PhD in Chemical Communication and Speciation in Insects University of St Andrews in United Kingdom

PhD opportunity at The Francis Crick Institute with Dr Ekaterina Osipova on genetic mechanisms of metabolic rate control in birds and mammals . This project focuses on how metabolic rate varies across animals and how genetic elements, genes, and regulatory regions shape those differences. The work combines comparative genomics , evolution , genomics , bioinformatics , molecular genetics , and potentially lab-based validation . The lab uses evolutionary rate-based methods and machine-learning app...

PhD opportunity at the University of St Andrews in the School of Biology, within the EASTBIO BBSRC Doctoral Training Partnership. This project, “It’s getting hot in here: uncovering the molecular mechanisms underlying changes in social behaviour at increased temperatures,” explores how climate change and rising temperatures alter animal social behaviour and the molecular mechanisms behind those changes. The study system is the burying beetle Nicrophorus vespilloides . The PhD will examine how te...

PhD opportunity at the University of St Andrews in the School of Biology on FoxP2, vocal learning, speech and language evolution, transgenic bats, molecular genetics, neuroscience, bioinformatics . This EASTBIO/BBSRC-funded 4-year PhD project investigates how humans evolved speech and language by studying vocal learning in bats, a rare mammalian model for complex communication. The project focuses on the molecular and neural mechanisms of vocal learning, including the role of FoxP2 , a gene impl...

Funded PhD opportunity at the MRC Laboratory of Medical Sciences (LMS) in London, United Kingdom, on spatial and three-dimensional genome regulation during zygotic genome activation (ZGA) . This project explores how chromatin architecture, promoter-enhancer communication, boundary formation, insulation, and spatially restricted transcriptional states are coordinated as the embryonic genome becomes active. The work sits at the intersection of developmental genomics , chromatin biology , genomics ...

Funded PhD project at The Francis Crick Institute with Dr George Kassiotis on evolution of novel function through retrotransposable element exaptation . The project sits at the intersection of genetics , genomics , bioinformatics , evolution , immunology , and cancer biology , focusing on how transposable elements (TEs) and retrotransposable elements (RTEs) are co-opted to create new gene functions, alternative isoforms, and disease-relevant regulatory changes. The research background highlights...