The names of the nine nominees have been revealed by the science and innovation juries. Discover their profiles and projects. Three winners, one per region, will be rewarded for their impactful and innovative projects. Among them, Ratha Muon PhD student from iEES Paris. The selected projects focus on research themes that address societal challenges supported […]
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Reproductive and worker castes of termites differ greatly in their morphology and behavior but also in their fertility and longevity. Kings and queens of the highly social termite, Macrotermes natalensis, live for decades, with the queen laying thousands of eggs per day. Workers are sterile and only live a few weeks. In our HFSP project, we investigated the regulatory mechanisms involved in generating such diverse phenotypes. Our previous results indicate that well-regulated transcription allows reproductive castes to overcome simultaneously several well-known hallmarks of aging.
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Kings and queens of social termites can live for decades, while queens sustain a nearly maximal fertility. We found that they defy aging by multiple gene expression and metabolic changes, while permitting extreme fertility in queens.
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