Good Lifestyle

Not that you need to hear that again (or to do you?): Sweet drinks are damaged by long-term childrenhealth. As if fear ofobesity, diabetes and heart disease are not bad enough, now a new study has been zeroing to find the way sugar is filledbeverage can damage a young personbrain much later in life.

We get it, many families have deposited the rules of the house around nutrition during the Pandemic of Covid-19. Unfortunately, as we have seen for decades, children who do not follow healthy and disciplined plans can cope with serious health problems on the road.Now,A new neuroscientific study reveals that sugary drinks in particular have an impact on the function of the brain later in life. Namely, when a child regularly drinks high sugar drinks, it is more likely to be at risk of depreciation of memory when they grow up.

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The study, which has just published Wednesday in the newspaperTranslational psychiatry, Was directed by a team of researchers from USC, UCLA and the University of Georgia. For years, the corresponding researcher for the experience, Scott Konoski, Ph.D., studied the impact ofsugar on cognition and emotion. What's new about this study is the focus on how the gut bacteria play.

To examine this, the researchers separated from the teenage rats into two groups: a group drank water and the othersweet drink. Then a few weeks later, when the rats were considered "adult", the researchers followed two parts of the brain animals that are responsible for memory: the hippocampus, which deals with memories related to emotion and cortex. perirehinal, which treats learn and memory through the senses.

What did they find? "The rats that consumed high levels of sweet drink had more difficulty in memory that uses the hippocampus", writes the authors of the study. "The consumption of sugar has not affected the memories of the perirexinal cortex." In other words, this search suggests that drinking regularly sweet teen drinks can affect your memory in adulthood.

The laboratory team has also identified a particular intestinal bacterium that has risen in significantly higher levels in sugar drinkers. They transplanted this bacterium into the water drinkers and found that even among the rats that had not consumed sugar, their brain activity changed in the same way as the group of sugar-drinking.

This study can highlight that the consumption of sugar impacts of how nerve cells transmit electrical signals to other nerve cells and "how they send internal molecular signals," wrote researchers. They added that, for humans, this study could lead to more research revealing how better diet and exercise habits can potentially reverse the brain damage that sugar consumption can cause sugar consumption.

To clean the act of your family - and your refrigerator - consult our last list of the30 worst sodas that are never worth drinking.