Using the strongest molecular binding partnership in biology to separate different cell types
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Isolating specific cell types from a mass of plant or animal tissue is laborious and tricky. To study epigenetic changes and genes that are expressed differently in different cell lineages—such as cancer cells versus normal cells, or the two types of
Gut bacteria may be the missing piece that explains the connection between diet and cancer risk.
A UK panel puts forth guidelines for research that use experimental animals harboring human cells and tissues.
Already reeling from a 20-year losing battle with a devastating disease, the banana variety eaten in the United States is now threatened by a new—but old—enemy.
A study that identified several genes linked to extremely long life has been retracted due to technical errors in the sequencing chips used.
A snapshot of the most highly ranked articles in genomics, genetics, and related areas, from Faculty of 1000
Non-African people carry remnants of the Neanderthal X chromosome, suggesting interbreeding with early human ancestors.
A method for rapidly replacing stop codons throughout the genetic code of E. coli paves the way for biomanufacturing designer proteins.
A method for precise gene editing is able to change disease-causing point mutations in human stem cell DNA.
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