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pseudomonas aeruginosa PhD Projects, Programs & Scholarships

We have 16 pseudomonas aeruginosa PhD Projects, Programs & Scholarships

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  Pyocins as alternatives to antibiotics against Pseudomonas aeruginosa infections
  Dr C Penfold
Applications accepted all year round
Pyocins are bacteriocins produced by Pseudomonas aeruginosa to kill closely related strains of the same species during times of environmental stress.
  MRC DiMeN Doctoral Training Partnership: Investigating copper storage in Pseudomonas aeruginosa and its role in pathogenicity
  Prof C Dennison, Dr A De Soyza, Prof C Winstanley
Application Deadline: 21 January 2019
Background. This interdisciplinary project bridges world-leading labs with expertise in bacterial cell biology and infection. Novel therapies are needed to overcome increasing antibacterial resistance.
  Experimental evolution of Pseudomonas aeruginosa in media replicating the conditions of the upper and lower airways
  Dr D Neill, Dr J Fothergill
Application Deadline: 20 January 2019
Pseudomonas aeruginosa (Pa) is an important bacterial pathogen in people with cystic fibrosis and other chronic lung conditions. During early infection, Pa adapts to the environment of the respiratory tract, leading to long-lasting, difficult to treat infections.
  A mechanistic approach to the development of Carbon Monoxide Releasing Molecule (CO-RM) antimicrobials against Pseudomonas aeruginosa bacterial pathogen
  Dr J M Lynam, Dr V Friman, Prof I J S Fairlamb
Application Deadline: 7 January 2019
The rise of antibiotic-resistant bacteria represents a significant threat to human health and therefore novel therapeutic agents are required to treat infections.
  Unravelling evolutionary mechanisms of phage-bacteria interactions in spatially structured microbial communities
  Dr V Friman, Dr P Fogg, Dr S D Johnson
Application Deadline: 7 January 2019
The rapid rise of antibiotic resistance has made many clinical antibiotics ineffective. One way to increase the efficiency of antibiotics is to use them in combination with bacteria-specific viruses, phages.
  Fabrication of novel hybrid nano-carriers for pulmonary drug delivery
  Dr H Al-Obaidi
Applications accepted all year round
Pulmonary drug delivery is a non-invasive route for drug delivery where the lungs provide a thin, yet extremely efficient absorptive mucosal membrane with a good blood supply.
  Condition specific engineering of P. putida for rhamnolipid production
  Dr P Rahman, Dr S Robson, Dr C Angione
Application Deadline: 24 February 2019
Applications are invited for a fully-funded three year PhD studentship to commence in October 2019. The project will focus on. Incorporating non-native pathways and to implement innovative and computational-based metabolic design in Pseudomonas putida including oxidative catabolic pathways for lignin degradation.
  To experimentally determine the environmental influences acting on P. aeruginosa virulence factor expression in biofilms and understand the catalytic mechanism of one of them (the surface tethered aminopeptidase AaaA)
  Dr K Hardie
Applications accepted all year round
Pseudomonas aeruginosa is an important opportunistic pathogen. It is a problem for the immunocompromised and has attained superbug notoriety since it is evident in hospitals and has inherent resistance to antibiotics.
  BBSRC DTP White Rose Studentship - Structural and functional characterization of the TAD pilus of the multi-antibiotic-resistant bacterium P. aeruginosa
  Dr J Bergeron, Dr W Durham
Application Deadline: 7 January 2019
Surface attached biofilms bacteria are major cause of recurrent infections because they allow cells to withstand much higher concentrations of antibiotics.
  BBSRC DTP White Rose Studentship - Structural and functional characterization of the TAD pilus of the multi-antibiotic-resistant bacterium P. aeruginosa
  Research Group: Biological Physics
  Dr J Bergeron, Dr W Durham
Application Deadline: 7 January 2019
Surface attached biofilms bacteria are major cause of recurrent infections because they allow cells to withstand much higher concentrations of antibiotics.
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