The Philosopher
John Sulston
The face
The background
- Nationality:
- British
- Schools:
- Humanism
- Branchs:
- Genome sequencing, Human Genome Project, Cell lineage, Genetics, Molecular Biology, Apoptosis
- Period:
- 20th-21st century
The synopsis
Sir John Edward Sulston (27 March 1942 – 6 March 2018) was a British biologist and academic who received the Nobel Prize in Physiology or Medicine in 2002 for his groundbreaking work on the cell lineage and genome of the worm *Caenorhabditis elegans*. He was a key figure in the Human Genome Project and chaired the Institute for Science, Ethics and Innovation at the University of Manchester. Sulston was a strong advocate for science serving the public interest, championing free public access to scientific information and opposing the patenting of genes and privatization of genetic technologies. Born in Fulmer, Buckinghamshire, he developed an early interest in science. He studied Natural Sciences at the University of Cambridge, earning a PhD in nucleotide chemistry in 1966. His postdoctoral work led him to biological research, and he joined the MRC Laboratory of Molecular Biology, where he mapped the *C. elegans* neurons and initiated its genome sequencing. His successful efforts in sequencing the *C. elegans* genome demonstrated the feasibility of large-scale sequencing projects, paving the way for the Human Genome Project. He directed the newly established Sanger Centre and later retired to co-author a book on his research career. Sulston was recognized with numerous awards, including election as a Fellow of the Royal Society and the Nobel Prize. He was married to Daphne Bate, with whom he had two children. An atheist, he was a supporter of Humanists UK. Sulston died in 2018 at the age of 75.
The works
The Common Thread: A Story of Science, Politics, Ethics, and the Human Genome
The quotes
It is not a Pandora's box that science opens; it is, rather, a treasure chest. We, humanity, can choose whether or not to take out the discoveries and use them, and for what purpose.
There's always a tension between those who would like to garner wealth, and they contribute a lot to society. There's also those who say, 'I believe in the common good. I want that to be enlarged.' They contribute a lot to society. The tension, the debate, between these two views is extremely important to our progress.
Muriel, my mother, was my main confidant. She was a teacher of English at Watford grammar school but took a break while my sister Madeleine and I were children. She held court in the kitchen, and we talked about everything.
In science, as in business, there must be structures that ensure the well endowed do not use their position to block competition.
The fruits of science and innovation have nourished our society and economy for years, but nations unable to navigate our regulatory system are often excluded, as are vulnerable individuals.
The Wellcome Trust is a hugely important organisation, and it is vital that its fundraising continues unabated.
Whilst worthy in themselves, applications shouldn't be the only way to drive basic research.
I believe our basic information, our 'software', should be free and open for everyone to play with, to compete with, to try and make products from. I do not believe it should be under the control of one person.
The currencies of science are discoveries and ideas; the rewards are the excitement of going where nobody has been before and, if one is inclined to such things, the kudos of peer acclaim, plus funds to do more research.
When results are shared freely amongst the biological community, as has been done for the worm and the Human Genome Projects, specialist scientists can move much more rapidly towards their goals.
I don't want a few extra weeks of life at enormous cost, for example, when it comes to the end.
It was a matter of not living lavishly but enjoying what you had, growing things with your hands, working hard, but not being tied to a nine-to-five job, and generally feeling that there's more to life than money.
The myth is that IP rights are as important as our rights in castles, cars, and corn oil. IP is supposedly intended to encourage inventors and the investment needed to bring their products to the clinic and marketplace.
The fact is that proprietary databases don't work for such basic and broadly needed information as the sequence of the human genome.
When it came to choice of subjects, science was obvious - since I was uninterested in anything else - but a decision that caused consternation in some eyes was my demand to take biology for A-level.
The human world lives in a framework called global economics. We live in a system based on GDP, which drives consumption. it causes people to compete with each other through trade in a way that they all grow.
In order to protect the market value of a proprietary database, the owner must prohibit redistribution of the contents - otherwise, the information would quickly leak out and be widely known.
I would say if we can select children who are not going to be severely disadvantaged, then we should do so, but I think it has to be done by voluntary choice.
If we understand the worm, we understand life.
It is very clear that the present system of innovation for medicines is very inefficient and really somewhat corrupt. It benefits shareholders over patients; it produces for the rich markets and not for the poor and does not produce for minority diseases.
As far back as I remember, and earlier, I was an artisan, a maker and doer. Mechanically minded, my parents said.
I wandered along to the chemistry labs, more or less on the rebound, and asked about becoming a research student. It was the '60s, a time of university expansion: the doors were open, and a 2:1 was good enough to get me in.
If you patent a discovery which is unique, say a human gene or even just one particular function of a human gene, then you are actually creating a monopoly, and that's not the purpose of the world of patents.
The free market is the epitome of life itself. This is something that all scientists recognise because science itself operates on free market lines.
Biomedical research is only as good as its delivery. Distribution of medicines by charities is no more than a stopgap.
An awful lot of food is thrown away. This you can call a spillover. It doesn't sort of enter into our economic system because it's a consequence of running things in a highly competitive way: the free market, global pricing and so on.
The strong evidence is that we're running out of space. We're collectively affecting the world's climate. This is due to the still-growing human population and our increase in consumption.
Many people thought that, given my knowledge of the egg, I should analyse embryonic mutants.
On my mother's side, I come from Midlands engineers and, on my father's, from tenant farmers near Oxford.
Title deeds establish and protect ownership of our houses, while security of property is as important to the proprietors of Tesco and Sainsbury's as it is to their customers.
I'm pleased that some economists and sociologists are beginning to talk about, for example, alternative measures of human well-being - alternative, that is, to GDP, on which the world runs.
We knew that all the protein-coding bits of genes do is to produce protein - they have to have instructions to turn them on and off. Those sequences lie well outside the protein-coding sequences, sometimes thousands, tens of thousands of bases away.