Group Members

I am postdoc interested in the interplay between genome and complex trait evolution. Specifically, I am now focusing on how the molecular machinery underlying animal light detection has emerged and has been shaped, leveraging comparative genomics and single-cell transcriptomics on non bilaterian animal models.

I work with opsins in mosquitoes and fruit flies. I am interested in the evolution of vision systems and aim to understand how visual behaviour is encoded in the genome.

I coordinate our national research network- BioClocks UK. BioClocks UK is a hub for biological rhythms research in the UK, supporting researchers to deliver impact through stakeholder interactions, outreach, training, and resource production. Our research network meets in person at our bi-annual Clock Clubs where hundreds of academics from around the country come together to share their research, learn new skills, and connect with members of the community.

My project focuses on circadian and seasonal biology of the black soldier fly, particularly understanding how circadian and seasonal environmental factors, namely photoperiod and temperature mediate the life cycle of the black soldier fly (BSF, Hermetia illucens). In addition, I work on behaviour and locomotive activity of BSF, understanding the basic chronobiology of BSF and effect of different photoperiod and temperature on their growth and development).

I work on understanding the mysterious presence of some of the circadian rhythm genes in the developing Drosophila embryo, and uncovering which gene regulatory networks they may be involved in.

I am a MIBTP PhD student working on development of meal insects for the production of high value biologicals. My project aims to develop black soldier fly (BSF) Hermetia illucens as an efficient and scalable platform to produce proteins. In my work, I use variety of systems including E.coli, D. melanogaster and mammalian cell lines.