Interviews

Learn more about the work and life of our scientists in a series of interviews.

Professor Neil Mabbott, wearing a white T-shirt and yellow scarf, is pictured next to a colourful sculpture against a blue sky.

Professor Neil Mabbott, Chair of Immunopathology, talks about taking inspiration from role models, being in the right place at the right time, and the appeal of unpredictability.

Dr Deborah Hoyle sitting on a park bench

Building a career in veterinary research, addressing farm animal health by tackling antimicrobial resistance through a One Health approach, and collaborating with supportive colleagues.

From training as a vet to pursuing a career in parasitology, Personal Chair of Veterinary Parasitology Professor Liam Morrison applies his knowledge to carry out foundational work researching African trypanosome resistance in livestock.

Understanding the evolution and spread of viruses affecting humans and animals, informing public health policy and training future generations of scientists.

Dr Mark Gray is a veterinary surgeon who applies his expertise to develop and study large animal disease models. He tells us about his career path, the benefits of working in a novel area, and making a contribution to One Health research.

Forging a career in avian biology, filling gaps in fundamental understanding of immunology, and motivation from inspirational colleagues.

Finding treatment targets for parasitic diseases in sub-Saharan Africa, working with exotic species and advancing novel methods for transcribing the genetic code of animals.

Developing a niche research area in statistical genetics to tackle the challenge of enabling sustainable livestock in a changing world. 

Tracking and predicting the spread of avian flu and other zoonotic diseases, switching career paths, and dreams of becoming an artist.

Discovering how bacteria evolve and cause infection, bringing people together and juggling research and managerial responsibilities.

Understanding the fundamentals of embryonic pattern formation, receiving a Chancellor’s Fellowship from the University, and designing a multispecies study using chicken models.

Researching communities of bacteria in animals’ guts, being awarded a Chancellor’s Fellowship by the University, and advocating for equality and inclusion on campus.

Pioneering parasitology research, a BBSRC Discovery Fellowship award and dreams of a heavy metal world tour.

Using genetic analysis to aid in conservation management around the world, studying populations of manta rays, and polar adventures.

Developing hyper-specific data models, the boundaries between physics and epidemiology, and the freedom of being a scientist.

Investigating genetics data, the value of maths, and supporting research careers.

Supporting research studies from conception to application, and admiration for great team work.

Understanding superbugs, using a board game for public engagement and cutting plastic use in labs

The journey from being a first generation university student to scientist and Director of Postgraduate Research.

Using genetic code information to understand the productivity of birds and helping women in disadvantaged communities.

Understanding the biology of adult stem cells, their antimicrobial and tissue repair potential, and the importance of student supervision.

The challenges of applying bioinformatics to make sense of genes, the value of networking, and the allure of funding free of politics.

Understanding different immune responses in wild and commercial pigs, and being driven by a sense of adventure in research.

The challenges of collecting data, enjoying job satisfaction, and finding inspiration in others.

How DNA affects illness, disease life cycles and the motivation of caring for others.

Building better animal models to investigate human disease, producing healthier animals and enjoying nature.

Understanding the genetic code of viruses and communicating science during the Covid-19 pandemic.

Using DNA insights to help improve livelihoods in developing African countries, and breaking down stereotypes.

Understanding the genetics of body forms and diseases in dogs, and unusual work in museums.

Developing scientific activities that appeal to a broad audience, and the dream of becoming a professional musician.

Using mini organs to understand chicken immunology and vaccines, and working away from her home country.

Understanding evolution and spread of viruses and bacteria, and contributing to tackle the pandemic.

Supporting science experiments into a parasite that causes infection in cattle in sub-Saharan Africa, and a passion for hockey.

Understanding fish genomes and evolution, tackling viruses that infect salmon, and finding time for parenting and running.

Understanding how misfolded proteins can cause deadly diseases and why working at Roslin pushes you to go beyond your science.

Preventing disease in species that have been around since the time of dinosaurs, and why at Roslin the world is your oyster

Understanding the how one species of bacteria can be responsible for causing disease in humans, cows and fish

From cooking for the Spice Girls, to having his own research group investigating causes of congenital diseases.

Improving the lives of farm animals, managing emotional challenges and working with a great team

Applying maths in breeding and using insects as a source of protein.

Disease resistance in salmon, its implications for fish farmers in Scotland, and not losing touch with nature.

Investigating bacterial infections, how the immune system reacts to those and the reward of supervising students

Championing women in science and realising a childhood dream of feeding the hungry

Growing up in a farming family, visiting Roslin, and using genomic techniques to improve the productivity of tropical livestock

Using gene editing to tackle heat stress in chicken and his sabbatical at the Roslin Institute.

Modelling networks of transmission to better understand the spread of diseases.

Birds turning down their stress responses during breeding season, rats enjoying being tickled, and time-travelling.

Genetic studies for improving disease resistance in aquaculture species, his experience of working with companies and running marathons

Understanding factors that influence health and development in chickens and eggs, and finding inspiration as a junior scientist.

Developing new vaccines, investigating tuberculosis and integrating human and veterinary medicine.

The genetics of viruses and the people and animals they infect, and 42 years waiting to be part of the Scottish football team.

Using gene editing techniques to reveal information about immune cells, and sharing a life-long curiosity for science.

Research for more efficient livestock production, challenges of research funding and how he became a scientist.

Bacterial disease in animals and people, his role as Deputy Director for Research and some of life’s professional challenges.

Birds as models for human disease, the genetics of resistance, a paper accepted right away and her dream of being a famous Egyptologist.

Prion diseases in animals and people, blood transfusions, commonalities with Alzheimer’s and Parkinson’s and her love for gardening.

Choosing the best model to evaluate gene therapy strategies for cystic fibrosis in humans and his dream of being Kenny Dalglish.

Why some individuals get sick while others don’t, challenges in science, drug development, and similarities between science and law.

Using maths in genetic research, a dream of informing breeding programmes, dealing with rejection and garden landscape.

The influence of genes in animal traits, maths for biology, the secret dream of becoming a writer and her love for science.

To celebrate International Men's Day, a number of our male scientists raise awareness and give men and children good positive role models to look up to.

The genetics of tropical adaptation, advances in genome sequencing, colourful lambs and her love of animals.

Why we have five fingers, recreating 250 million years of evolution, Sonic Hedgehog and the wish of being a fiction writer.

Computer models to investigate Salmonella, anti-inflammatories, microbes, animal health and genetic differences between men and women.

How genetic research helps wildlife conservation, the importance of involving communities and his dream of being a football player.

The difficulties of explaining coding best practice to biologists, applications in genetic research and a potential career as sports professional.

Similarities and differences of bone formation and calcified arteries, and the importance of a happy work environment.

Insights into embryo development, genome-editing for chicken health and the importance of engaging with the public.

The creation of the campus apiary and how whole genome sequencing, bioinformatics and breeding could help honey bee health.