Poster zum Thema "New Technology: Sample Preparation"

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  • P-II-0384
Overnight enzymatic digestion? Try it at room temperature!
  • Lazaro Hiram Betancourt Nunez (Lund / SE)
  • P-II-0385
Robust sample preparation workflows for protein analysis: removing complexities and variability while ensuring high-quality data
  • P-II-0386
Scalable and comprehensive protein analysis sample preparation workflows: analyzing fresh frozen tissue samples made easy
  • P-II-0387
Protein and RNA co-extraction using RNAprotect® cell reagent
  • P-II-0388
Optimization of Extracellular Vesicles Isolation Protocol for Proteomics Analysis from Limited Cell Media Samples
  • P-II-0389
A new sample preparation workflow for proteome profiling of very limited-volume murine cerebrospinal fluid
  • P-II-0390
Assessment of membrane peptide loss in common bottom-up proteomic workflows leads to an improved membrane-inclusive sample preparation protocol
  • P-II-0391
Automated systems to accelerate large-scale phosphoproteomics studies
  • P-II-0392
Evaluation of different depletion methods and development of an optimized LC-MS/MS method for murine deep plasma proteomics in preclinical safety assessment studies
  • P-II-0393
Optimized automated workflow for BioID improves reproducibility and identification of protein-protein interactions
  • P-II-0394
Overcoming the dynamic range difficulties in CSF samples through a novel enrichment step for biomarker discovery studies
  • P-II-0395
An efficient and robust protocol for quenching TMT-labelling reactions for reversal of over-labelling at serine, threonine, and tyrosine residues
  • P-II-0396
Quantitative proteomics of small numbers of closely-related cells: selection of the optimal method for a clinical setting
  • P-II-0397
Recombinant production and surface immobilization of thermostable trypsin for optimized antibody digestion
  • P-II-0398
Comparison of plasma and serum abundant protein depletion methods
  • P-II-0399
High throughput abundant protein depletion for plasma proteomics
  • P-II-0400
Evaluation of novel chemical derivatization methods for N-Terminal sequencing of proteins
  • P-II-0401
Optimization of sample preparation strategies for high-throughput plasma proteomics
  • P-II-0402
Advancing plasma proteome profiling through cost effective, robust, high-throughput and orthogonal workflows based on hyper-porous magnetic beads
  • P-II-0404
Efficient and repeatable peptide desalting with AttractSPE®Disks tips C18 in manual and fully automated proteomics workflows
  • P-II-0405
Non-small cell lung cancer biomarker discovery from unfractionated blood cell pellets
  • P-II-0406
Comparative analysis of recombinant trypsin variants for enhanced MS-based peptide identification and quantification
  • P-II-0407
A sequential (phospho)proteomics enrichment approach reveals distinct protein phosphorylation patterns of mesothelial cells exposed to high glucose containing PD fluid or heat stress
  • P-II-0408
Improved proteomic methods enabled by a fast and efficient arginine-specific protease
  • P-II-0409
Magnetic bead-based SPEED enables rapid and high-throughput proteomics sample preparation: A case study in clinical microbiology for species identification and antibiotic resistance detection
  • P-II-0410
Automated on bead derivatization and digestion for the analysis of histone acetylation dynamics
  • P-II-0411
Enhancing plasma proteomics and comparing mass spectrometry with affinity-based technology
  • P-II-0412
Efficiencies gained in targeted serum proteomics using NRicher™ Beads – simplified and diversified workflows for sub-proteome and biomarker enrichment
  • P-II-0413
NRicher™ Bead Platform Provides Unique Sub-Proteome Biases Creating Fit For Purpose Opportunities for Biomarker Discovery and Targeted LC-MS Quantification
  • P-II-0414
Automated workflow for deep proteomic profiling of cervical fluid
  • P-II-0416
A robust and streamlined enrichment for delineating comprehensive small protein atlas in iPS cells derived from Parkinson's diseases
  • P-II-0417
Ever simpler: streamlining proteomics with S-Trap turbo and BCA-no-more
  • P-II-0418
New tools for biologics analyses and QC: the shredder and S-Trap turbo MAM
  • P-II-0419
Comparison of SDS-PAGE to automated parallel capillary electrophoresis for protein size and purity assessments
  • P-II-0420
Designing a fully integrated microfluidic proteomic sample preparation workflow for clinical applications
  • P-II-0421
Protein aggregation capture assisted profiling of the thiol redox proteome
  • P-II-0422
Contaminant removal from plant digests prior to LC-MS/MS: SP2 vs Ethyl acetate extraction
  • P-II-0423
Enhanced characterization of a Lysine-conjugated ADC using the Arginine-specific protease GingisREX®
  • P-II-0424
Enhancing biomarker discovery through the analysis of plasma depleted samples by DIA and PRM strategies using the Orbitrap astral mass spectrometer
  • P-II-0425
High-dimensional phosphoproteomics with multiplexed µPhos
  • P-II-0426
A complete and fast workflow for single cell proteomics analysis combining the Tecan UNO cell dispensing platform, Vanquish Neo LC and exploris 480 DIA MS
  • P-II-0427
Evaluation of a transfer-free proteomics approach for the analysis of few dispensed cells: a core facility perspective
  • P-II-0428
Evaluation and optimization of quantitative mass spec sample prep workflows
  • P-II-0429
Targeted image-guided 3-D tissue sampling with nanoliter resolution for bottom-up and top-down proteomics
  • P-II-0430
Deep middle-down proteomics using dissolvable BAC cross-linked Polyacrylamide gel electrophoresis
  • P-II-0431
Influence of different sample preparation approaches on proteoform identification by top-down proteomics
  • P-II-0432
Improved protocol for preparation of urine native peptides
  • P-II-0433
Automated sample preparation for in-depth plasma proteomics
  • P-II-0434
Unlocking the proteomic potential of FFPE tissues with BeatBox® and iST: a xylene-free, high-throughput workflow for in-depth proteome analysis
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