News
30/50 µm ID Column for Low Input Proteomics
Explore why smaller column IDs benefit low-input proteomics, with published evidence of MicrOmics column sensitivity and robustness, plus 30/50 µm column configurations and custom options.
30/50 µm ID Column for Low Input Proteomics
Explore why smaller column IDs benefit low-input proteomics, with published evidence of MicrOmics column sensitivity and robustness, plus 30/50 µm column configurations and custom options.
MicrOmics Presents ASMS 2026 Results on Integra...
MicrOmics presents ASMS 2026 results comparing plug-and-play nanoLC column systems and examining how heater design, emitter geometry, chromatographic performance, usability, and reusability influence LC-MS proteomics workflows.
MicrOmics Presents ASMS 2026 Results on Integra...
MicrOmics presents ASMS 2026 results comparing plug-and-play nanoLC column systems and examining how heater design, emitter geometry, chromatographic performance, usability, and reusability influence LC-MS proteomics workflows.
MicrOmics Presents ASMS 2026 Results on Column ...
MicrOmics presents ASMS 2026 results examining how capillary column inner diameter and length affect sensitivity, proteome identification, sample capacity, robustness, and throughput in short-gradient LC-MS proteomics workflows.
MicrOmics Presents ASMS 2026 Results on Column ...
MicrOmics presents ASMS 2026 results examining how capillary column inner diameter and length affect sensitivity, proteome identification, sample capacity, robustness, and throughput in short-gradient LC-MS proteomics workflows.
A Fitting Solution to a Common LC Problem: Flex...
A good LC separation depends on more than the column itself. Explore MicrOmics connection options for integrated, non-integrated, bare, ColuMate-ready, and vendor-specific nanoLC column configurations.
A Fitting Solution to a Common LC Problem: Flex...
A good LC separation depends on more than the column itself. Explore MicrOmics connection options for integrated, non-integrated, bare, ColuMate-ready, and vendor-specific nanoLC column configurations.
Maximizing Sensitivity with 30 µm i.d. NanoLC C...
For sample-limited proteomics, column dimensions can have a major impact on sensitivity. Learn how 30 µm i.d. nanoLC columns can increase MS signal and peptide identifications compared with conventional 75...
Maximizing Sensitivity with 30 µm i.d. NanoLC C...
For sample-limited proteomics, column dimensions can have a major impact on sensitivity. Learn how 30 µm i.d. nanoLC columns can increase MS signal and peptide identifications compared with conventional 75...
MicrOmics Technologies Officially Launches Its ...
MicrOmics Technologies officially launched its nanoLC column product line on February 14, 2025, bringing integrated-emitter column and ESI technologies developed for sensitive, robust, and flexible LC-MS workflows to the proteomics...
MicrOmics Technologies Officially Launches Its ...
MicrOmics Technologies officially launched its nanoLC column product line on February 14, 2025, bringing integrated-emitter column and ESI technologies developed for sensitive, robust, and flexible LC-MS workflows to the proteomics...
