ASMS 2023 Posters

DirectDIA+ Improves Library Free Quantification for Plasma Proteomics

Presenter: Damiano Robbiani

Poster presented at ASMS 2023

Improved Library Free dia-PASEF Based Quantitative Proteomics Using Spectronaut

Presenter: Tejas Gandhi

Poster presented at ASMS 2023

LiP-MS Combined with directDIA+ Allows for Highly Specific Drug Target Deconvolution

Presenter: Monika Pepelnjak

Poster presented at ASMS 2023

Transfer Learning Methods Improve Deep Fragmentation Model

Presenter: Alexandros Pachos

Poster presented at ASMS 2023

Investigation of Deep Proteomic And Peptidomic Signatures of Urine Specimen from Chronic Kidney Disease and Bladder Cancer for Disease Prediction Poster MP055 presented at ASMS 202

Presenter: Roland Bruderer

Poster presented at ASMS 2023

Integrated Calibration Curve-based Absolute Quantification of Samples in SpectroDive

Presenter: Veronique Laforte

Poster presented at ASMS 2023

The Limited-Proteolysis Method in Drug Development: Powerful Workflow to Identify Drug Targets and Evaluate Drug Specificity

Presenter: Fabio Mira Rocha Sabino

Poster presented at ASMS 2023

Protein and Peptide Signatures Separate Healthy Aging, Mild Cognitive Impairment and Alzheimer’s Disease in a Paired CSF and Plasma Study

Presenter: Marco Tognetti

Poster presented at ASMS 2023

A Comparative Investigation of Plasma Proteome Profiling with State-of-the-art Mass Spectrometry and Affinity-based Assays

Presenter: Ino Karemaker

Poster presented at ASMS 2023

LiP-MS Combined with directDIA+ Allows for Highly Specific Drug Target Deconvolution

Presenter: Monika Pepelnjak

Poster presented at ASMS 2023

Transfer Learning Methods Improve Deep Fragmentation Model

Presenter: Alexandros Pachos

Poster presented at ASMS 2023

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Wagistrasse 21
8952 Schlieren
Switzerland

Phone: +41 44 738 20 40

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Biognosys Inc
70 Bridge St, Suite 104
Newton, MA 02458
United States

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ASMS 2023 Posters

DirectDIA+ Improves Library Free Quantification for Plasma Proteomics

Presenter: Damiano Robbiani

Improved Library Free dia-PASEF Based Quantitative Proteomics Using Spectronaut

Presenter: Tejas Gandhi

LiP-MS Combined with directDIA+ Allows for Highly Specific Drug Target Deconvolution

Presenter: Monika Pepelnjak

Transfer Learning Methods Improve Deep Fragmentation Model

Presenter: Alexandros Pachos

Investigation of Deep Proteomic And Peptidomic Signatures of Urine Specimen from Chronic Kidney Disease and Bladder Cancer for Disease Prediction Poster MP055 presented at ASMS 202

Presenter: Roland Bruderer

Integrated Calibration Curve-based Absolute Quantification of Samples in SpectroDive

Presenter: Veronique Laforte

The Limited-Proteolysis Method in Drug Development: Powerful Workflow to Identify Drug Targets and Evaluate Drug Specificity

Presenter: Fabio Mira Rocha Sabino

Protein and Peptide Signatures Separate Healthy Aging, Mild Cognitive Impairment and Alzheimer’s Disease in a Paired CSF and Plasma Study

Presenter: Marco Tognetti

A Comparative Investigation of Plasma Proteome Profiling with State-of-the-art Mass Spectrometry and Affinity-based Assays

Presenter: Ino Karemaker

LiP-MS Combined with directDIA+ Allows for Highly Specific Drug Target Deconvolution

Presenter: Monika Pepelnjak

Transfer Learning Methods Improve Deep Fragmentation Model

Presenter: Alexandros Pachos

Contact

New: Spectronaut^® 19

New: Spectronaut^® 19

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By Therapeutic Areas

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ASMS 2023 Posters

DirectDIA+ Improves Library Free Quantification for Plasma Proteomics

Presenter: Damiano Robbiani

Improved Library Free dia-PASEF Based Quantitative Proteomics Using Spectronaut

Presenter: Tejas Gandhi

LiP-MS Combined with directDIA+ Allows for Highly Specific Drug Target Deconvolution

Presenter: Monika Pepelnjak

Transfer Learning Methods Improve Deep Fragmentation Model

Presenter: Alexandros Pachos

Investigation of Deep Proteomic And Peptidomic Signatures of Urine Specimen from Chronic Kidney Disease and Bladder Cancer for Disease Prediction Poster MP055 presented at ASMS 202

Presenter: Roland Bruderer

Integrated Calibration Curve-based Absolute Quantification of Samples in SpectroDive

Presenter: Veronique Laforte

The Limited-Proteolysis Method in Drug Development: Powerful Workflow to Identify Drug Targets and Evaluate Drug Specificity

Presenter: Fabio Mira Rocha Sabino

Protein and Peptide Signatures Separate Healthy Aging, Mild Cognitive Impairment and Alzheimer’s Disease in a Paired CSF and Plasma Study

Presenter: Marco Tognetti

A Comparative Investigation of Plasma Proteome Profiling with State-of-the-art Mass Spectrometry and Affinity-based Assays

Presenter: Ino Karemaker

LiP-MS Combined with directDIA+ Allows for Highly Specific Drug Target Deconvolution

Presenter: Monika Pepelnjak

Transfer Learning Methods Improve Deep Fragmentation Model

Presenter: Alexandros Pachos

Contact

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New: Spectronaut^® 19

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