New Technology: Chromatography

Program

• • Poster presentation
  • P-II-0435

  Repurposed 3D printer allows economical and programmable fraction collection for proteomics of nanogram scale samples

  • Eduardo Kitano (Didcot / GB)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0437

  Versatile and bidirectional use of microfluidic LC columns, optimized configuration for achieving significant increases in proteome coverage at low nanoLC flow rates

  • Robert van Ling (Breda / NL)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0438

  Improved proteome coverage and reproducibility in large cohort analyses using packed emitter columns

  • Jarrod Sandow (Fitzroy / AU)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0439

  High-throughput plasma proteomics with cap-flow LC separation and dia-PASEF-MS/MS detection

  • Andreas Schmidt (Bremen / DE)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0440

  Long-term stability and reproducibility of nano-, capillary- and micro-flow LC-MS separations

  • Alec Valenta (Germering / DE)
  • Martin Samonig (Vienna / AT)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0441

  A tandem capillary and micro-flow LC workflow for high-throughput quantitative proteomics at near 100% mass spectrometer utilization

  • Alec Valenta (Germering / DE)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0442

  Achieving close-to-complete proteome coverage in single-shot deep dive DIA workflows

  • Robert van Ling (Breda / NL)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0443

  A novel selective comprehensive two-dimensional online nanoLC-CZE-MS platform for proteoform characterization

  • Tobias Waldmann (Aalen / DE)

   New Technology: Chromatography
• • Poster presentation
  • P-II-0444

  Enhancing sample throughput for deep dive proteomics with Tandem LC

  • Christopher Pynn (Germering / DE)

   New Technology: Chromatography