#orbitrap — Public Fediverse posts

Our vision how #isotope #fractionation can be used to understand metabolic pathways and better exploit biological archives - #Orbitrap, #Metabolomics, #treerings, isotope #ecology, multidimensional isotopic #fingerprints- https://nph.onlinelibrary.wiley.com/doi/10.1111/nph.19973

Our vision how #isotope #fractionation can be used to understand metabolic pathways and better exploit biological archives - #Orbitrap, #Metabolomics, #treerings, isotope #ecology, multidimensional isotopic #fingerprints- https://nph.onlinelibrary.wiley.com/doi/10.1111/nph.19973

Our vision how #isotope #fractionation can be used to understand metabolic pathways and better exploit biological archives - #Orbitrap, #Metabolomics, #treerings, isotope #ecology, multidimensional isotopic #fingerprints- https://nph.onlinelibrary.wiley.com/doi/10.1111/nph.19973

Our vision how #isotope #fractionation can be used to understand metabolic pathways and better exploit biological archives - #Orbitrap, #Metabolomics, #treerings, isotope #ecology, multidimensional isotopic #fingerprints- https://nph.onlinelibrary.wiley.com/doi/10.1111/nph.19973

Our vision how #isotope #fractionation can be used to understand metabolic pathways and better exploit biological archives - #Orbitrap, #Metabolomics, #treerings, isotope #ecology, multidimensional isotopic #fingerprints- https://nph.onlinelibrary.wiley.com/doi/10.1111/nph.19973

Luckily, PSM rescoring using predicted fragment ion intensities (with tools such as #Prosit, #MS2Rescore, etc.) can significantly improve the immunopeptidomics results over standard sequence database searching. 💪

Unfortunately, existing fragment ion intensity prediction models have been developed for #Orbitrap instruments. In contrast, #timsTOF instruments are increasingly popular for immunopeptidomics due to their increased sensitivity.

Luckily, PSM rescoring using predicted fragment ion intensities (with tools such as #Prosit, #MS2Rescore, etc.) can significantly improve the immunopeptidomics results over standard sequence database searching. 💪

Unfortunately, existing fragment ion intensity prediction models have been developed for #Orbitrap instruments. In contrast, #timsTOF instruments are increasingly popular for immunopeptidomics due to their increased sensitivity.

Luckily, PSM rescoring using predicted fragment ion intensities (with tools such as #Prosit, #MS2Rescore, etc.) can significantly improve the immunopeptidomics results over standard sequence database searching. 💪

Unfortunately, existing fragment ion intensity prediction models have been developed for #Orbitrap instruments. In contrast, #timsTOF instruments are increasingly popular for immunopeptidomics due to their increased sensitivity.

Luckily, PSM rescoring using predicted fragment ion intensities (with tools such as #Prosit, #MS2Rescore, etc.) can significantly improve the immunopeptidomics results over standard sequence database searching. 💪

Unfortunately, existing fragment ion intensity prediction models have been developed for #Orbitrap instruments. In contrast, #timsTOF instruments are increasingly popular for immunopeptidomics due to their increased sensitivity.

Luckily, PSM rescoring using predicted fragment ion intensities (with tools such as #Prosit, #MS2Rescore, etc.) can significantly improve the immunopeptidomics results over standard sequence database searching. 💪

Unfortunately, existing fragment ion intensity prediction models have been developed for #Orbitrap instruments. In contrast, #timsTOF instruments are increasingly popular for immunopeptidomics due to their increased sensitivity.