John Sulston: Nobel Laureate, Cell Lineage Discoverer & Open Access Advocate

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In summary, John Sulston, who determined the cell lineage of the model organism Caenorhabditis elegans, has passed away at the age of 75. He was awarded a Nobel prize for his work and discovered that the lineages generating individual cells in the organism are almost entirely invariant. This made C. elegans a great model for studying development. Sulston also contributed to the human genome project and advocated for open access to research papers. His passing is a loss for the scientific community, but his legacy will continue through future scientists who continue his work.
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BillTre
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John Sulston who determined the cell lineage of ALL THE CELLS in the model organism Caenorhabditis elegans (male and female) has died at the age of 75. He shared a Nobel prize for this work.

The C. elegans worm is about 1 mm long and has (not counting eggs and sperm) exactly adult 959 cells in hermaphrodites and adult 1031 cells in the male animal has a mutation affecting these things or its. These are exact numbers unless the animal is damaged or has a mutation affecting these things. Sulston discovered that the lineages generating the individual adult cells are almost entirely invariant, the same cell precursor cell always making the same result after division.
This has made C. elegans great for doing research in its development since you can always be sure of observing the same cell in a number of different organisms. Although the lineages are almost invariant, studies have shown that the cells resulting from some of the divisions are determined by cell-cell interactions rather than strictly by a lineage determined mechanism. The invariance of development in this small developing organism is explained by its very constrained developmental environment (which cells are next to which other cells is very reproducible).

He also worked in the human genome project at the Sanger Institute and promoted open access for research papers.
 
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Thanks Bill! It’s always sad to hear of the passing of a great scientist. The world is poorer for it. We can only hope some future scientist will champion his work and carry it forward to new insights.
 

1. Who is John Sulston and what is his contribution to science?

John Sulston was a British biologist who received a Nobel Prize in Physiology or Medicine in 2002 for his work on the cell lineage of a nematode worm called Caenorhabditis elegans. His discovery of the complete cell lineage of this organism laid the foundation for understanding the development and differentiation of cells in other multicellular organisms, including humans.

2. What is the significance of Sulston's discovery of the cell lineage of C. elegans?

Sulston's work on the cell lineage of C. elegans was groundbreaking because it was the first time that the complete lineage of an animal had been mapped out. This discovery allowed researchers to study the development and differentiation of cells in a systematic and detailed manner, leading to a better understanding of how organisms develop and function.

3. How did Sulston contribute to the open access movement?

Sulston was a strong advocate for open access, which is the principle that scientific research should be freely available to everyone. He played a key role in the establishment of the Public Library of Science (PLOS), an open access publisher that has made numerous scientific articles and research freely available to the public.

4. What is Sulston's legacy in the field of genetics and genomics?

In addition to his groundbreaking work on the cell lineage of C. elegans, Sulston also made significant contributions to the Human Genome Project, which mapped out the entire human genome. His work on this project helped pave the way for advancements in genetics and genomics, which have greatly impacted our understanding of human health and disease.

5. How did Sulston's advocacy for ethical and responsible use of science influence the scientific community?

Sulston was a strong advocate for using science and technology for the betterment of society, while also advocating for responsible and ethical use of these advancements. His influence and leadership in this area helped shape the scientific community's approach to ethical issues and responsible use of scientific discoveries.

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