Automate your sample preparation for your cell analysis workflows
Deliver Actionable Results
from Your Live-Cell Analysis
Seahorse XF technology and Bravo automation
One vendor, one workflow to streamline your live-cell metabolic analysis
Getting reliable, consistent data from live cell-based assays can be tricky. Making automated sample preparation part of your discovery projects can maximize productivity, remove human error, and ensure consistent results between users.
Agilent’s cell analysis workflow includes cell metabolism analyzers, liquid handling automation, and high-quality consumables that work together to help you achieve consistent, reproducible data. Robust data leads to reliable results that support timely decision-making, enabling you to reach your project goals.
New video: Streamline Your Cell Analysis by Automating Sample Preparation
Save labor, increase walk-away time, and achieve consistent data quality when performing cell metabolism assays.
Increase throughput, walk-away time, and reproducibility. The innovative Agilent Bravo automated liquid handling platform is a reliable, compact, and versatile liquid handling system that accurately aspirates and dispenses liquids over a wide volume range.
Together with Agilent Seahorse XF analyzers, the Bravo automated liquid handling platform enables consistent, quality results when performing routine cell-based assays.
Move beyond analyzing what your cells are, and get a clear picture of what they do. Agilent Seahorse XF analyzers use label-free technology to detect in real time discrete changes in cellullar bioenergetics. So you can gain critical information about the functions driving your cells.
Our enhanced, automated workflow increases walk-away time and gives you ultimate confidence in the reproducibility of your results.
Bring the power of live-cell metabolic analysis to your drug discovery pipeline
Metabolism offers a rich source of pathway targets in cancer, immunology, neuroscience, and acquired metabolic diseases. In addition, Agilent provides best-in-class mitochondrial function analysis for mitochondrial toxicity assessment.