Link between Binge drinking and Liver Damage

University of Missouri School of Medicine investigators have recognized epigenetic protein modifications triggered by binge drinking, a finding that could result in therapies for alcohol-related liver (1)

“It is well that chronic alcoholic beverages use is harmful to the liver, but binge drinking increases that damage,” said Shivendra Shukla Professor at the MU School of Medicine and led author of the research.

Extreme alcohol use is one of the very frequent causes of chronic liver failure. Long-term liver deterioration from alcohol use is permanent. Too much alcohol use is also related with cardiovascular disease, cancer and digestive issues.

The National Institute on Alcohol Abuse and Alcoholism describes binge drinking as a pattern of drinking that gives a individual’s blood alcohol concentration to 0.08 grams percent or over. This generally occurs when men take five or more drinks or females take four or more drinks over a two-hour period.

“Our recent study shows that epigenetic adjustments in histone structures take place within the liver as a outcome of heavy binge drinking,” stated lead author.

“Epigenetic modifications are changes in genes that are not triggered by changes in the DNA pattern or genetic code.”
Histones are proteins that behave like a spool to compact and manage the thread-like DNA strands that cover around them. Histones perform to defend the DNA strand and assist it function properly. Even though histone adjustment does occur normally, Shukla and his team identified that binge drinking outcomes in un-natural adjustments to histones. In turn, these adjustments negatively affect how a person’s genetic code is interpreted and how it is controlled.

“Every reaction in the body is because of modifications in proteins,” Shukla stated. “Binge drinking is an environmental trigger that adversely affects histones by modifying the appropriate binding of DNA. The outcome is needless replication in the copied structure. This originally leads to inflammation and harm to the cells as they form, but it is also gradually the cause of more severe diseases like as cirrhosis and cancer.”

Because the liver is the primary metabolic site in the body, it is the initial organ to encounter damage from binge drinking. But because the liver is liable for nutrient and drug metabolism and distribution, along with the development of multiple agents that are required for the cardiovascular system, blood vessels, kidney and brain to function effectively, liver damage can impact many other systems in the body.
“It is essential to specify that binge drinking should not be associated only with liver damage,” Shukla said. “Binge drinking can develop an inflammatory reaction in the liver that is like a cluster bomb, delivering out numerous harmful signals to other organ systems in the human body. If those body parts are performing at a lower level of function, then a whole host of physiological procedures are impacted as a result of binge drinking.”

Shukla claims that excessive alcohol intake with a binge drinking pattern is growing as a main public health issue globally. In the U.S., binge drinking is the very popular form of too much alcohol use ― so common in fact, that the CDC reports roughly one in six adults binge drinks about 4 times every month.

“This is not a challenge that is going away,” stated Shukla. “It is basically growing. More work is required on the research we are doing, but results such as these are very appealing and may lead to future therapies for alcohol-related liver problems