Health Care-Diet News: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
(SEO) |
||
| (One intermediate revision by the same user not shown) | |||
| Line 1: | Line 1: | ||
{{#seo: | |||
|title=Curated News Gallery from all over the Web | |||
|description=Curated news selected for its relevance, longevity and non-prescriptive content. | |||
|keywords=BLM, black lives matter,Portland,federal forces,climate change,Ruth Bader Ginsberg,systemic racism,custom search engine,free classified ads | |||
|image=https://www.gannett-cdn.com/presto/2020/07/23/USAT/ee3a642b-9c02-403b-960f-cffaaef37a62-LaT.jpeg?width=1320&height=882&fit=crop&format=pjpg&auto=webp | |||
|image_width=300 | |||
|image_height=200 | |||
}} | |||
=====Limited eating times could be a new way to fight obesity and diabetes===== | =====Limited eating times could be a new way to fight obesity and diabetes===== | ||
<embed>https://theconversation.com/limited-eating-times-could-be-a-new-way-to-fight-obesity-and-diabetes-127154</embed> The Conversation 12/05/2019 | |||
Studies done in mice and fruit flies suggest that limiting when animals eat to a daily window of 10 hours can prevent, or even reverse, metabolic diseases that affect millions in the U.S. | Studies done in mice and fruit flies suggest that limiting when animals eat to a daily window of 10 hours can prevent, or even reverse, metabolic diseases that affect millions in the U.S. | ||
| Line 8: | Line 16: | ||
=====Toxic gut bacteria make alcohol-triggered liver disease more deadly===== | =====Toxic gut bacteria make alcohol-triggered liver disease more deadly===== | ||
<embed>https://www.sciencemag.org/news/2019/11/toxic-gut-bacteria-make-alcohol-triggered-liver-disease-more-deadly</embed> ScienceMag 11/13/19 | |||
For a heavy drinker whose liver has been destroyed by alcohol, an organ transplant is often the only realistic option. But because of donor liver shortages and rules that withhold them from people who have not shed their alcohol addiction, many go without. Tens of thousands die from alcoholic liver disease each year in the United States—and some go downhill much faster than others. Now, scientists have found a reason for this disparity: a toxin produced by some strains of a common gut bacterium. Working in mice, they have also tested a potential therapy, based on bacteria-destroying viruses found lurking in the sewer. | For a heavy drinker whose liver has been destroyed by alcohol, an organ transplant is often the only realistic option. But because of donor liver shortages and rules that withhold them from people who have not shed their alcohol addiction, many go without. Tens of thousands die from alcoholic liver disease each year in the United States—and some go downhill much faster than others. Now, scientists have found a reason for this disparity: a toxin produced by some strains of a common gut bacterium. Working in mice, they have also tested a potential therapy, based on bacteria-destroying viruses found lurking in the sewer. | ||
Why some drinkers with liver disease fare much worse than others "has always been a conundrum," says Jasmohan Bajaj, a gastroenterologist and liver specialist at Virginia Commonwealth University in Richmond. The bacterium Enterococcus faecalis offers an explanation, Bernd Schnabl, a gastroenterologist at the University of California, San Diego (UCSD), School of Medicine, and colleagues report this week in Nature. In fecal samples from patients with alcoholic liver disease, levels of it were 2700 times higher than in nondrinkers, although the mere quantity didn't correlate with a person's outcome. Instead, the researchers identified a cell-destroying toxin called cytolysin produced by select strains of E. faecalis as the likely reason that some patients with alcoholic liver disease had severe symptoms. | Why some drinkers with liver disease fare much worse than others "has always been a conundrum," says Jasmohan Bajaj, a gastroenterologist and liver specialist at Virginia Commonwealth University in Richmond. The bacterium Enterococcus faecalis offers an explanation, Bernd Schnabl, a gastroenterologist at the University of California, San Diego (UCSD), School of Medicine, and colleagues report this week in Nature. In fecal samples from patients with alcoholic liver disease, levels of it were 2700 times higher than in nondrinkers, although the mere quantity didn't correlate with a person's outcome. Instead, the researchers identified a cell-destroying toxin called cytolysin produced by select strains of E. faecalis as the likely reason that some patients with alcoholic liver disease had severe symptoms. | ||
Latest revision as of 16:21, 30 July 2020
Limited eating times could be a new way to fight obesity and diabetes
<embed>https://theconversation.com/limited-eating-times-could-be-a-new-way-to-fight-obesity-and-diabetes-127154</embed> The Conversation 12/05/2019
Studies done in mice and fruit flies suggest that limiting when animals eat to a daily window of 10 hours can prevent, or even reverse, metabolic diseases that affect millions in the U.S. It’s not easy to count calories or figure out how much fat, carbohydrates and protein are in every meal. That’s why using TRE provides a new strategy for fighting obesity and metabolic diseases that affect millions of people worldwide. Several studies had suggested that TRE is a lifestyle choice that healthy people can adopt and that can reduce their risk for future metabolic diseases. However, TRE is rarely tested on people already diagnosed with metabolic diseases. Furthermore, the vast majority of patients with metabolic diseases are often on medication, and it was not clear whether it was safe for these patients to go through daily fasting of more than 12 hours – as many experiments require – or whether TRE will offer any benefits in addition to those from their medications.
Toxic gut bacteria make alcohol-triggered liver disease more deadly
<embed>https://www.sciencemag.org/news/2019/11/toxic-gut-bacteria-make-alcohol-triggered-liver-disease-more-deadly</embed> ScienceMag 11/13/19
For a heavy drinker whose liver has been destroyed by alcohol, an organ transplant is often the only realistic option. But because of donor liver shortages and rules that withhold them from people who have not shed their alcohol addiction, many go without. Tens of thousands die from alcoholic liver disease each year in the United States—and some go downhill much faster than others. Now, scientists have found a reason for this disparity: a toxin produced by some strains of a common gut bacterium. Working in mice, they have also tested a potential therapy, based on bacteria-destroying viruses found lurking in the sewer.
Why some drinkers with liver disease fare much worse than others "has always been a conundrum," says Jasmohan Bajaj, a gastroenterologist and liver specialist at Virginia Commonwealth University in Richmond. The bacterium Enterococcus faecalis offers an explanation, Bernd Schnabl, a gastroenterologist at the University of California, San Diego (UCSD), School of Medicine, and colleagues report this week in Nature. In fecal samples from patients with alcoholic liver disease, levels of it were 2700 times higher than in nondrinkers, although the mere quantity didn't correlate with a person's outcome. Instead, the researchers identified a cell-destroying toxin called cytolysin produced by select strains of E. faecalis as the likely reason that some patients with alcoholic liver disease had severe symptoms.
