An exciting opportunity has arisen for a Postdoctoral Researcher to join the newly appointed group of Dr Hassan Salem at the John Innes Centre, working on cutting-edge science in the field of Crop Genetics.About the Salem Group:
The Research Group studies the evolution and mechanisms of mutualistic interactions between insects and microbes. Focusing on leaf beetles and their bacterial symbionts, the group explores how these partnerships shape host nutrition, development, and adaptation. Using genomic, chemical, and developmental approaches, they investigate how symbionts contribute to host physiology and ecological success. By integrating evolutionary biology and molecular tools, the group aims to uncover the processes that maintain beneficial host–microbe associations and illuminate the broader principles governing symbiosis in nature.
A postdoc skilled in genetic manipulations is essential to advance the group’s research on insect–microbe mutualisms. They will develop and apply molecular tools for functional studies in symbiotic systems, enabling gene editing, symbiont manipulation, and mechanistic insight into host-symbiont interactions that drive evolutionary innovation and ecological adaptation.
The role:
Working as part of a team led by Dr Hassan Salem, you will develop and apply genetic manipulation tools to dissect the molecular and functional mechanisms underlying insect–microbe mutualisms.
This diverse role will provide you with a broad range of stimulating activities, including: Designing and implementing innovative genetic tools to experimentally probe host–symbiont interactions.
Collaborating across disciplines, including, genomics, microbiology, and evolutionary biology in order to integrate diverse datasets and approaches.
Presenting discoveries at international conferences and mentoring students within a dynamic, interdisciplinary research environment. The ideal candidate:
You will have a PhD or equivalent in Evolutionary Genomics or related discipline.
The successful candidate will have good knowledge of molecular biology techniques and genomics as well as scripting (preferably in R or Python). The post holder will have demonstrated ability to perform research and develop novel ideas in the area of symbiosis research and the development of genetic tools for microorganisms.
They will also have experience of supervising, training and mentoring visitors and students, excellent communication skills with the ability to present complex information with clarity and a demonstrated ability to work independently, using initiative and applying problem solving skills.
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