@beuschchristian.bsky.social
VR-funded PostDoc @EmoryUniversity and @UU_University former @RZlabKI; Focusing on mass spectrometry-based proteomics, bioinformatics, data visualization
- We performed the first detailed analysis of semi-tryptic peptides and identified organ-specific cleavage motifs.
- Our findings stress the importance of considering post-mortem effects in proteomics studies to avoid bias and incorrect conclusions.
(3/3)
- Our findings stress the importance of considering post-mortem effects in proteomics studies to avoid bias and incorrect conclusions.
(3/3)
January 22, 2025 at 3:26 PM
- We performed the first detailed analysis of semi-tryptic peptides and identified organ-specific cleavage motifs.
- Our findings stress the importance of considering post-mortem effects in proteomics studies to avoid bias and incorrect conclusions.
(3/3)
- Our findings stress the importance of considering post-mortem effects in proteomics studies to avoid bias and incorrect conclusions.
(3/3)
- Post-mortem protein changes are organ-specific, with significant differences in the number of differentially abundant proteins.
- While overall changes in the heart are minimal, subcellular compartmentalization is disrupted within just 2 hours post-mortem.
(2/n)
- While overall changes in the heart are minimal, subcellular compartmentalization is disrupted within just 2 hours post-mortem.
(2/n)
January 22, 2025 at 3:25 PM
- Post-mortem protein changes are organ-specific, with significant differences in the number of differentially abundant proteins.
- While overall changes in the heart are minimal, subcellular compartmentalization is disrupted within just 2 hours post-mortem.
(2/n)
- While overall changes in the heart are minimal, subcellular compartmentalization is disrupted within just 2 hours post-mortem.
(2/n)