Molecular Biology Jobs in Leuven

The Laboratory of Growth Control an Cancer Research headed by Professor Georg Halder is one of the research groups of the VIB Center for Cancer Biology (CCB) within the Oncology Department of KU Leuven. Our Lab studies the role of the Hippo pathway and its effectors YAP/TAZ in liver c More...

About the LabThe lab of Jeroen Raes (VIB KU Leuven) is home to a vibrant dynamic and international group of researchers in the field of gut microbial ecology and its clinical applications. Beyond our expertise in bioinformatics and metagenomic analysis we offer handson clinical experi More...

About the LabThe lab of Jeroen Raes (VIB KU Leuven) is home to a vibrant dynamic and international group of researchers in the field of gut microbial ecology and its clinical applications. Beyond our expertise in bioinformatics and metagenomic analysis we offer handson clinical experi More...

About the LabThe lab of Jeroen Raes (VIB KU Leuven) is home to a vibrant dynamic and international group of researchers in the field of gut microbial ecology and its clinical applications. Beyond our expertise in bioinformatics and metagenomic analysis we offer handson clinical experi More...

We have discovered that vascular/immunomodulating therapies can transform immunosuppressive tumor endothelial cells into immunestimulating highendothelial venules (HEV) that due to their specific functions lead to substantial T and B cell infiltrates reminiscent of tertiarylymphoid st More...

We have discovered that vascular/immunomodulating therapies can transform immunosuppressive tumor endothelial cells into immunestimulating highendothelial venules (HEV) that due to their specific functions lead to substantial T and B cell infiltrates reminiscent of tertiarylymphoid st More...

We have discovered that vascular/immunomodulating therapies can transform immunosuppressive tumor endothelial cells into immunestimulating highendothelial venules (HEV) that due to their specific functions lead to substantial T and B cell infiltrates reminiscent of tertiarylymphoid st More...

We have discovered that vascular/immunomodulating therapies can transform immunosuppressive tumor endothelial cells into immunestimulating highendothelial venules (HEV) that due to their specific functions lead to substantial T and B cell infiltrates reminiscent of tertiarylymphoid st More...

We have discovered that vascular/immunomodulating therapies can transform immunosuppressive tumor endothelial cells into immunestimulating highendothelial venules (HEV) that due to their specific functions lead to substantial T and B cell infiltrates reminiscent of tertiarylymphoid st More...

We have discovered that vascular/immunomodulating therapies can transform immunosuppressive tumor endothelial cells into immunestimulating highendothelial venules (HEV) that due to their specific functions lead to substantial T and B cell infiltrates reminiscent of tertiarylymphoid st More...

Job descriptionAre you interested in harnessing the biosynthetic potential of beneficial humanassociated bacteria Join our multidisciplinary and international team to perform innovative research aimed at developing commensal Clostridium bacteria into live biotherapeutic agents. We are More...

When cancer cells leave the primary tumor to seed in other organs they need to seek the help of different cell types in distinct environments to make their journey successful. Lymph nodes (LN) which counterintuitively are centers for Tcellantigen priming are the first metastatic relay More...

When cancer cells leave the primary tumor to seed in other organs they need to seek the help of different cell types in distinct environments to make their journey successful. Lymph nodes (LN) which counterintuitively are centers for Tcellantigen priming are the first metastatic relay More...

When cancer cells leave the primary tumor to seed in other organs they need to seek the help of different cell types in distinct environments to make their journey successful. Lymph nodes (LN) which counterintuitively are centers for Tcellantigen priming are the first metastatic relay More...

When cancer cells leave the primary tumor to seed in other organs they need to seek the help of different cell types in distinct environments to make their journey successful. Lymph nodes (LN) which counterintuitively are centers for Tcellantigen priming are the first metastatic relay More...

When cancer cells leave the primary tumor to seed in other organs they need to seek the help of different cell types in distinct environments to make their journey successful. Lymph nodes (LN) which counterintuitively are centers for Tcellantigen priming are the first metastatic relay More...

Job descriptionMarine microbes naturally capture massive amounts of carbon dioxide from the atmosphere and convert it into dissolved molecules that can resist degradation for months years or even millennia. These processes could drive the development of new carbon capture technologies More...

Who we are The lab for Systems Biology of Kevin Verstrepen is a research team at the VIBKU Leuven Center for Microbiology. Our team focuses on genomics genetics epigenetics transcriptomics and evolution using yeast as a model. We combine wet lab and computational research to investiga More...

Job descriptionWe are seeking a postdoc for an interdisciplinary project that integrates highthroughput metabolomics enzyme assays and microbiology. Our lab focuses on how microbial interactions drive carbon dioxide capture and sequestration in the ocean and our primary tool is highth More...

Job descriptionWe are seeking a postdoc for an interdisciplinary project that integrates highthroughput metabolomics enzyme assays and microbiology. Our lab focuses on how microbial interactions drive carbon dioxide capture and sequestration in the ocean and our primary tool is highth More...