Navigation Links
New study finds neither HFCS nor table sugar increases liver fat under 'real world' conditions
Date:2/12/2013

SHREWSBURY, MA -- A study published today in the Journal of Applied Physiology, Nutrition, and Metabolism presented compelling data showing the consumption of both high fructose corn syrup (HFCS) and sucrose (table sugar) at levels consistent with average daily consumption do not increase liver fat in humans, a leading cause of non-alcoholic fatty liver disease (NAFLD). The findings also add to an already well-established body of science that high fructose corn syrup and table sugar are metabolically equivalent.

Increased fat levels in the liver and muscle tissue have also shown to contribute to insulin resistance, a key factor in the development of type 2 diabetes.

The study, conducted by James Rippe, MD, Founder and Director of the Rippe Lifestyle Institute and Professor of Biomedical Sciences at the University of Central Florida, examined sixty-four individuals who consumed low-fat milk sweetened with either HFCS or sucrose with the added sugar matching the 25th, 50th and 90th percentile population consumption levels of fructose for ten weeks.

The results showed fat content of the liver remained unchanged when the six HFCS and sucrose groups were averaged. Fat content in muscle tissue was also unchanged over the 10 weeks when the six HFCS and sucrose groups were averaged.

"The study's results are compelling because this is the first study of its kind to test the effects of HFCS and sucrose on liver fat levels in humans using real world conditions," said Dr. Rippe, who received a grant from the Corn Refiners Association (CRA) to conduct the study. "Previous studies that sought to find a link between caloric sweeteners and diseases such as type 2 diabetes and liver disease often subjected individuals to unrealistically high levels of fructose or had subjects consume fructose independent of glucose, which is just not how fructose is consumed in our daily diet. Using real world conditions, we find that HFCS and other caloric sweeteners do not appear to increase liver fat or contribute to insulin resistance."

The two largest sources of fructose in the human diet are sucrose (containing 50% fructose and 50% glucose) and HFCS which is present in the human diet in two forms: HFCS-55 (which consists of 55% fructose, 42% glucose and 3% other carbohydrates) and HFCS-42 (which consists of 42% fructose and 58% glucose).

"This study seems to confirm what physicians, registered dietitians and healthcare associations such as the American Medical Association have been saying for decades," said Dr. Mark Haub, Associate Professor in the Department of Nutrition at Kansas State University. "Not only is it safe to consume caloric sweeteners at recommended levels, it is important for consumers to understand that high fructose corn syrup and table sugar have the same amount of calories and studies like this indicate your body metabolizes them about the same."

For further information or to obtain a copy of this study, please visit www.nrcresearchpress.com/journal/apnm


'/>"/>

Contact: Carol Moreau
cmoreau@rippelifestyle.com
508-756-1228
Rippe Lifestyle Institute
Source:Eurekalert

Related biology news :

1. Study by UC Santa Barbara researchers suggests that bacteria communicate by touch
2. Law that regulates shark fishery is too liberal: UBC study
3. New study will help protect vulnerable birds from impacts of climate change
4. Study jointly led by UCSB researcher supports theory of extraterrestrial impact
5. BYU study: Using a gun in bear encounters doesnt make you safer
6. 15-year study: When it comes to creating wetlands, Mother Nature is in charge
7. Pycnogenol (French maritime pine bark extract) shown to improve menopause symptoms in new study
8. Crystal structure of archael chromatin clarified in new study
9. EU-funded study underlines importance of Congo Basin for global climate and biodiversity
10. University of Houston study shows BP oil spill hurt marshes, but recovery possible
11. Study demonstrates cells can acquire new functions through transcriptional regulatory network
Post Your Comments:
*Name:
*Comment:
*Email:
(Date:2/2/2016)... Feb. 2, 2016 This BCC Research ... market by reviewing the recent advances in high ... drive the field forward. Includes forecast through 2019. ... the challenges and opportunities that exist in the ... solution developers, as well as IT and bioinformatics ...
(Date:2/1/2016)... February 1, 2016 Rising sales ... drive global touchfree intuitive gesture control market ... Rising sales of consumer electronics coupled with new technological ... size through 2020   ... with new technological advancements to drive global touchfree intuitive ...
(Date:1/25/2016)... Jan. 25, 2016   Unisys Corporation (NYSE: UIS ... F. Kennedy (JFK) International Airport, New York City ... identify imposters attempting to enter the United States ... them. pilot testing of the system at Dulles ... terminals at JFK during January 2016. --> pilot testing ...
Breaking Biology News(10 mins):
(Date:2/3/2016)... -- With the growing need for better therapeutics, and ... such as monoclonal antibodies, recombinant protein therapeutics and ... are in high demand. Conventionally expression systems were ... of these therapeutics. However, due to issues with ... approaches and novel expression systems are currently being ...
(Date:2/3/2016)... , ... February 03, 2016 , ... ... established a new office dedicated to the North American healthcare market. , Aerocom ... to healthcare facilities. The company will provide new pneumatic tube systems or ...
(Date:2/3/2016)... -- Silk Therapeutics, Inc., today announced the closing of a $6 ... a total of $10.25 million in Series A funding based ... round was led by existing investor The Kraft Group of ... investors Lear Corporation and Highland Consumer Partners, as well as ... Richard Sackler , MD, with Summer Road, LLC; Erin ...
(Date:2/3/2016)... YORK. (PRWEB) , ... February 03, 2016 , ... ... of silicon (Si) and InGaAs chips and wafers, and InP epi wafers based ... ranging from silicon detectors–including photodiodes, photo transistors, and Avalanche photodiodes–to Si and InGaAs ...
Breaking Biology Technology: