subfornical organ การใช้

• Thus, the subfornical organ is involved in fluid balance.
• The expression of various genes in the subfornical organ have been studied.
• All groups without subfornical organ stimulation did not eat or drink at all.
• These regions include the organum vasculosum of the lamina terminalis and the subfornical organ.
• The subfornical organ has also been shown to have a significant impact on appetite.
• The group with stimulated subfornical organs was separated into groups with 100mA and 200mA stimulations.
• The median preoptic nucleus and the subfornical organ receive signals of decreased volume and increased osmolite concentration.
• The subfornical organ's impact on the cardiovascular system is again mostly seen through fluid balance.
• The area postrema and nucleus tractus solitarii signal to the subfornical organ and to the lateral parabrachial nucleus.
• Recent study has focused on the subfornical organ as an area particularly important in the regulation of energy.
• The subfornical organ also contains endothelin receptors mediating vasoconstriction and high rates of glucose metabolism mediated by calcium channels.
• Study of subfornical organ anatomy is still ongoing but recent evidence has demonstrated the presence of endothelin ( a potent vasoconstrictor ) receptors.
• The subfornical organ is a circumventricular organ active in many bodily processes including, but not limited to, osmoregulation, and energy homeostasis.
• The subfornical organ is a sensory CVO situated in the lamina terminalis and lacking the BBB, the absence of which characterizes the circumventricular organs.
• In such experiments, it has been observed that an intact and functioning subfornical organ limits the increase in mean arterial pressure due to the increased angiotensin.
• The subfornical organ is a circumventricular organ active in many bodily processes including, but not limited to, osmoregulation, cardiovascular regulation, and energy homeostasis.
• Angiotensin II increases thirst sensation ( dipsogen ) through the subfornical organ of the brain, decreases the response of the baroreceptor reflex, and increases the desire for sympathetic fibers.
• Additional research has demonstrated that the subfornical organs may be an important intermediary through which leptin acts to maintain blood pressure within normal physiological limits via descending autonomic pathways associated with cardiovascular control.
• One of the reasons the subfornical organ, along with all circumventricular organs, is increasingly being studied is its potential for novel pharmaceutical due to the lack of a blood-brain barrier.
• Neurons in the subfornical organ have receptors for many hormones that circulate in the blood but which do not cross the blood brain barrier, including angiotensin, atrial natriuretic peptide, endothelin and relaxin.