
Biography
Personal Pronouns: She/Her/Hers
Contact details:
Rebecca is an ARIES DTP PhD student working in the Haerty Group looking at the conservation genomics of the European Polecat. Using whole genome sequencing approaches, her project aims to infer population structure and assess genetic differentiation between populations which could have conservation implications for the UK’s population of polecats.
Prior to starting her PhD, Rebecca obtained her BSc in Biology at the University of Aberdeen and an MSc in Animal Welfare Science at the University of Glasgow. She then returned to the University of Aberdeen to work as a research technician at the Institute of Medical Sciences. Within this role, she contributed to several research projects across different disciplines. Most notably, she investigated the role of Sox9 expression during eye development and looked at understanding how Salmonella typhi can overcome a host’s immune system.
Out with her academic achievements, Rebecca is an active STEM ambassador and science communicator. Her involvement in public outreach has led her to participate in events held by the RSPB, TechFest, Pint of Science and British Science Week.
In her spare time, she likes to cook, hike and is currently in pursuit of gaining her open water dive qualification. ‘
Publications
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Mapping cellular dynamics with the lichen cell atlas

Pangenome annotation opens up a multiverse of genes

Integrating single-cell and spatial genomics across the tree of life

Every cell tells a story: single-cell analysis in forensic science

Examining the science of evidence-based policy

Why gene editing is vital to protect nature

What’s the power of a pangenome?

New wheat diversity discovery could provide an urgently-needed solution to global food security

Single-cell genomics reveals hidden bacterial threats in Amoeba

New project explores potential of soil microbes to achieve UK net zero goals

ELIXIR-UK awarded strategic funding to support UK life sciences data community

Scientists look to biotechnology to improve crop resilience and nutritional value

Precision Breeding for plants signed into law

Starting point of DNA replication mystery solved
