Sort by
Refine Your Search
-
Listed
-
Employer
- University College Cork
- MAYNOOTH UNIVERSITY
- University College Dublin
- Trinity College Dublin
- MUNSTER TECHNOLOGICAL UNIVERSITY
- University of Galway
- RCSI - Royal College of Surgeons in Ireland
- Maynooth University
- Technological University Dublin
- University of Limerick
- Institute of Art, Design and Technology
- Nature Careers
- Teagasc
- University College Dublin;
- University of Dublin, Trinity College
- University of Galway;
- University of Limerick;
- 7 more »
- « less
-
Field
-
, immunological and/or molecular biological activities. The Post - Doctoral Researcher will develop, support and execute research activities within the dynamic, APC Microbiome Ireland based research team
-
The successful candidate will be involved in bacterial cultivation, genome/transcriptome sequencing & analyses, microbiological, biochemical, immunological and/or molecular biological activities. The Post
-
insights that inform policy and strengthen environmental resilience. The Witness Tree Project investigates the role of long-lived trees as natural sensors of environmental change, with a particular focus on
-
Purpose Wholetime for up to 14 months) (Reference: 437/2025) Location: The post will be based at one of the TU Dublin Campuses i.e. Aungier Street, Bolton Street, Grangegorman, Blanchardstown or Tallaght
-
for the following Post in the Technological University Dublin Post: Post-Doctoral Researcher SPARK Project School of Electrical & Electronic Engineering (Fixed term specified purpose wholetime basis for up to 5 years
-
, continuous learning, and innovative thinking. Join us at RCSI, where your contributions will be recognised, and you will be part of a dynamic team making a real impact on global health. About Our Research RCSI
-
of the GlycoShape 3D glycan structure database (https://glycoshape.org ) and use molecular simulations to characterise recognition of bacterial glycans and immune signalling response via Toll-like Receptor (TLR
-
) and use molecular simulations to characterise recognition of bacterial glycans and immune signalling response via Toll-like Receptor (TLR) readers, as part of an international collaboration with a team
-
) Frontiers for the Future Programme. The project aims to include the expansion of the GlycoShape 3D glycan structure database (https://glycoshape.org ) and use molecular simulations to characterise recognition
-
single tube. The primary purpose is to regenerate automatically through temperature cycling and use DNA as a low-energy, sustainable medium for molecular computation and data storage. The successful