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Achieving Very High Reproducibility for Quantitative Proteomics with Nanoflow LC-MSTechnical notes | 2017 | Instrumentation
HPLC
Industries
Proteomics
Manufacturer
SCIEX
View PDF Similar PDF Go to the library

Bioanalytical LC-MS Quantification of Itaconic Acid: A Potential Metabolic Biomarker of Inflammation

Applications

| 2019 | Waters

Instrumentation

LC/MS, LC/MS/MS, LC/QQQ

Manufacturer

Waters

Industries

Metabolomics, Clinical Research

Comparing Mobile Phase Additives for the Separation of mAb Tryptic Peptides: A Case Study on Formic, Difluoroacetic, and Trifluoroacetic Acid

Applications

| 2019 | Waters

Instrumentation

LC/TOF, LC/HRMS, LC/MS, LC/MS/MS

Manufacturer

Waters

Industries

Proteomics

Determination of Drugs of Abuse in Hair by UPLC-MS/MS: View from Brazil

Technical notes

| 2019 | Waters

Instrumentation

LC/MS, LC/MS/MS, LC/QQQ

Manufacturer

Waters

Industries

Forensics

Other projects

More information

Webinars About us Contact us Terms of use

Achieving Very High Reproducibility for Quantitative Proteomics with Nanoflow LC-MSTechnical notes | 2017 | Instrumentation
HPLC
Industries
Proteomics
Manufacturer
SCIEX
View PDF Similar PDF Go to the library

Achieving Very High Reproducibility for Quantitative Proteomics with Nanoflow LC-MSTechnical notes | 2017 | Instrumentation
HPLC
Industries
Proteomics
Manufacturer
SCIEX
View PDF Similar PDF Go to the library

Related content

Bioanalytical LC-MS Quantification of Itaconic Acid: A Potential Metabolic Biomarker of Inflammation

Comparing Mobile Phase Additives for the Separation of mAb Tryptic Peptides: A Case Study on Formic, Difluoroacetic, and Trifluoroacetic Acid

Determination of Drugs of Abuse in Hair by UPLC-MS/MS: View from Brazil

Related content

Bioanalytical LC-MS Quantification of Itaconic Acid: A Potential Metabolic Biomarker of Inflammation

Comparing Mobile Phase Additives for the Separation of mAb Tryptic Peptides: A Case Study on Formic, Difluoroacetic, and Trifluoroacetic Acid

Determination of Drugs of Abuse in Hair by UPLC-MS/MS: View from Brazil

Achieving Very High Reproducibility for Quantitative Proteomics with Nanoflow LC-MSTechnical notes | 2017 | InstrumentationHPLCIndustriesProteomics ManufacturerSCIEXView PDFSimilar PDFGo to the library

Achieving Very High Reproducibility for Quantitative Proteomics with Nanoflow LC-MSTechnical notes | 2017 | InstrumentationHPLCIndustriesProteomics ManufacturerSCIEXView PDFSimilar PDFGo to the library

Related content

Bioanalytical LC-MS Quantification of Itaconic Acid: A Potential Metabolic Biomarker of Inflammation

Comparing Mobile Phase Additives for the Separation of mAb Tryptic Peptides: A Case Study on Formic, Difluoroacetic, and Trifluoroacetic Acid

Determination of Drugs of Abuse in Hair by UPLC-MS/MS: View from Brazil

Related content

Bioanalytical LC-MS Quantification of Itaconic Acid: A Potential Metabolic Biomarker of Inflammation

Comparing Mobile Phase Additives for the Separation of mAb Tryptic Peptides: A Case Study on Formic, Difluoroacetic, and Trifluoroacetic Acid

Determination of Drugs of Abuse in Hair by UPLC-MS/MS: View from Brazil

Achieving Very High Reproducibility for Quantitative Proteomics with Nanoflow LC-MSTechnical notes | 2017 | Instrumentation
HPLC
Industries
Proteomics
Manufacturer
SCIEX
View PDF Similar PDF Go to the library

Achieving Very High Reproducibility for Quantitative Proteomics with Nanoflow LC-MSTechnical notes | 2017 | Instrumentation
HPLC
Industries
Proteomics
Manufacturer
SCIEX
View PDF Similar PDF Go to the library