Life Science Technology
New mcPCR technology enables high-fidelity methylation copying during PCR, advancing early cancer detection and molecular diagnostics
| 2 min read
Updated | 5+ min read
Automation is helping biologics labs increase throughput, maintain consistency, and bring therapies to market faster
| 3 min read
As sample volumes and assay complexity increase, automation and dry antibody panels offer practical ways to reduce hands-on time, variability, and quality risk in flow cytometry workflows
| 5 min read
From standard ELISAs to high-throughput drug screening: How to choose between Filter sensitivity and Monochromator flexibility.
Updated | 5+ min read
From robust cancer lines to fragile stem cells: How to choose between Water Jacket stability and Direct Heat sterilization.
Updated | 5+ min read
Azenta Life Sciences’ low DNA binding polypropylene consumables help labs minimize sample loss and improve consistency in NGS and molecular biology workflows
| 2 min read
Inefficient inventory practices and overlooked equipment conditions can drive unnecessary cost, energy use, and risk inside lab fridges and freezers
| 2 min read
Amsbio launches a new line of well-characterized AAV reference standards, addressing key challenges in gene therapy research and production
| 1 min read
How your incubator is designed and used determines whether your cultures thrive or struggle to survive
Predictive maintenance provides the missing link to N+1 redundancy practices so lab managers can be assured that environmental chambers are always running optimally
| 5 min read
From risk assessment to installation, thoughtful BSC selection and configuration ensure safety and efficiency
Labs share what it takes to improve cold storage efficiency and advance sustainability goals
| 5+ min read
Faster, Broader Spoilage Detection for Lab Managers
| 1 min read
