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A pilot study by Raji and his team, released in November 2023, found a type of deep abdominal fat called visceral fat, was linked to inflammation and amyloid buildup in the brains of 32 men and ...
Embryonic vertebrate subdivisions of the developing human brain hindbrain or rhombencephalon is a developmental categorization of portions of the central nervous system in vertebrates. It includes the medulla , pons , and cerebellum .
These areas receive input from the sensory areas and lower parts of the brain and are involved in the complex cognitive processes of perception, thought, and decision-making. [24] The main functions of the frontal lobe are to control attention , abstract thinking, behaviour, problem-solving tasks, and physical reactions and personality.
As mentioned above, abdominal fat is linked with cardiovascular disease, diabetes, and cancer. Specifically it is the deepest layer of belly fat (the fat that cannot be seen or grabbed) that poses health risks, as these "visceral" fat cells produce hormones that can affect health (e.g. increased insulin resistance and/or breast cancer risk).
the abdominal region encompassing the stomach area; the umbilical region is located around the navel; the coxal region encompassing the lateral (side) of hips; the pubic region encompassing the area above the genitals. The pelvis and legs contain, from superior to inferior, the inguinal or groin region between the thigh and the abdomen,
Abdominal fat is associated with brain health in middle-aged adults with a family history of Alzheimer’s disease, according to a new study. However, this link is more conspicuous in men.
Scientists recently determined why people always seem to have room for something sweet after eating a meal. It's because the "dessert stomach" is a real thing in a person's brain. "We wanted to ...
Since the area postrema acts as an entry point to the brain for information from the sensory neurons of the stomach, intestines, liver, kidneys, heart, and other internal organs, a variety of physiological reflexes rely on the area postrema to transfer information. The area postrema acts to directly monitor the chemical status of the organism.