Biopharma ll: Multi-Attribute Method (MAM): Transforming Biopharmaceutical Characterization

Biopharma ll: Multi-Attribute Method (MAM): Transforming Biopharmaceutical Characterization

This talk introduces the Multi-Attribute Method (MAM) as a modern LC-MS workflow for biopharmaceutical characterization, focusing on QC implementation, regulatory aspects, and software-driven best practices.
Biopharma ll: Multi-Attribute Method (MAM): Transforming Biopharmaceutical Characterization
Targeted Proteomics: Tiny Samples, Big Accuracy: Large-Panel Targeted Proteomics with 6495D LC/TQ

Targeted Proteomics: Tiny Samples, Big Accuracy: Large-Panel Targeted Proteomics with 6495D LC/TQ

Targeted LC-MS/MS enables highly sensitive quantitative proteomics of very small samples, including single cells.
Targeted Proteomics: Tiny Samples, Big Accuracy: Large-Panel Targeted Proteomics with 6495D LC/TQ
Targeted Proteomics: SysQuan: Advancing Absolute Quantitative Proteomics Across Biofluids, Tissues, and Multiomics

Targeted Proteomics: SysQuan: Advancing Absolute Quantitative Proteomics Across Biofluids, Tissues, and Multiomics

SysQuan enables absolute protein quantitation using targeted LC-MS/MS in MRM mode across diverse biological matrices.
Targeted Proteomics: SysQuan: Advancing Absolute Quantitative Proteomics Across Biofluids, Tissues, and Multiomics
PFAS: Wait! Are You Saying there are PFAS in Air Now?

PFAS: Wait! Are You Saying there are PFAS in Air Now?

Come learn about the considerations, configuration, and results achieved using Gerstel thermal desorption technology with Agilent GC/TQ.
PFAS: Wait! Are You Saying there are PFAS in Air Now?
PFAS: Streamlining Environmental Data Analysis: A Deep Learning Approach

PFAS: Streamlining Environmental Data Analysis: A Deep Learning Approach

This presentation explores the use of deep learning models for LC-MS/MS MRM data processing in PFAS quantification, demonstrating improved integration accuracy and reduced manual data review.
PFAS: Streamlining Environmental Data Analysis: A Deep Learning Approach
Exploring the Unknown: Dirty Tricks in Dirty Matrices – identifying fraud in the black pepper supply chain

Exploring the Unknown: Dirty Tricks in Dirty Matrices – identifying fraud in the black pepper supply chain

This talk explores food fraud in the black pepper supply chain, combining LC-QTOF analysis of complex matrices with advanced data processing to identify biomarkers of adulteration and origin fraud.
Exploring the Unknown: Dirty Tricks in Dirty Matrices – identifying fraud in the black pepper supply chain
Exploring the Unknown: Become an Explorer of xenobiotic biotransformations and get SIRIUS with their identification

Exploring the Unknown: Become an Explorer of xenobiotic biotransformations and get SIRIUS with their identification

This webinar demonstrates how MassHunter Explorer 2.0 and SIRIUS streamline nontargeted LC/Q-TOF analysis and enable confident identification of unknown xenobiotic biotransformations.
Exploring the Unknown: Become an Explorer of xenobiotic biotransformations and get SIRIUS with their identification
Biopharma: Advance your Lab with the Launch of Next-Gen LC-Mass Detection

Biopharma: Advance your Lab with the Launch of Next-Gen LC-Mass Detection

Next-generation LC-MS detection delivers high sensitivity, wide mass range, and intelligent workflows for confident mass confirmation and purification in biopharma labs.
Biopharma: Advance your Lab with the Launch of Next-Gen LC-Mass Detection
Omics: Profiling metabolism across scales by mass spectrometry

Omics: Profiling metabolism across scales by mass spectrometry

This study shows that dietary fructose accelerates tumor growth indirectly. AP-MALDI imaging and multi-omics MS reveal nutrient transfer mechanisms driving cancer metabolism.
Omics: Profiling metabolism across scales by mass spectrometry
Omics: Discovery of novel oxylipins and the proteins that regulate them

Omics: Discovery of novel oxylipins and the proteins that regulate them

This talk explores the discovery of novel oxylipins and 4-hydroxylated acylcarnitines, their regulation by diet and disease, and targeted LC-MS methods for low-abundance lipids.
Omics: Discovery of novel oxylipins and the proteins that regulate them