Latest Hypothalamus Stories
Obesity among people who eat a high-fat diet may involve injury to neurons, or nerve cells, in a key part of the brain that controls body weight, according to the authors of a new animal study.
A new molecular imaging agent that specifically targets estrogenic mechanisms in the brain to find out what effect an enzyme, aromatase, has on body mass index (BMI).
Researchers reporting in the June issue of Cell Metabolism, a Cell Press publication, have what they say is some of the first solid proof that insulin has direct effects on the reward circuitry of the brain.
Researchers decode an important mechanism through which insulin in the hypothalamus controls the body's energy balance.
Women who have higher levels of the appetite-controlling hormone leptin have fewer symptoms of depression, and this apparent inverse relationship is not related to body mass index (BMI), a new study finds.
Weizmann Institute scientists have added another piece to the obesity puzzle, showing how and why a certain protein that is active in a small part of the brain contributes to weight gain.
The brain's hypothalamus plays a key role in obesity and one of its major complications â€“ type 2 diabetes.
It was recently reported that women with low body fat, including runners and dancers as well as women with eating disorders, may be able to restore their fertility and reduce their risk of bone fractures by taking doses of the hormone leptin.
All those salty snacks available at the local tavern might be doing more than increasing your thirst: They could also play a role in suppressing social anxiety.
Women with extremely low body fat, including runners and dancers, as well as women with eating disorders, are prone to develop hypothalamic amenorrhea, a condition in which their menstrual periods cease, triggering such serious problems as infertility and osteoporosis.
The hypothalamus is an organ that serves as an important link, along the hypothalamic-hypophyseal axis, between the nervous system and the endocrine system. It is located within the cranial cavity, in the cerebrum, right below the thalamus. It also forms the floor of the third ventricle in the brain. It contains neural pathways, blood vessels, glial cells, and secretory cells—all of which work together to control things like body temperature, hunger, thirst, sleep, and hormonal and...
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