Ahmed Attaya’s PhD project was funded by the Newton Fund, the British Council, and the National Institute of Oceanography and Fisheries (NIOF), Hurghada, Egypt. This research was also supported financially by a grant (BB/M013022/1) from the UK Biotechnology and Biological Sciences Research Council (BBSRC). TEM was performed in the Microscopy and Histology Core Facility at the University of Aberdeen. Thanks to Yehfang Hu (SFIRC) for help with the flow cytometry analysis.Peer reviewedPostprin
The aim of this project was to create tools to select robust fish with better innate immunity for br...
This research was financially supported by the European Commission under the 7th Framework Programme...
Acknowledgements We would like to acknowledge Richard Paley, Tom Hill and Georgina Rimmer for their ...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Acknowledgements: Ahmed Attaya’s PhD project was funded by the Newton Fund, the British Council, and...
Acknowledgements Ahmed Attaya's PhD project was funded by the Newton Fund, the British Council, and ...
Copyright © 2022 Taylor, Ruiz Daniels, Dobie, Naseer, Clark, Henderson, Boudinot, Martin and Macquee...
The aquaculture sector is currently thriving, and has expanded to meet the demand for fish and shell...
This study was funded by grants from the Scottish Universities Life Sciences Alliance (Technology Se...
The burden of disease is a major issue in aquaculture production. The fish gill is a significant por...
This work was supported by the Royal Society of Edinburgh and the National Natural Science Foundatio...
Funding This work was funded by the University of Aberdeen. Acknowledgments This work was funded by ...
The aim of this project was to create tools to select robust fish with better innate immunity for br...
This research was financially supported by the European Commission under the 7th Framework Programme...
Acknowledgements We would like to acknowledge Richard Paley, Tom Hill and Georgina Rimmer for their ...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Increased knowledge of the immune response of the intestine, a physiologically critical organ involv...
Acknowledgements: Ahmed Attaya’s PhD project was funded by the Newton Fund, the British Council, and...
Acknowledgements Ahmed Attaya's PhD project was funded by the Newton Fund, the British Council, and ...
Copyright © 2022 Taylor, Ruiz Daniels, Dobie, Naseer, Clark, Henderson, Boudinot, Martin and Macquee...
The aquaculture sector is currently thriving, and has expanded to meet the demand for fish and shell...
This study was funded by grants from the Scottish Universities Life Sciences Alliance (Technology Se...
The burden of disease is a major issue in aquaculture production. The fish gill is a significant por...
This work was supported by the Royal Society of Edinburgh and the National Natural Science Foundatio...
Funding This work was funded by the University of Aberdeen. Acknowledgments This work was funded by ...
The aim of this project was to create tools to select robust fish with better innate immunity for br...
This research was financially supported by the European Commission under the 7th Framework Programme...
Acknowledgements We would like to acknowledge Richard Paley, Tom Hill and Georgina Rimmer for their ...