New Blood Test Could Reveal How Soon You're Going To Die
Mar 07, 2014 12:45
Researchers in Finland and Estonia have developed a new technique that could help predict how soon you'll be kicking the proverbial bucket.
Scientists screened more than 17,000 samples looking for biomarkers, which are basically biological indicators of abnormalities that could result in an early death. They found four biomarkers — albumin, alpha-1-acid glycoprotein, citrate and the
size of low-density lipoprotein particles, which indicated an overall
weakness of the body. While these molecules can be found in any person's blood,
the amount could help predict one's risk of dying within the next five years.
The abnormalities were found present in the blood of people who had died
not long after their blood was drawn. The original connection among the
four biomarkers and risk of short-term
death held steady, even after removing other factors that could have
led to early deaths. The researchers hope that this technique could be used a cost-effective method of screening mass amounts of blood to help identify individuals who seem healthy but may have underlying illnesses.
There was times when cable was important in our lives and allowed us to watch television in home with family or alone, however, today, media streaming devices are replacing cable TV and that is the reason we decided to show you why media streaming devices became so popular. In this particular article we are going to provide you with all relevant information that will provide you perfect idea what we are talking about. Read more
If we say that technology has completely changed the way people live their lives, then this will be a very true statement. Not only has technology contributed in getting knowledge about the human bodies, about our earth and a number of other things, it has also contributed to the field of construction. In the past, the way people used to go about the construction and the methods and machinery that was used in the construction field was totally different than what is being used now. Read more