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The notion was that the genes were all and the cells that contained them were just off-the-peg bags.
The Epigenetics Revolution Decoding Life – The Epigenetics Revolution
He was culturing mouse skin cells (fibroblasts) in a Petri dish, to which he had added a molecule, 5-azacytidine. It also made me think a lot more about the genetics I was learning about in school, and how it can all be ultimately applied to real people.I first experienced this through Plasmodium's cunning method of recombining var genes to display different proteins on host erythrocytes and avoid detection from the immune system, instantly enticing me to discover more about the hidden intricacies of life. Nessa Carey takes us on a lively and up-to-date tour of what's known about epigenetic mechanisms and their implications for ageing and cancer. Imagine we somehow could break a person down into all their individual cells and then count those cells, at a rate of one cell every second.
The Epigenetics Revolution | Columbia University Press
Epigenetics has become something of a hot topic in recent years throughout the scientific community. How it can offer a mechanism explaining why traumatic childhood events leave a lasting legacy, whether physical or mental. What’s much more interesting is the exploration of how cells use the same genetic information in different ways.In 2009 he was a co-recipient of the Lasker Prize, which is to the Nobel what the Golden Globes are so often to the Oscars. She goes into a fair level of detail, and I wouldn’t be surprised if your eyes glaze over a bit at the alphabet soup of gene names and the details the winding, Mousetrap-esque signalling cascades. Just to make sure everyone is on the same page, a quick definition: epigenetics is the study of changes in an organism caused by changes in gene expression rather than in the genetic code itself.
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