Order by:
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 5 April
- Duration max:
- 99 months
An novel optical fibre analysis system for particle accelerators: University of Liverpool
University
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 28 February
- Duration max:
- 99 months
Architecture and evolution of gene regulatory networks underlying environmental responses in butterflies: University of Liverpool
University
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 22 January
- Duration max:
- 99 months
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 22 January
- Duration max:
- 99 months
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 22 January
- Duration max:
- 99 months
Characterising the genetic control of quality attributes in Pak Choi Brassica rapa subsp. Chinensis (L.): University of Liverpool
University
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 22 January
- Duration max:
- 99 months
University of Liverpool: Deciphering the role of host-pathogen-microbiome interactions in the development of bovine digital dermatitis
University
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 22 January
- Duration max:
- 99 months
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 22 January
- Duration max:
- 99 months
University of Liverpool: Developing an ex vivo tissue slice model of injured kidney to analyse how immune cells and ageing influence the endogenous regenerative response
University
- Level :
- PhD
- Tuition:
- Full coverage
- Deadline:
- 22 January
- Duration max:
- 99 months
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