility, and sample integrity.
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).