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  • LKAS PhD Scholarships
  • Previously Awarded Kelvin Smith PhD Scholarships
  • 2020/21 Projects
  • Bacterial sepsis: Assessing novel molecular methods for rapid diagnosis, improved patient outcomes and reduced antimicrobial resistance
  • Shining a light on health: precisely targeting diet to mito-nuclear variation via spectroscopy and genomics
  • Development of novel optical technology to assess electrical activity of hearts
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  • Home
  • Research
  • Our research environment
  • PGR Policy, Strategy & Support
  • LKAS PhD Scholarships
  • Previously Awarded Kelvin Smith PhD Scholarships
  • 2020/21 Projects

PGR Policy, Strategy & Support

  • LKAS PhD Scholarships
  • Previously Awarded Kelvin Smith PhD Scholarships
  • 2020/21 Projects
  • Bacterial sepsis: Assessing novel molecular methods for rapid diagnosis, improved patient outcomes and reduced antimicrobial resistance
  • Shining a light on health: precisely targeting diet to mito-nuclear variation via spectroscopy and genomics
  • Development of novel optical technology to assess electrical activity of hearts
Autism in Museums: The Application of Co-Creation Strategies for Making Museums Autism-Accessible
Bacterial sepsis: Assessing novel molecular methods for rapid diagnosis, improved patient
Shining a light on health: precisely targeting diet to mito-nuclear variation via spectroscopy
Development of novel optical technology to assess electrical activity of hearts
A mathematical model for nanokicking
Water scarcity and sustainable development in Africa
Environmental literacies in plastic practices
Progressive politics and transformation in a context of Climate Crisis: Kerala's Subaltern

 

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together against gender-based violence