Take a closer look at the new workflows and technology presented at the show, review the ABRF technical posters.

ABRF Technical Workshops were offered Evenings at 7:00 PM in Room 250 D/E

Sunday evening workshop – Thermo Fisher Scientific

Dr. John Rogers, Thermo Fisher Scientific:
Revealing More Sequence Coverage using Multiple Proteases and Fragmentation Methods

Dr. Melanie Sarah Flint, University of Pittsburgh Medical Center, Dept. of Pharmacology:
Analysis of Stress Hormone-Mediated Drug Resistance to Paclitaxel in Breast Cancer Cells using SILAC^TM  Combined with High Resolution Mass Spectrometry

Monday evening workshop – Thermo Fisher Scientific

Dr. Andreas Hühmer, Thermo Fisher Scientific:
Advanced Data Analysis Strategies and Tools for Identification and Quantitation of Proteins

Dr. Rovshan Sadygov, Thermo Fisher Scientific:
Using Z-Core to Increase Sensitivity and Specificity of ETD Database Searches

Thermo Scientific Posters include:

Quantitative Profiling of DNA Damage Response Proteins Using iTRAQ Labeling and LTQ Orbitrap XL- Rosa Viner; Poster No: V55-S

Development of a Novel Label-Free Differential Analysis Work-Flow for Protein Biomarker Discovery from Kidney Tumor Tissue Interstitial Fluid - Jennifer Sutton; Poster No: V76-S

Distribution of Irinotecan in Liver and a Model Human Tumor by Tissue Imaging Mass Spectrometry - Mari Prieto Conaway; Poster No: V32-M

Electron Transfer Dissociation and Multi-Stage Activation Analysis of Human Kinase Sites of Phosphorylation - Martin Hornshaw; Poster No: V56-M

Digging deeper into the proteome of Arabidopsis thaliana using Electron Transfer Dissociation - Kai Scheffler; Poster No: V71-M

Automated Annotation of Complex Proteomic Data Obtained Using Linear Ion Trap LC-MS/MS with ETD: Analysis of Human Cerebrospinal Fluid Digests - Roger Biringer; Poster No: V80-M

Hybrid MALDI MSn System with Wide Dynamic Range and Low PPM Mass Accuracy for High Throughput Identification of Proteins - Justin Blethrow; Poster No: V30–T

Glycopeptide Analysis Using Electron-Transfer Dissociation and Porous Graphite Chromatography - Rosa Viner; Poster No: V54-T

Multiple Proteases Combined with CID and ETD Fragmentation Improves Sequence Coverage and PTM Characterization - Michael Rosenblatt; Poster No: V60-T

Quantitative, Top-Down Identification of Differentially Expressed, Endogenous Peptides in Human Plasma and Urine: A Robust, Sensitive and Novel Discovery Workflow - David Sarracino; Poster No: V72-T

ETD Spectra Processing and Database Searching Using ZCore - Performance Evaluation of a New MS/MS Search Algorithm - Zhiqi Hao; Poster No: V81-T

The following products are being featured at HUPO for Proteomics and Biomarker Applications:

Electron Transfer Dissociation (ETD):new technology enables ECD-like fragmentation using an ion trap

LTQ Orbitrap:superior accurate mass alternative to time-of-flight mass spectrometry

LTQ XL:next-generation LTQ with three dissociation techniques (ETD-enabled, CID and PQD standard)

LTQ FT Ultra:hybrid FTICR with new ICR cell design for higher resolution and mass accuracy

TSQ Quantum Ultra for absolute quantitation of proteins and peptides

SIEVE:for label-free, semi-quantitative differential expression analysis

Custom ^HEAVYPeptide kits: for relative or absolute protein quantification

You can now also learn about other mass spectrometry or proteomics solutions.