Profile
Emma Meaburn
My CV
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Education:
Chickerell Primary School, Berrow Primary School, King Alfred’s Secondary School, King’s College London (Bsc Hons), Imperial College London (Msc), King’s College London (PhD)
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Qualifications:
BSc in Human Bioilogy, MSc in Molecular Genetics, PhD in Behaviour Genetics
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Work History:
King’s College London (Post doctoral Researcher), Birkbeck University (Lecturer and Senior Lecturer)
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Current Job:
Dr Emma Meaburn is a behaviour geneticist based at the Centre for Brain and Cognitive Development, embedded within the Department of Psychological Sciences at Birkbeck. She is co-director of the Genes Environment Lifespan (GEL) laboratory and a member of the Centre for Educational Neuroscience (CEN).
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About Me:
A geneticist, mother, expert procrastinator and excessive tea drinker (the last two are quite possibly related…)
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So, a little bit about me and my research interests: We all differ in interesting ways, and since childhood I’ve been intrigued by the origins of these differences – what factors shape who we become? Just how important are our genes, parents, siblings, school, teachers, activities and friendships? This thought was at the back of my mind when I studied for my A levels and eventually went to university. It was during my undergraduate degree that I took a class on genetics and (finally) better understood the importance of genetic influence on human behaviours and psychological traits. I still had very little idea of what a ‘geneticist’ might do (or how one went about becoming one!), but it helped focus my interest and I eventually went on to complete a PhD in Behavior Genetics at King’s College London. I joined Birkbeck as a faculty member of the Centre for Brain and Cognitive Development in 2010, where my research is focused on understanding the genetic (DNA sequence) contributions to individual differences in educationally relevant outcomes and neurodevelopmental disorders, and how genetic effects are moderated and mediated by the environment.
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A robust finding to emerge from twin and family studies is that DNA differences contribute (in part) to variation in cognitive traits and academic outcomes, and rapid progress has been made in identifying specific DNA variants; it is a fast-paced area of research and I have been fortunate enough to be involved in some of these studies.
Despite these exciting advances we are still unsure how DNA sequence variation influences brain development and results in behavioural and cognitive differences between people. This is partly because genetic effects are context dependant, and so if we want to understand how genes work, we need to start incorporating other levels of biology (i.e., gene function) and non-genetic (i.e., environmental) information as well. This is not straightforward to do, but understanding the nature of the relationship between genes and non-genetic factors and how they interact as we develop will be critical for translating research.
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My Typical Day:
A typical day doesn’t really exist in academia, which is one of the reasons why I love it
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I get up at … 6am (or 6.30 am, if I am lucky), when I am woken by my children. The next two hours are a whirl of breakfast, loudness, finding lost shoes, cajoling, cuddles and probably some light bribery before I leave the house at 8.15am. I drop the youngest child off at nursery on my way to the train station, and typically arrive at Birkbeck by about 9.30am.
I teach on … the BSc Psychology degree program, where I co-convene and co-teach a large first year ‘Research Methods’ module that provides psychology students with a basic grounding in the principles of experimental design and statistics. Undergraduate students can sometimes be surprised that research methods form a core element of the program, and we work hard to make it accessible and relevant to the students’ current knowledge and career aspirations. I also teach on the final year “Genetics and Psychology” optional module. This is always enjoyable as I get to talk about my own research findings and that of my colleagues, and expose the students to the newest methods and insights from the field of behavior genetics.
I am also responsible for … quite a few things! Broadly, my job falls into three categories; research, teaching and service. As part of my research activities I am responsible for running a lab and the admin that comes with it; writing ethics applications; PhD student supervision, training and mentorship; securing funding (writing and revising grant applications); dissemination of my research via conference attendance, giving invited talks, publishing my work in peer reviewed articles and public engagement activities. Behavior genetics is a fast-paced field, and I stay informed about new developments and methods as best I can by reading the literature, speaking to colleagues and collaborators, organizing and attending conferences and (occasionally) training workshops.
When I’m teaching, I will be lecturing (typically on two evenings per week); developing or updating content for modules (slides, worksheets and notes); marking assessed work; writing exam papers; writing model answers; supervising teaching assistants; answering student emails; writing letters of recommendation; designing lab experiments; acting as a personal tutor for undergraduates (roughly 10-15 students); attending exam board and module convener meetings; and being assessed on my teaching.
I also peer review grants and manuscripts; supervise undergraduate (about four per year) and graduate student research projects (about two per year); sit on the academic advisory board and postgraduate research committee, and I am a member of the management committee of the University of London Centre for Educational Neuroscience, which provides a unified research environment for translational neuroscience.
My typical day … doesn’t really exist! One of the best aspects of academic life is that each day is different.
If I am teaching in the evening, typically I will meet with my PhD students (or project students) in the morning where we discuss the past week’s progress, go over new results and edits of conference abstracts and manuscript drafts. Then there is at least an hour of email and admin tasks such as paying invoices, tracking lost lab orders, or hurriedly writing a PhD application, before heading to the gym for an hour of ‘me’ time. I’ll then undo all my hard work by grabbing a hearty lunch from one of the many fantastic food places around Birkbeck, before attending a departmental seminar or journal club. That leaves me with a couple more hours to squeeze in research and research admin before preparing for the evening’s class. Once the class is over (at about 8.30pm), I head back to my office for 30 minutes of emails before catching the tube home. All being well, I’ll get home around 9.30/10pm, check on my (mostly) sleeping family, and do some chores before collapsing into bed.
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The most exciting thing that's happened this year in my research area:
The field of behavior genetics has seen a tremendous surge in methods development in recent years; not only can we now pin-point specific DNA sequence variants that contribute to a trait or disease, but we can ask questions about the extent of genetic overlap between (seemingly diverse) outcomes, and start to unpick the causal relationships between them. It’s an exciting time to be a scientist, although I admit it can be challenging to learn how to apply and interpret all these new approaches!
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My latest work:
One of the core aims of my research lab is to identify the genetic and environmental causes that play a part in making people different, and explore how these causal processes work.
A lot of progress has been made in identifying genes that contribute to risk for autism, but currently little is known about how (and when) they alter brain development. We think this gap in our knowledge needs to be bridged, so at the moment we are hard at work in the BabyLab studying young children and infants who have an older sibling with a neurodevelopmental disorder (Autism, or ADHD). We are examining how genes linked to ASD or ADHD influence brain activation and brain development in early life, and infant social behaviour.
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My favourite misconception about my area of science:
A common misconception is that finding genetic influence for a human disorder, ability or behaviour (called ‘heritability’), means that it is not changeable. Heritability is a statistic that is useful in many ways, but essentially tells us what proportion of the differences we observe or measure between people in a population are due to (naturally occurring) genetic differences. It is concerned with asking what makes people in a population different from each other.
We know that there is no clear relationship between how heritable a trait is, and how malleable or changeable it is. Hopefully, we each know from personal experience that we can improve at something with training, effort and practise. To give a concrete example, even if spelling ability was 100% heritable, it is still plausible that a new environmental ‘spelling training’ intervention program would improve everyone’s performance in a spelling test!