Energy Drinks Liver Enzymes

Inflamed or injured liver cells leak higher than normal amounts of certain chemicals including liver enzymes into the bloodstream which can result in elevated liver enzymes on blood tests.

Energy drinks liver enzymes.

Elevated liver enzymes may indicate inflammation or damage to cells in the liver. Liver enzymes help us determine if there is damage to the cells of the liver or direct damage to the liver tissue itself. If damage is present in the liver then it will react by releasing these special enzymes ast and alt into the bloodstream as the cells become leaky. How energy drinks can hurt your liver in particular b vitamins particularly niacin or vitamin b3 may have been the main culprit behind the man s acute hepatitis.

Shots which the company recommends taking in half or full doses depending on your energy needs. Some foods and drinks can help protect liver health. Energy drink alone or edma has significant effects on total white blood cell count plasma potassium calcium renal functions liver enzymes and plasma triglycerides with edma having more effects than ed alone except for body weight where the energy drink alone has higher effect. Learn more about the foods and drinks that are good for liver health.

In a new study published in the british medical journal researchers say energy drink consumption can also be so damaging to the liver it can even cause acute hepatitis. They knew of one other case reported previously showing liver damage due to over consumption of energy drinks. Unfortunately there is a lack of human research on the effects of energy drinks on liver health. The drink contains phenylalanine which can cause a severe reaction in certain people when mixed with aspartame as well as high levels of b vitamins.

Blood tests showed elevated liver enzymes indicating liver damage and a liver biopsy. Although energy drinks are often perceived as harmless a new case report links the beverages to liver damage after a previously healthy man developed hepatitis from consuming too many.