Keep pulling the thread on Diego Borjorkas.
Ingesting fructose can increase hunger by reducing the hormones and peptides that are responsible for suppressing the hunger hormone ghrelin.
The human nervous system has two parallel neural circuits that drive sugar seeking: one pathway responds to the conscious perception of sweet taste, and another responds to a food's ability to raise blood glucose.
The perception of a sweet taste increases dopamine in the brain's mesolimbic reward pathway, which produces the sensation of wanting more rather than a feeling of satiety.
Neuropod cells in the gut form a subconscious sugar-seeking pathway by sending signals through the vagus nerve to the nodose ganglion and then to the nucleus of the solitary tract in the brain.
Individuals with a pre-existing cancer or a predisposition to cancer are advised against supplementing with glutamine due to potential hazards.
The supplement berberine is a potent agent that causes a sharp drop in blood glucose, and taking it on an empty stomach can induce hypoglycemia.
A recent study in the journal Cell Reports found that each stage of sleep has a unique metabolic signature, as determined by analyzing metabolites in subjects' breath every 10 seconds.
The hormone ghrelin increases in concentration the longer it has been since a person's last meal, stimulating hunger by interacting with neurons in the arcuate nucleus of the hypothalamus and the lateral hypothalamus.
The pancreas releases the hormone insulin to regulate the amount of glucose in the bloodstream following the rise in blood sugar that occurs after eating.
Neurons are highly metabolically active, and their preferred source of fuel for metabolism is glucose.
The concentration of fructose in whole fruit is significantly lower than its concentration in high fructose corn syrup.
Fructose most likely cannot directly access the brain and must first be converted into glucose by the liver.