Coffee routines, whether at home, office, or cafe, have become a part of many people’s lives. Freshly roasted coffee is not only expelling drowsiness, according to recent research caffeine content in discover more here is beneficial for people with chronic kidney disease. However, is that really true?
A study by Nephrology Dialysis Transplantation conducted as part of the National Nutrition Health Examination Survey showed that consuming more caffeine can reduce the risk of death for patients with chronic kidney disease. In fact, these results are obtained after considering other factors such as age, weight, gender, race, blood pressure, smoking habits, and other diseases. Researchers from the study examined the health data of 4,863 US citizens with chronic kidney disorders from 1999 to 2010. The results showed that the improvement in the quality of life in group two increased by 12 percent, the third group 22 percent, and the fourth group 24 percent. While group one has a lower percentage than the others. Why can coffee prolong the life of patients with chronic kidney disease? Researchers agree that caffeine in coffee has a positive effect on blood vessels, which improves blood vessel function better.
Jessianna Saville, RDN, a nutritionist for kidney patients explained that coffee may be consumed by patients with kidney disease. However, if the intake is too much, various other problems can also occur. For example, a sudden surge in blood pressure. This condition is certainly not good for patients with kidney disease or even healthy people. It should be reminded again that people with chronic kidney disease are required to limit fluid intake. So, they must adjust the amount of coffee with the fluid requirements recommended by the doctor. In addition to fluids, mineral intake for kidney disease patients must also be limited, one of which is potassium. Potassium is very influential on kidney performance. People with kidney dysfunction or kidney disorders cannot process potassium properly. As a result, potassium can accumulate in the bloodstream and cause disruption of the heart rhythm.