If you've been reading up on your health journals, or listening in to all of those Honey Nut Cheerios commercials, you'll know that high amounts of cholesterol isn't all that good for you. It blocks up the bloodstream and can have a serious impact on your health.
Basically, mo' lesterol, mo' problems Oh god that doesn't sound right at all im so sorry forgive m
Naturally, finding ways to reduce it is something of a priority for scientists. And luckily, it seems scientists may have had something of a breakthrough in breaking through cholesterol.
Sci-News
Finally, we're putting the "less" in "cho-less-terol". (OP's Note: Ignore the fact that it is spelled "cholesterol")
Now, there are a few caveats to consider here. This has only been tested in mice so far, and researchers involved with the project aren't sure it'll be any more effective treatment methods. Still, it's alternative, and further testing may prove it to be even more effective. Even if it isn't more effective, having multiple options can only be a plus.
So yeah, good news all the way. Congrats, scientists - you're on a choleste-roll.
Basically,
Naturally, finding ways to reduce it is something of a priority for scientists. And luckily, it seems scientists may have had something of a breakthrough in breaking through cholesterol.
Scientists led by Prof David Ginsburg of the University of Michigan’s Howard Hughes Medical Institute inhibited the action of a gene responsible for transporting a protein that interferes with the ability of the liver to remove cholesterol from the blood in mice. Trapping the destructive protein where it couldn’t harm receptors responsible for removing cholesterol preserved the liver cells’ capacity to clear plasma cholesterol from the blood, but did not appear to otherwise affect the health of the mice.
In the research, scientists found that mice with an inactive SEC24A gene could develop normally. However, their plasma cholesterol levels were reduced by 45 percent because vesicles from liver cells were not able to recruit and transport a critical regulator of blood cholesterol levels called proprotein convertase subtilisin/kexin type 9 (PCSK9).
Finally, we're putting the "less" in "cho-less-terol". (OP's Note: Ignore the fact that it is spelled "cholesterol")
Now, there are a few caveats to consider here. This has only been tested in mice so far, and researchers involved with the project aren't sure it'll be any more effective treatment methods. Still, it's alternative, and further testing may prove it to be even more effective. Even if it isn't more effective, having multiple options can only be a plus.
So yeah, good news all the way. Congrats, scientists - you're on a choleste-roll.