Group: Bacterial infections: antimicrobial therapies and Nanoscale bioelectrical characterization.
Group leader: Eduard Torrents (firstname.lastname@example.org) and Gabriel Gomila (email@example.com)
Bacterial infections remain a significant challenge to humanity that also has a considerable impact on all national health care system for its significant morbidity and mortality. This situation is becoming complicated by an increasingly aging and susceptible population and large numbers of bacterial isolates, which have developed resistance to all antibiotics. Bacteria that form biofilms and colonize or infect medical devices or wounds are particularly hard to treat as biofilms are inherently highly antibiotic resistant.
In our research group, we aim to investigate new strategies and approaches to treating bacterial chronic infections by understanding biofilm biology, not only from the microbiology point of view but also analyzing the tissue and cell environment where the bacteria form biofilms. Also, we will use different research field techniques (microbiology, cell biology, nanomedicine, bioengineering, bioelectrical characterization, AFM, etc) to find new methodologies based on nanomedicine to treat bacterial biofilms. Recently we have developed a method based on nanoparticles to disaggregate bacterial biofilms, and we are working in 3D systems to mimic the tissue environment for a bacterial biofilm growth to mimic the real conditions during infection. Basic studies in microbial physiology, new vaccines, molecular microbiology, microfluidics applied to the microbiology diagnostic, new electronic biosensors and label free biological nanoscale characterization are also performed in our research groups.
Selected Recent publications:
– Pedraz,L., et al. (2020). FASEB J. 34:2912-28.
– Cendra, MdM and Torrents, E. (2020).Virulence. 11:862-76.
– Cendra, MdM. Et al. (2019). Scientific Reports. 9:16284.
– Blanco-Cabra, N. et al. (2019). ACS Infect Dis. 5:1581-89.
– Fumagalli, L., et al. (2018). Science360:1339-1342.
– Lozano, H., et al. (2018). Nanoscale.10:19188-94.
– Crespo, A., et al. (2017). Scientific Reports.7:17892. AND Scientific Reports. 7:13350.
– Baelo, A.et al. (2015). J Controlled Release. 209:150-9.
Development of multidisciplinary research on new therapeutic strategies to treat bacterial chronic infections from different research areas. The PhD student will learn skills in microbiology, bacterial genetics, cell biology, nanotechnology, biofilms, animal models of infections, electrical characterization, nanoscale, biochemistry, etc and will contribute to activities of both research group. The PhD candidate will commit adequate time and effort to the project and display initiative in identifying and resolving problems relating to the research.