Development of a peptide nucleic acids-based antisense technology to control bacterial disease by specifically blocking virulence genes

Interfering with catecholamine and steroid hormone sensing in aquaculture pathogens to control disease

Antivirulence potential of indole and indole analogues against vibrios

Doctoral project Adrian Jose Marquez Montiel

Interference with the ToxR regulon to control vibriosis in aquaculture

Intracellular and intercellular signaling in vibrios

Role of indole and its derivatives on the virulence of E. coli

Doctoral project Chao Wang

Doctoral project Natrah Fatin Mohd Ikhsan

BOF-ZAP professorship in blue biotechnology and antivirulence therapy

Determination of structure-activity relations of indoles with respect to virulence-inhibitory activity in bacterial pathogens

Ecology of bacterial pathogens

Evaluation of the risk of resistance development against antivirulence therapy

In vivo detection of virulence gene expression of vibrios during infection of aquaculture organisms with reverse transcriptase realtime PCR

The impact of bacteria-bacteria and host-bacteria signaling on larviculture of giant freshwater prawn Macrobrachium rosenbergii

BOF-ZAP professorship in blue biotechnology and antivirulence therapy

Determination of structure-activity relations of indoles with respect to virulence-inhibitory activity in bacterial pathogens

Quorum sensing disruption in luminescent vibrios

Fatty acid metabolism and trophic transfer: enhancing sustainability in aquaculture