Nathan Croft
Monash University, VIC, Australia
My current research interests are in understanding the molecular basis of adaptive immunity to pathogenic infections. I primarily focus on the CD8+ T cell response to viruses, using mass spectrometry to identify and quantify the temporal profiles of peptides presented to the immune system and how their levels may impact upon the magnitude of the response.
I am also actively involved in the application of systems biology techniques to unravel the complexity of virus transcriptomes and proteomes and to further our understanding of the virus-host relationship.
Presentations this author is a contributor to:
A comprehensive analysis of HLA-peptidomes using a novel hybrid fragmentation method, ExCID (133301)
6:30 PM
Mohammadreza Dorvash
Symposium One | Students of the APS (SoAPS)
Visual Analytics of Immunopeptidomics and Viral Surveillance (133499)
3:45 PM
Mitchell Jenzen
Symposium Four | Bioinformatics, Data Science and Machine Learning
Amino acid site preference and allotype-specific variation in glycosylation of class I immunopeptides (#24)
12:40 PM
Joshua Fehring
Lunch & Poster Session 1
Influenza infection of lung epithelial cells expressing common HLA-I variants to define conserved influenza targets by immunopeptidomics (#28)
12:40 PM
Ngoc Hong Le
Lunch & Poster Session 1
PROTEOMICS 2026