But in September, Umut Ozcan, an obesity researcher at Children's Hospital Boston, reported that a key inflammatory protein actually reduces insulin resistance in
obese diabetic mice, curing them of diabetes.
Ozcan realized that inflammation might help when he noticed that in
obese diabetic mice, XBP - 1s failed to enter the cell nucleus, where insulin function is regulated.
The U-M study explains how increased cAMP in fat cells promotes the secretion of the hormone interleukin - 6, which signals the liver to stop producing glucose — thus improving overall blood sugar levels in
obese diabetic mice.
Remarkably, the same healing effect was produced when B cells from older
obese diabetic mice were applied to acute wounds in similarly aged,
obese diabetic mice.
Probing the link between adiponectin deficiency and metabolic disorders like diabetes and obesity, researchers from the Albert Einstein College of Medicine in New York City injected adiponectin into wild - type mice, diabetic mice, and
obese diabetic mice.
Not exact matches
The drug, SRT1720, kept
mice with high - calorie diets from becoming
obese or
diabetic, according to a study published in Cell Metabolism [subscription required].
Next, they reduced the blood aP2 levels in
obese and
diabetic mice to low levels seen in lean healthy
mice.
«But what was really surprising was that when
obese mutant
mice were given metformin, the most common and inexpensive drug prescribed to Type 2
diabetics, the drug failed to lower their blood sugar levels,» said Steinberg.
The genetically
obese and
diabetic mice showed similar metabolic benefits from both WBV and exercising on the treadmill.
In fact, metabolic benefits were almost the same for genetically
obese and
diabetic mice from both WBV and those exercising on the treadmill.
In our previous study we found that a high fat diet containing comparable amounts of soybean oil to what Americans are currently consuming caused
mice to become
obese,
diabetic and insulin resistant and to have large lipid droplets and hepatocyte ballooning in their livers.
Just 12 weeks of the high fat diet made
mice obese and
diabetic, nearly doubling their body fat percentage compared to
mice fed a low fat, healthy diet.
Oligofructose even made the
obese mice less
diabetic, but there was one thing the dietary supplement didn't change: body weight.
In
diabetic non ‐
obese diabetic (NOD)
mice, adipose - derived MSCs (ASCs) have been shown to decrease hyperglycemia and insulitis through attenuation of the Th1 immune response and expansion of T regulatory lymphocytes [3].
Male C57BL / 6J
obese mice fed a high - fat diet for 12 weeks and genetically
diabetic db / db
mice at an age of 6 weeks received dietary C3G supplementation (0.2 %) for 5 weeks.
This study has examined the effect of alpha - lipoic acid on glucose uptake by cultured L6 muscle cells and different types of skeletal muscles in normal lean (+ / +) and severely insulin - resistant,
obese -
diabetic (ob / ob)
mice.