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interested in characterizing the interplay between the toxin gene regulatory networks and the sporulation pathways. We apply several omics technologies, such as RNA-Seq, genome sequencing, and proteomics
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detection methods for emetic B. cereus . Conduct experiments evaluating microbial growth, toxin production, and survival under conditions relevant to infant formula and industrial fermentation systems
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mechanisms of SGLT2 inhibitors using mice models of kidney diseases. Contributing to the development of uremic toxin measurements in mice and human. Collaborating with faculty and staff on research design
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morbidity and life-threatening infection. A key virulence factor is candidalysin, a peptide toxin secreted by C. albicans hyphae that drives epithelial damage, cell activation and mucosal inflammation. The
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biomarker research, botulinum toxin, and deep brain stimulation research. The research interests of Michele Tagliati, MD, include the study of early and advanced therapeutics of Parkinson's disease, dystonia
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Postdoc in AI-driven design of environment-responsive antibodies and nanobodies - DTU Bioengineering
postdoc position is part of the Villum Foundation funded project, PROTÆCT: Precision Regulation Of Toxin Activity through Environmentally-Controlled Targeting, which aims to uncover how protein-based
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, PROTÆCT: Precision Regulation Of Toxin Activity through Environmentally-Controlled Targeting, which aims to uncover how protein-based toxins can be controlled using binding proteins that respond to