Posters

Novel Inactivation Technology Stabilizes the In Vivo levels of Proteins, Peptides and Phosphorylations in Tissue Samples

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A Study of the Liver and Pancreas Post Mortem Degradome

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Changes in phosphorylation states post-mortem may distort our view of in vivo proteomic profiles

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Impact of tissue stabilization technology on in vivo shotgun phosphoproteome analysis

Courtesy of Dr. Katayama, Biomarkers & Personlized Medicine CFU, US

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MS based approach to measure and quantity protein degradation and protease activity in tissue samples

Courtesy of Prof. Luider, Erasmus Medical Center, the Netherlands

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Introduction of a stabilized-peptide MS platform for comprehensive analysis of endogenous peptides

Courtesy of Dr. Carlsohn, University of Gothenburg, Sweden

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Thermal treatment stabilises the brain proteome during sample preparation

Courtesy of Prof. Dunn, UCD Conway Institute, Ireland

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Neuropeptidomic MS strategies for studying experimental Parkinson's disease

Courtesy of Prof. Andrén, Uppsala University, Sweden

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The evolution of tissue markers analyzed by MALDI-MS imaging

Courtesy of Dr. Goodwin, University of Glasgow, UK

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Heat-treatment reduces protein degradation in the neutrophil proteome

Courtesy of Dr. Kennedy, UCD Conway, Ireland

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