Thursday, 2nd February 28th Annual Lorne Proteomics Symposium 2023
Welcome to Country and Welcome Address
4:00PM - 4:10PM
Thursday, 2nd February
Convention Room 1
Chair: Peter Hoffmann
The Simpson Lecture
4:10PM - 5:00PM
Thursday, 2nd February
Convention Room 1
Chair: Marc Wilkins
Ken Mitchelhill Young Investigator Award Lecture
5:00PM - 5:30PM
Thursday, 2nd February
Convention Room 1
Chair: Sri Ramarathinam
Sponsored by:
Vendor Talks
5:30PM - 5:45PM
Thursday, 2nd February
Convention Room 1
Chair: Peter Hoffmann
Symposium One: Students of the APS (SoAPS)
5:45PM - 7:00PM
Thursday, 2nd February
Convention Room 1
Chairs: Samantha Emery-Corbin & Joel Steele
- Two cysteines are better than one - T cell recognition of peptides bearing penicillin-modified cysteinylated cysteine residues - Shawn Goh
- The genetic and dietary landscape of muscle insulin signalling and resistance - Julian van Gerwen
- Acute treatment with antioxidant N-propionylglycine attenuates mitochondrial cysteine redox post-translational modifications and restores endogenous antioxidants in the diabetic heart, identified using quantitative mass spectrometry. - Molly K Talbot
- C18ORF25 is a novel exercise-regulated AMPK substrate mediating skeletal muscle function - Yaan Kit Ng
- High-throughput proteomics and phosphoproteomics of rat tissue using microflow Zeno SWATH. - Erin M Humphries
Welcome Reception and Poster Session One
7:00PM - 10:00PM
Thursday, 2nd February
Convention Room 2 & 3
- Determining the antigen processing requirements for spliced peptide presentation - Ritchlynn Aranha
- Multiplexed single cell proteomics for investigating cellular heterogeneity during hypoxia - Craig P Barry
- Identification of oxidatively modified proteins to utilise as biomarkers of immune cell activation - Angelo R Bautista
- An Untargeted Method for the Detection of Post Translational Modifications - Alessandra Bicego
- Quantitative targeted and global proteomics reveal novel biomarkers of disease in mouse models of a rare-genetic epilepsy disorder - Todd Blackburn
- Postmortem interval estimation using an untargeted LC-MS/MS-based proteomics approach - Lana Brockbals
- DIA-based in silico spectral reference libraries, an improved alternative for peptide quantification in clinical samples via DIA-NN - Daniel Bucio Noble
- The characterisation of protein binding from in vivo paediatric ECMO circuits - Tengyi Cai
- Characterisation of peptide and protein post-translational modification by cyclic ion mobility - Luke Carroll
- The WEHI Proteomics Facility: tools, techniques and technologies - Laura F Dagley
- Monitoring toxicokinetic properties of PFAS in rat models by targeted mass spectrometry - Sarah J Dilmetz
- Enhanced phosphoproteome coverage with gas phase fractionation combined with data independent acquisition (GPF-DIA) - Toby Dite
- Characterisation of branched ubiquitin architecture using Lbpro and intact mass spectrometry - Hao Dong
- Differentiation of lactyllysine and carboxyethyllysine modified peptides - Leigh Donnellan
- Pancreatic Cancer HLA-peptidomics: An Unbiased Pursuit of Potential Targets for Immunotherapy - Mohammadreza Dorvash
- A multi-omics approach to characterising beer flavour - Daniel J. Ellis
- High Resolution DIA: A Workflow for Highly Accurate Relative Label-Free Quantification of Microbial Proteins in Complex Cell Lysates - Joanne Ford
- Adipose derived stem cells spontaneously express neural markers when grown in a PEG-based 3D matrix - Neus Gomila Pelegri
- IFNγ Modulates the Immunopeptidome of Triple Negative Breast Cancer Cells by Enhancing and Diversifying Classical and Non-Classical HLA Presentation - Gabriel Goncalves
- Investigating the structure-activity relationship of concentrated ionic liquids for their capacity to dissolve proteins for proteomic analysis. - Thomas Goulden
- Assessing the impacts of Snomax, an ice-nucleating bacterium for creating artificial snow, on the Australian alpine environment - Sabrina Grizzi de Oliveira
- Quantitation of the Iron Regulatory Hormone Hepcidin in Mammals - Joel P.A. Gummer
- Towards the next generation in blood plasma analysis: improving analytical speed without compromising performance using improved databases, scanningSWATH and zenoSWATH. - Dylan Harney