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Fast and efficient solution for crude oil measurement for refiners using NIR technology to optimize the CDU process rapidly and proactively

23 Nov 2021

Scientific Posters

Novel biomarker quantification method using 31P NMR for monitoring of cell metabolism

18 Nov 2021

Scientific Posters

In vitro study of pulsed electromagnetic targeting of magnetic nanoparticles as potential anti-tumor therapy

18 Nov 2021

Application Notes

An improved workflow for profiling and quantitation of sialic acids in biotherapeutics

18 Nov 2021

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Nucleic acid and biotechnology workflow solutions

4 Nov 2021

White Papers

High-resolution ion mobility-mass spectrometry for lipid analyses

21 Oct 2021

Application Notes

Analysis of theanine, glutamic acid, aspartic acid and arginine in tea – amino acids as quality markers

10 Oct 2021

Application Notes

Observation of phase transition behavior of pharmaceutical materials with a benchtop XRD system

7 Oct 2021

Application Notes

Full scan quantitative analysis of semivolatile organic compounds

6 Oct 2021

Application Notes

ZB-Dioxin for fast Dioxin and PCB Analysis

6 Oct 2021

Application Notes

Analysis of nanoparticles in organic reagents by Agilent 8900 ICP-QQQ in spICP-MS mode

4 Oct 2021

Application Notes

Measurement of 87Sr/86Sr isotope ratios in rocks by ICP-QQQ in mass-shift mode

4 Oct 2021

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Absolute quantification of proteins in snake venom

4 Oct 2021

Application Notes

A novel method for the fast, sensitive, and simple analysis of total fluorine in wastewater

3 Oct 2021

Product Brochures

Simplify complex separations, fast

30 Sept 2021

Product Brochures

Agilent's commitment to sustainability

30 Sept 2021

Application Notes

Do you know the environmental impact of your HPLC?

30 Sept 2021

Product Brochures

Outstanding analytical performance begins with the best sample preparation

30 Sept 2021

Product Brochures

Perform safer, simpler LC purging

27 Sept 2021

Application Notes

Handbook of ICP-QQQ applications using the Agilent 8800 and 8900

8 Sept 2021

Application Notes

Disease diagnosis via breath and bio-monitoring: Optimizing the analytical performance of sorbent tube sampling and thermal desorption–GC–MS

8 Sept 2021

Application Notes

How to stop wasting time remeasuring ICP-OES samples

7 Sept 2021

Application Notes

How to reduce ICP-OES remeasurement caused by sample problems and errors

7 Sept 2021

Application Notes

How to prevent common ICP-OES instrument problems

7 Sept 2021

Application Notes

Qualification of nucleic acid samples for infectious disease research workflows

3 Sept 2021

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Fast and efficient solution for crude oil measurement for refiners using NIR technology to optimize the CDU process rapidly and proactively

Novel biomarker quantification method using 31P NMR for monitoring of cell metabolism

In vitro study of pulsed electromagnetic targeting of magnetic nanoparticles as potential anti-tumor therapy

An improved workflow for profiling and quantitation of sialic acids in biotherapeutics

Nucleic acid and biotechnology workflow solutions

High-resolution ion mobility-mass spectrometry for lipid analyses

Analysis of theanine, glutamic acid, aspartic acid and arginine in tea – amino acids as quality markers

Observation of phase transition behavior of pharmaceutical materials with a benchtop XRD system

Full scan quantitative analysis of semivolatile organic compounds

ZB-Dioxin for fast Dioxin and PCB Analysis

Analysis of nanoparticles in organic reagents by Agilent 8900 ICP-QQQ in spICP-MS mode

Measurement of 87Sr/86Sr isotope ratios in rocks by ICP-QQQ in mass-shift mode

Absolute quantification of proteins in snake venom

A novel method for the fast, sensitive, and simple analysis of total fluorine in wastewater

Simplify complex separations, fast

Agilent's commitment to sustainability

Do you know the environmental impact of your HPLC?

Outstanding analytical performance begins with the best sample preparation

Perform safer, simpler LC purging

Handbook of ICP-QQQ applications using the Agilent 8800 and 8900

Disease diagnosis via breath and bio-monitoring: Optimizing the analytical performance of sorbent tube sampling and thermal desorption–GC–MS

How to stop wasting time remeasuring ICP-OES samples

How to reduce ICP-OES remeasurement caused by sample problems and errors

How to prevent common ICP-OES instrument problems

Qualification of nucleic acid samples for infectious disease research workflows

Resources

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Selected Filters:

Fast and efficient solution for crude oil measurement for refiners using NIR technology to optimize the CDU process rapidly and proactively

Novel biomarker quantification method using 31P NMR for monitoring of cell metabolism

In vitro study of pulsed electromagnetic targeting of magnetic nanoparticles as potential anti-tumor therapy

An improved workflow for profiling and quantitation of sialic acids in biotherapeutics

Nucleic acid and biotechnology workflow solutions

High-resolution ion mobility-mass spectrometry for lipid analyses

Analysis of theanine, glutamic acid, aspartic acid and arginine in tea – amino acids as quality markers

Observation of phase transition behavior of pharmaceutical materials with a benchtop XRD system

Full scan quantitative analysis of semivolatile organic compounds

ZB-Dioxin for fast Dioxin and PCB Analysis

Analysis of nanoparticles in organic reagents by Agilent 8900 ICP-QQQ in spICP-MS mode

Measurement of 87Sr/86Sr isotope ratios in rocks by ICP-QQQ in mass-shift mode

Absolute quantification of proteins in snake venom

A novel method for the fast, sensitive, and simple analysis of total fluorine in wastewater

Simplify complex separations, fast

Agilent's commitment to sustainability

Do you know the environmental impact of your HPLC?

Outstanding analytical performance begins with the best sample preparation

Perform safer, simpler LC purging

Handbook of ICP-QQQ applications using the Agilent 8800 and 8900

Disease diagnosis via breath and bio-monitoring: Optimizing the analytical performance of sorbent tube sampling and thermal desorption–GC–MS

How to stop wasting time remeasuring ICP-OES samples

How to reduce ICP-OES remeasurement caused by sample problems and errors

How to prevent common ICP-OES instrument problems

Qualification of nucleic acid samples for infectious disease research workflows

Resources Filter