Agilent Workflows
Covering Your Entire Metabolomics and Lipidomics Workflow
Measuring endogenous metabolite levels and turn-over provides information on the functional status of a biological system
- Understand and characterize the metabolic status of a biological system with molecular resolution
- Monitor changes in metabolic profile over time – quantitative targeted metabolome and qualitative flux analysis
- Look for differences between treated and untreated cells and organisms in a targeted and untargeted way
For workflow related questions, please contact Hannah Florance (Agilent) or Gerald Larrouy-Maumus (ICL)
Integrating Metabolomics, Lipidomics and Bioenergetics
Combining Seahorse XF & LC/MS and GC/MS Technologies for Comprehensive Cellular Analyses
Real-time, live cell metabolic measurement in combination with mass spectrometry based metabolomics approaches provide functionally
relevant metabolic flux information about the metabolic pathways required to maintain the bioenergetics state of living cells.
- Measure Metabolic Flux with cellular and molecular Resolution
- Understand Metabolic Networks
- Gain Insights in critical drivers of disease
Combining Cellular Bioenergetics with Metabolomics | Agilent
For workflow related questions, please contact Hannah Florance (Agilent) or Gerald Larrouy-Maumus (ICL)
A Dedicated Oligonucleotide Analysis System
Get information on your synthetic Oligos & Aptamers
- Molecular weight and purity of synthetic oligos and aptamers
- Quality control after synthesis or purification
- Choice of short and long gradient methods
- Ion pair mobile phases provided
Synthetic Oligonucleotide Therapies | Agilent
For workflow related questions, please contact Richard Blankley (Agilent) or Kamil Skirlo (ICL)
Biopharma / Protein Accurate Mass Workflows
How can accurate mass LCMS measurements help your projects?
The Agilent 6545XT QTOF delivers excellent protein spectral clarity, with a mass range up to 30K m/z and 55K resolution.
A range of different Biopharma applications with Bioconfirm Software:
- Intact Protein Analysis
- Peptide Mapping
- Protein-Drug Screening Workflows
- N-Glycan Analysis
- Oligonucleotide Analysis
Agilent Workflows for Protein Therapeutics Development | Agilent
For workflow related questions, please contact Richard Blankley (Agilent)
Identify and quantify GC-amenable compounds with high resolution accurate mass sensitive data
The Agilent 7250 GC/Q-TOF system delivers a wide range of different applications for identifying and quantifying GC-amenable compounds
using powerful data analysis software to help you identify your unknowns!
- Instrument of choice for non-polar volatile analytes analysis.
- Selective quantitation utilizing accurate mass
- Benefit of EI fragmentation vs library for qualitative workflows
- Capable of Liquid, headspace and SPME sample introduction.
Applications include complex metabolomic studies, Pesticide screening, Extractables and leachable, Environmental water analysis and compound identification in herbal matrices
Quadrupole Time-of-Flight GC/MS, Mass Screening GC/Q-TOF | Agilent
For workflow related questions, please contact Bryan White (Agilent) or Lisa Haigh (ICL)
Find more Information on your environmental or food sample with high resolution, accurate mass spectrometry
The Agilent 6546 QTOF gives you many options for comprehensive environmental and food analysis workflows.
Environmental, toxicology and food safety/authenticity applications
- Quantitate target compounds
- Screen for suspect compounds using Personal Compound Databases and Libraries (PCDLs)
- Compare sample sets via statistical analysis using Mass Profiler Professional (MPP)
- Investigate unknown chemical features using MSMS acquisition modes
6546 LC QTOF, high resolution LCMS, wide dynamic range | Agilent
Environmental Testing | Agilent,
Food & Beverage Testing | Agilent
For workflow related questions, please contact Jonny Spencer (Agilent)
ICP-MS is an Inorganic Elemental Analysis Technique
ICP-MS can measure almost any sample type, including most solids and some gases, and almost all natural elements plus many non-natural, radiogenic isotopes.
Key Applications:
- Environmental/ Geochemistry – trace level contaminants e.g. rare earth metals and radionuclides in water and soil
- Life Science and Biopharma – measuring Sulphur and Phosphorus at low concentrations in unknown proteins and peptides, single cell analysis
- Food Safety – Arsenic, Selenium and other toxic or nutritional elements in foods measured at low levels
- Nanoparticle / Single Particle analysis
- Semiconductor and Materials – dissolved metal contamination of process chemicals, impurity testing in alloys
To learn more about ICP-MS/MS
Single Quadrupole ICP-MS vs Triple Quadrupole ICP-MS (agilent.com)
For workflow related questions, please contact Rai Wahlen (Agilent) or Dominik Weiss (ICL)
Agilent LC Purification System
Purify your compound of interest.
The 1290 Infinity II UV Purification System allows efficient purification workflows. If you have a compound of interest that you need to purify, use the systems to achieve:
- Compound isolation
- Sample purification
- Scale analytical to prep with ease
To learn more: 1290 Infinity II UV Purification System | Agilent
For workflow related questions, please contact Shaun Pritchard (Agilent) or Kamil Skirlo (ICL)
Cary 5000 UV-Vis-NIR Spectrophotometer
Advanced, research grade spectrophotometer offering spectral range coverage from 175 – 3300nm and unrivaled sensitivity to meet the most demanding applications.
Key Applications:
- Materials Testing – optical thin film thickness, AR coatings, filters, colour measurements, nanocomposites
- Chemical & Energy – glass and glazing, solar panels, catalyst powders
- Biotech & Pharma – measurement of turbid biological samples, thermal denaturation
To learn more:
High-Performance UV-Vis, Cary 5000 UV-Vis-NIR spectrophotometer | Agilent
For workflow related questions, please contact Rob Wills (Agilent)