Aspirin and the Battle Against Cancer

aspirin

Have a headache? Take aspirin. Have inflammation, a fever, pain, or want to prevent a stroke/heart attack? Take an aspirin. It would seem that Aspirin is an extraordinary drug that we have created. Apparently researchers are now seeing that there are other uses that this magical white pill can due: stopping initial tumor cancer cells. Thats right, there needs to be more work and studies done but it would seem that there is more that this drug can do. It may be able to play a major role in cancer therapies within the feasible future.

Everyone responds differently to everything, and for some too much aspirin can be disastrous. However researchers are looking into making a genetic test to see who may be able to benefit in the long-term use of aspirin.

So originally scientist found that aspirin treats prostaglandins which are a hormonelike substance which can cause inflammation, trigger pain, fever, and blood clotting. You don’t want to suppress these all the time because obviously fevers have an important role in our immune system, likewise with some of these other symptoms, however they realized that by turning down the prostaglandin count with aspirin, it prevents lots of heart attacks and tumors. Another way is that it boost a molecule called resolvins which help stop inflammation.

Rather recently they found that aspirin stops metastasize, meaning cancer cells ability to spread throughout the body which is incredibly significant. Typically tumor cells need a blood source and the malignant cells usually cross walls via nearby blood vessels and enter the bloodstream to not get detected by the immune system. The tumor cells also seem to need platelets and use a chemical to allow them to surround the malignant cells so they act as a shield and way to breakout of blood vessels.

It would seem that aspirin stops platelet cells from combining to tumor cells which therefore they cant travel through the body and create a secondary tumor. They believe it targets a certain set of genes or the nuclei of blood cels but they still aren’t quite sure. They are conducting more test, however this is significant because you can give people controlled amounts of aspirin and will more than likely see effects. This drug is truly interesting and hopefully with further research the science community will make full use of it when tackling cancers.

 

 

 

 

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Medieval Medicinal Practices?

medieval

Although very hard to believe today, there was actually a time where medicine wasn’t exactly practical and not necessarily beneficial. This time period we like to call it now as the Dark Ages, or the Medieval time period aging around 5th century to the mid 15th century. During this time period medicine wasn’t really effective, and a lot of plagues and disease spread easily due to the lack of technology and knowledge of bacteria, viruses parasites, and other pathogens that can effect the human body. This time was very dark because the people living in this time period didn’t have any means of treating and fighting off disease so if you were infected, you either got better or you died.

However, since¬†Alexander Fleming’s discovery in the 1930’s, it has been a rather golden age in medicine because we are treating illnesses that we couldn’t before. Unfortunately it would seem as if we may soon be heading back to another dark age in human history. That is because by the means of evolution, there are now antibiotic resistant microbes. These microbes are resistant to current antibiotic treatments and are not treatable. This is problematic because the drug industry is pushing out newer drugs slower than the bacteria becoming resistant to them. It is estimated that 700,000 people die yearly now but that could jump to more than 10million by 250.

Fortunately, it would seem that there is a new movement in science who focus and look at older medicinal treatments such as in the Medieval Age and are working together to make new remedies. A team recently conducted a study with a 1,000 year old recipe called Bald’s eyesalve which they believed was used to help infection of the eyelash follicle. In their study, it would seem that it turned out to be a potent antistaphyloccal agent that killed bacterium and killed MRSA in mouse models.

This is extremely significant because this suggest that there may be hidden unknown more natural methods of treating illness than we previously thought. This also will push digging and looking further into Premodern European medicine and ancient Chinese medicines because these tend to be overlooked and many have their superstitions about them. As of now the team seems to have a database of other medicinal recipes that they are looking to try and hopefully they will be effective as with Bald’s eyesalve so we can avoid another Dark Age.