Hypertonicity occurs when enough free water has been lost to increase the concentration of solutes in body fluids to a level greater than normal plasma osmolality (285 to 295 mOsm / kg).1
The hypothalamus detects the hypertonicity (increase in plasma concentration) and stimulates thirst.
Not exact matches
Here, in samples of mouse
hypothalamus — the brain center that
detects and regulates internal temperature — Kun Song and colleagues identified neurons that were uniquely activated in response to warming at temperatures above the physiological set point of 37 °C.
Specifically, there is a small group of
hypothalamus neurons, called POMC, that
detect and integrate signals that inform on the energy state of the organism and activate the appropriate physiological responses.
This area of the brain, called the
hypothalamus, contains specialized cellular sensors that can
detect the level of energy available from food and, depending on that level, initiate processes which either create or conserve energy in the body.
If low, that means that your
hypothalamus is
detecting starvation / and / or stress, and needs to be gently swaddled with lots of food and relaxation techniques.
The lack of progesterone is
detected by the
hypothalamus, which continues to try to stimulate the ovary by increasing its production of GnRH, which increases the pituitary production of FSH and LH.
Interactions between handholding and DAS were
detected in the substantia nigra / red nucleus, F (1, 50.0) = 4.0, p =.05, and
hypothalamus, F (1, 42.6) = 6.1, p =.02, both due to small positive DAS / activation correlations during the alone condition and small negative DAS / activation correlations during the stranger condition, although none of these correlations was significant.