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This Common Artificial Sweetener Can Break Down DNA, Scientists Warn

AuroBlog - Aurous Healthcare Clinical Trials blog

According to a new study, it’s also capable of damaging the DNA material inside our cells. As DNA holds the genetic code controlling how our bodies grow and are maintained, that’s a serious problem that […]

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These DNA-Damaging Molecules May Be The Link Between Colon Cancer And IBD

AuroBlog - Aurous Healthcare Clinical Trials blog

Scientists have discovered DNA-damaging molecules made by gut bacteria that may help explain why people with inflammatory bowel disease (IBD) have higher rates of colorectal cancer than those without the condition.

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UK scientists say they have found cancer driver in junk DNA

pharmaphorum

It has suspected for many years that some diseases may be linked to non-coding or ‘junk’ DNA, but the mechanism behind the pathology hasn’t been worked out. Now, scientists in the UK think they have found a culprit implicated in cancer.

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Scientists produce 'DNA virus vaccine' to fight DNA viruses

Medical Xpress

Rutgers scientists have developed a new approach to stopping viral infections: a so-called live-attenuated, replication-defective DNA virus vaccine that uses a compound known as centanamycin to generate an altered virus for vaccine development.

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Long telomeres, the endcaps on DNA, not the fountain of youth once thought, and scientists may now know why

Medical Xpress

In a study of 17 people from five families, Johns Hopkins Medicine researchers say they found that ultra-lengthy DNA endcaps called telomeres fail to provide the longevity presumed for such people.

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Gladstone and UCSF scientists discover BET protein role in Covid-19

Pharmaceutical Technology

Researchers at Gladstone Institutes and UC San Francisco (UCSF) have discovered in a study that bromodomain and extraterminal (BET) proteins are vital for the body to fight Covid-19 infection. . The research also found that BET proteins play two distinct roles in affecting how the SARS-CoV-2 virus interacts with human cells. .

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USC researchers discover better way to identify DNA variants

Scienmag

USC researchers have achieved a better way to identify elusive DNA variants responsible for genetic changes affecting cell functions and diseases. Using computational biology tools, scientists at the university’s Dornsife College of Letters, Arts and Sciences studied “variable-number tandem repeats” (VNTR) in DNA.

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