Doctoral Research: From Variability to Validation: Standardizing Multi-Omics of Oral Fluids for Reproducible Disease Signatures Malmö University in Sweden

Malmö University invites applications for a doctoral project in biomedical science focused on transforming oral fluids—primarily saliva—into reliable materials for non-invasive laboratory diagnostics. The project addresses a central challenge in multi-omics research: ensuring that disease signatures and biomarkers remain reproducible across sampling, laboratory processing, analysis, and interpretation. The doctoral researcher will establish and validate standardized workflows for metabolomics an...

This doctoral opening at Malmö University focuses on standardizing multi-omics approaches for research based on oral fluids, with the aim of supporting more reproducible disease-related science. The project title signals an emphasis on bringing together omics technologies and developing more consistent methods for analyzing oral-fluid samples. The position is based at Malmö University, an innovative and internationally oriented university in Sweden. The advert presents the university as a collab...

PhD opportunity at Queen's University Belfast and the University of Glasgow in food chemistry, metabolomics, intestinal epithelial biology, and mammalian metabolism . This funded BBSRC CASE studentship investigates how meat-derived nitrite metabolites and other N-nitroso compounds affect metabolic homeostasis and intestinal epithelial adaptation . The project compares standard cured and nitrite-free meat matrices and explores how dietary components regulate tissue resilience and systemic metabol...

The Department of Chemistry for Life Sciences at Uppsala University is recruiting a PhD student for a project in analytical chemistry focused on developing novel methods for single-cell analysis and quantification using direct infusion mass spectrometry. The project is centered on optimizing sampling and ionization probes for the sensitive detection of metabolites and lipids from individual cells, with the aim of studying cellular heterogeneity. The work combines custom-built analytical platform...

This postdoctoral project at Linköping University focuses on translational cancer metabolism and the metabolic interactions between tumors and host tissues. The research aims to deepen understanding of the metabolic mechanisms that drive cancer progression and metastasis by combining physiologically relevant human experimental models with quantitative metabolic approaches and multi-omics. The project centers on stable isotope tracing in human ex vivo models to follow active metabolic pathways an...