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- Nw role for zebrafish: Larger scale gene function studies
- Arabidopsis uses molecular decoy to trick pathogens
- Daily sugar-sweetened beverage habit linked to non-alcoholic fatty liver disease
Nw role for zebrafish: Larger scale gene function studies Posted: 05 Jun 2015 03:28 PM PDT |
Arabidopsis uses molecular decoy to trick pathogens Posted: 05 Jun 2015 03:24 PM PDT In the animal kingdom, predators use a full range of strategies, such as camouflage, speed and optical illusions, to catch their prey. Meanwhile, prey species resort to the same tactics to escape from their predators. Such tricks are also used at the molecular level, as discovered by researchers in one of the most devastating bacterial plant pathogens in the world, which bypasses plant cell defenses by preventing an immune signaling from being triggered. Even more surprising is the fact that plant cells have developed a receptor incorporating a decoy intended to catch the invader in its own trap. |
Daily sugar-sweetened beverage habit linked to non-alcoholic fatty liver disease Posted: 05 Jun 2015 03:23 PM PDT A daily sugar-sweetened beverage habit may increase the risk for non-alcoholic fatty liver disease (NAFLD), researchers report. NAFLD is characterized by an accumulation of fat in the liver cells that is unrelated to alcohol consumption. NAFLD is diagnosed by ultrasounds, CT, MRI, or biopsy, and many of the approximately 25% of Americans with the disease don't experience any symptoms. |
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