33 proteomics positions at Karolinska Institutet

Research Coordinator – Clinical Proteomics Mass Spectrometry

the Cancer proteomics Mass spectrometry research group, headed by Professor Janne Lehtiö at Science for Life Laboratory  Karolinska Institutet is one of the four founding universities for SciLifeLab, a

Bioinformatician - translational leukemia/proteomics bioinformatics

for medical students, as well as for Tumor biology courses for biomedicine students and Pathology courses for opticians. The bioinformatics work will be conducted in the Cancer proteomics Mass spectrometry

Postdoc in Proteomics – Proteome analysis of breast cancer clinical cohorts

for medical students, as well as for Tumor biology courses for biomedicine students and Pathology courses for opticians. Do you want to contribute by connecting the latest cancer proteome research to patient

Doctoral (PhD) student position in translational lung cancer research

of four years of full-time doctoral education is required. The research group The doctoral studies will be conducted in the Cancer proteomics Mass spectrometry (MS) research group headed by professor Janne

Doctoral (PhD) student position in Molecular Epidemiology with application in Precision Health

and many more. In this PhD project, we will also collaborate closely with the twin registry at KI and proteomics researchers at KTH and SciLifeLab. The doctoral student project and the duties

Postdoctoral position (scholarship)

immune cell populations to validate single cell RNA sequencing and proteomic results. Serological study on human cohort will be assessed ELISA and Luminex-based method to determine the antibody

Postdoctoral Researcher in Translational Melanoma Research

receiving immune checkpoint inhibitors and potential impact from radiotherapy. You will design and carry out proteomic profiling with front-line technologies, in an independent way, on EVs from sequentially

Doctoral (PhD) student position in deep learning modeling of drug responses in cancer

-throughput datasets including metabolomics, proteomics, and transcriptomics. By aligning the model predictions with physical interactions between biomolecules, our approach ensures that the results are both

Research Specialist in Neuroimmunology with focus on the etiology and pathogenesis of Myasthenia Gravis

immunological methods with genomics and proteomics, partly aimed at elucidating the role of infection in disease development. The project involves research on unique blood and tissue samples collected locally and

Postdoctoral Researcher in phage biology and antimicrobial resistance

systems. The Fossati lab investigates bacterial immune systems composition and mechanism by employing a combination of bulk NGS technologies and high-throughput interaction proteomics approaches (Fossati et