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Shelley Jane Allen

 

Who are you and what do you do?

My name is Shelley Jane Allen. I am a senior research fellow in the Department of Clinical Science at the University of Bristol. I work on neurodegenerative diseases with special interest in growth factors and their role in Alzheimer's disease.

 

Tell us about your childhood - have you always been interested in science?

My father was an artist - he was head of the art department in a secondary school and taught art and english. He told me that he was not going to let me be an artist because I wouldn't make any money (thanks Dad).

 

I can remember particular influences. One was a science teacher friend of my father. He had more energy than anyone I've ever met. He was so enthusiastic about everything- nothing was too much trouble - I remember he made me a crystal set - it was like magic when I first heard voices coming from it. He loved to point out and name the stars at night, so much so that the old lady who lived next door told my father that a strange man was dancing with his little girl on the lawn one night.

 


Why did you get into science?
So I guess the above goes some way to explaining why I went into science,also I loved biology at school. When I first saw Oliver Gillie's book (The Living Cell) with a picture in colour of the inside of a cell I just stood and looked at it with an open mouth. Was it possible that every cell in my body had all of those wonderful bits in it? And they could all work together to keep me alive? I just had to find out how.

 

Why do you work in the area that you do?

I work on Alzheimer's disease because I truly believe I can make a difference. It isn't really for myself although I would be lying if I said that I wasn't afraid of being old and unable to help myself. I don't want to be relying on someone to feed me and wash me. Most people with Alzheimer's disease are over 70. If we can get a drug that will help keep the nerve cells functioning for a few years longer then those people who would otherwise be unable to care for themselves will be able to for that much longer.

 

 

Are you a scientist 24/7?

In reality it is more like 14/6- although I worry 24/7 about work and often wake up dreaming about it! But I also try to fit in art and writing. I used to be a performance poet- though I admit I was known for my poems about science. I was involved in setting up the Bristol-Bath poetry association, The Poetry Can. Later I was lucky enough to study enamel- glass on metal- under the artist Elizabeth Turrell for four years at Clifton.

 

I cannot begin to express what a wonderful art form it is. I adore it. Glass is applied onto copper, or steel, or silver and heated in a kiln to about 850oC. I feel like an alchemist, and in my art forms I am trying to find a true meeting point between art and science.

 

I also am affiliated to a wonderful group of women artists, Catalyst. Once a year they get together and put on an exhibition about a scientific theme- this year it was the brain. I am trying to get money for them to put on an exhibition about Alzheimer's disease, which would provide the public with both a scientist's and artist's view of the disease, its problems and its solutions.

 

What's your favourite trivial pursuit category?

I suppose I'd pick science and nature because I'd have the best chance - although I'd have a stab at art and literature.

 

What was the title of your last published paper?

The title of my most recent published paper was 'Measurement of pre- and post-synaptic proteins in cerebral cortex: effects of post-mortem delay' which was a methods paper. It had its moments and I was proud of it for many reasons but it isn't going to get the readers fainting in the aisles. I think I'd prefer to give the title 'Alpha and beta secretase: profound changes in Alzheimer's disease' showing a doubling of activity of an enzyme involved in Alzheimer pathology or 'Specificity in neurotrophin:Trk-receptor interaction: the crystal structure of TrkB-d5 in complex with neurotrophin-4/5' which solves the structure of a growth factor with its receptor. Even then it's not snappy is it?


What scientist do you admire from the past?

Dorothy Crowfoot Hodgkin. I work in the new Dorothy Hodgkin University Building in Bristol. She was Chancellor of Bristol University from 1970 until 1988. She recorded the first X-ray diffraction pattern from a protein crystal while at Cambridge in 1934. She solved the structures of penicillin, vitamin B12, insulin and many other proteins through X-ray crystallography, and won the Nobel Prize for Chemistry in 1964. What an amazing, and by all accounts, humble and gracious woman!


What would you like to be remembered for?

I am truly not worried about being remembered. Even the largest and greatest monuments will come tumbling down in the end, that applies to scientific discoveries too. I am only worried about making the most of every moment I have and contributing to the enlightenment of humanity. That answer was too heavy to end on- we need to have fun too!