According to a scholarly research conducted by researchers from Duke University.

Musciformis is much less nutrient-dense than native algae, however, sea turtles need to eat twice as a lot of it to meet up their energy needs. The experts calculated that this combination of elements would cause green ocean turtles living in more polluted waters to take 14 times as very much arginine as turtles in much less polluted seas. ‘The energy and arginine content of may therefore become a sort of one-two punch for promoting this disease,’ the researchers wrote. The intensive research offers implications for other forms of marine life suffering from pollution, the scientists said. ‘It isn’t simply green turtles, but fish and coral reefs that have similar illnesses in these locations,’ Van Houtan said..The AGA Institute will match GCF's dedication of $1.125 million, resulting in a $2.25 million endowment to fund young investigators whose research will enhance the fundamental understanding of gastric and esophageal cancer pathobiology in order to ultimately prevent or develop a cure for these diseases. Related StoriesViralytics enters into medical trial collaboration contract with MSDStudy shows uncommon HER2 missense mutations usually do not spread breasts cancer on their ownCornell biomedical engineers develop 'super natural killer cells' to destroy cancer cells in lymph nodes ‘We are very happy to sign up for with the Gastric Cancer Base to create this brand-new research scholar award in gastric and esophageal cancer tumor,’ stated Martin Brotman, MD, AGAF, chair, AGA Research Base.