A high fat diet with no weight reduction? Study says it is potential

Once it comes to gaining weight, a more high fat diet is an integral culprit. New research, however, indicates that there might one day become a means to prevent piling on the pounds as a consequence of consuming fatty foods.
burger on a set of scales
Researchers could reduce fat gain in mice fed with a high-fat diet.

In a recently published study, researchers also demonstrate how triggering a particular protein pathway may stop the increase of fat cells from mice in response to some high fat diet plan.

Senior research scientist Fanxin Long, Ph.D. — who also operates at the Washington University School of Medicine in St. Louis, MO colleagues and colleagues state their findings may bring us nearer to a brand new treatment plan to obesity, that is, now, believed to affect over the third of adults from the USA.

The researchers reported that their outcomes from the journal eLife.

Weight gain is most frequently brought on by an energy imbalance, whereas the consumption of calories is greater than the amount of calories burned off.

As time passes, a power imbalance induces the human body to store fat. This may result in weight gain and obesity — that can be a risk factor for type two diabetes, heart disorder, stroke, and also a few kinds of cancer.

Foods high in fat, especially saturated fats, are regarded as a major catalyst for obesity, particularly when consumed in huge quantities. However, Long and coworkers indicate that there might be a means to stop weight gain triggered by a high fat diet.

Hedgehog signaling and fat tissues

For their analysis, the group concentrated on the Hedgehog signaling pathway, that can be a intricate system of proteins which play a part in several developmental processes.

Past study in mouse models has recently proven that the Hedgehog signaling pathway may also inhibit adipogenesis, and also even the creation of fat cells.

Based on Long and his group, the vast majority of studies have looked at the consequences of Hedgehog signaling on adipogenesis during embryonic growth, therefore it’s been uncertain as to if triggering this pathway in maturity affects fat cell creation.

To discover, the researchers engineered mature mice to own genes which triggered the Hedgehog signaling in reaction to some high-fat dietplan. All these rodents have been fed with a high-fat diet plan to get a total of 2 weeks.

As a control group of mice whose Hedgehog signaling pathways weren’t triggered when they ate greasy foods — became heavy following 8 months of an high-fat diet, the more genetically engineered mice obtained no more fat compared to control mice who consumed regular chow.

“Above all,” notes Long, “if we did metabolic research, we discovered the animals using the energetic Hedgehog pathway not simply were thinner, they had reduced blood sugar levels and were much more sensitive to insulin.”

A brand new way to fight obesity?

The investigators explain that by triggering the Hedgehog signaling pathway at the rodents upon ingestion of a high fat die they could decrease the size of cells.

“Fat advantage is due mostly to increased fat cell size,” explains Long. “Every fat cell develops larger so it may hold bigger fat droplets. We get weight chiefly since fat cells get larger, compared to getting more fat cell”

However, the investigators note that using their effects to individuals will be hard; increased Hedgehog signaling has been associated with increased cancer risk, therefore any approach that aims this pathway would have to be approached with care.

Having said that, the group considers that its effects show promise for a fresh way to preventing weight reduction.

When we could produce plans to thoroughly target fat cell and I believe triggering this pathway might be successful in the battle against obesity.”

Fanxin Long, Ph.D..

“What is especially significant,” Long adds, “is that the creatures in our research ate a high-fat diet plan did not lose weight, also in humans, an excessive amount of fat from your diet is a frequent cause of obesit”

Courtesy: Medical News Today