All Stanford Medicine articles
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NewsScientists identify cells by seeing how high they levitate
A new cell-sorting device uses electromagnetic levitation to precisely direct the movement of cells. It can be used to separate different types of cells — cancer cells from healthy cells, or live cells from dead cells, for example — with many potential applications in the lab and in the clinic.
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NewsImmune ‘dysregulation’ present prior to infection predicts severe responses
A study shows that a common gene signature of immune health or dysfunction predicts severe outcomes from infection, and is present in people with known risk factors such as being a smoker or having a high body mass index, even before they encounter a pathogen.
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NewsMeasles may be making a comeback in the US, research finds
If immunization rates drop further over a prolonged period of time, measles and even other wiped-out diseases — such as rubella and polio — could one day make a comeback in the United States, according to a new study.
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NewsGenes combined with immune response to Epstein-Barr virus increase MS risk
In multiple sclerosis (MS), antibodies to the common Epstein-Barr virus can accidentally attack a protein in the brain and spinal cord. New research shows that the combination of certain viral antibodies and genetic risk factors can be linked to a greatly increased risk of MS.
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NewsWhat we eat affects our health — and can alter how our genes function
New research identifies the direct epigenetic effects of two common byproducts of fiber digestion and finds that some of the alterations in gene expression have anti-cancer actions.
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NewsKey influenza-severity risk factor found hiding in plain sight on our antibodies
Viruses are the fastest-evolving biological entity on earth. This fact explains why we need flu shots every year: Seasonal influenza perennially outwits the immunity we’ve acquired from previous vaccinations or infections. Source: Yuki999 H1N1 virus Some new strains are rougher than others. The 1918 flu pandemic killed ...
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NewsBacterial ‘flipping’ allows genes to assume different forms
A new study has shown that inversions, which cause a physical flip of a segment of DNA and change an organism’s genetic identity, can occur within a single gene, challenging a central dogma of biology — that one gene can code for only one protein.
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NewsOur bacteria are more personal than we thought, study shows
The trillions of bacteria that call your body home appear to be unique to you, like a fingerprint, concludes a detailed study of the gut, mouth, nose and skin microbiomes of 86 people.