Scientists Have Just Uncovered An Aspirin Breakthrough

If you’re not feeling great, you might turn to aspirin. This stuff is excellent for treating various aches and pains, like headaches and toothaches, as well as certain cold and flu symptoms. It’s apparently been around in some form for thousands of years, and we don’t see it disappearing anytime soon either, especially not after what scientists have learned.

It seems that a recent breakthrough regarding how aspirin reduces inflammation holds excellent potential for the future of this medication. From providing safer pain relief to potentially creating new cancer treatments, the discovery could have a life-changing impact for many people.

Aspirin is incredibly useful but also comes with significant risks

As it stands, aspirin is one of the most popular medications in the world. It’s not hard to see why when it can treat fever, reduce inflammation, alleviate pain, and even provide preventative treatment for those at risk of cardiovascular disease. Unfortunately, while it might be incredibly useful, we’re not sure if we’d necessarily call it a lifesaver. After all, it can have some serious side effects, including the potential for gastrointestinal bleeding. The risks are seemingly now so severe that experts no longer recommend taking baby aspirin daily unless you have a history of cardiovascular issues. In their eyes, the side effects don’t outweigh the benefits.

Scientists discovered several ways that aspirin is able to reduce inflammation

Given the concerns around aspirin, you might think that this medication would be on the way out. However, that’s not the case, thanks to scientists at the University of Texas at Arlington. Given the confusion regarding what this stuff does in our bodies, these scientists opted to study aspirin to see what they could find. They recently presented what they’d learned at a meeting of the American Society for Biochemistry and Molecular Biology, where they revealed some amazing discoveries. It seems they identified several ways that the medications inhibit the cyclooxygenase (COX) enzymes that produce inflammation-causing chemicals, leading to a possible breakthrough.

The research potentially indicates an interplay between COX and IDO1 during inflammation

According to the research findings, one way that aspirin helps with inflammation is by controlling transcription factors which allow the expression of cytokines. These are proteins that are involved with inflammation and the way our immune system responds. Something else they identified was that aspirin can apparently slow the breakdown of tryptophan, an amino acid that tends to contribute significantly to inflammation. It reportedly achieves this by inhibiting the production of indoleamine dioxygenases like IDO1 when the inflammatory process occurs. The latter discovery is apparently significant, as the study’s author Subhrangsu Mandal states it “suggests potential interplay between COX and IDO1 during inflammation.”

These discoveries could allow for safer and more varied medication

So, what does all this mean? Well, apparently, the potential interplay between COX and IDO1 could lead to the development of more immunotherapy medication. That’s because some current immunotherapy treatments also target IDO1. Furthermore, understanding how aspirin works could allow scientists to develop medication that has the same benefits but possibly without some of the serious side effects. That would ensure aspirin’s longevity without people being scared that taking this stuff could ultimately make them worse, not better. Of course, such medications may still be a long way off, given that these discoveries have only recently been made. Still, they make us optimistic about what the future could bring.

Right now, Mandel and his fellow scientists are apparently hard at work in the lab, trying to use what they’ve learned to their advantage. Should they make any more breakthroughs with their research, we’ll be sure to keep you updated.