Nghĩa của từ baroreceptor bằng Tiếng Việt
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1. Baroreceptor synonyms, Baroreceptor pronunciation, Baroreceptor translation, English dictionary definition of Baroreceptor
2. Apostrophal Solenoglypha uptaker baroreceptor unopenly torse Wendell chigetais self-mediating
3. Baroreceptor responses are summarized in the table below It’s important to understand that control of BP by Baroreceptor is a short term regulation of blood pressure
4. MAP, HR, SD of HR, Baroreceptor gain, MAP 50, SP th, and the extent of Baroreceptor resetting to hypertensive levels were compared between control and diabetic rats by Student’s unpaired t test
5. Damage to the NST and denervation of vagal fibers carrying Baroreceptor information
6. Most probably the baroreceptor reflex system may be of additional great importance.
7. The baroreceptor activation device (70) may utilize electrodes to activate the baroreceptors.
8. When the Baroreceptor reflex is stimulated by a decrease in blood pressure, A
9. The Baroreceptor reflex is a neurally-mediated reflex that regulates blood pressure in the short-term
10. Baroreceptor (plural Baroreceptors) A nerve ending that is sensitive to changes in blood pressure; Synonyms
11. Baroreceptor oscillations around 0.1 Hz contribute to the lowfrequency component of HRV (Swenne, 2013)
12. Definition of Baroreceptor : a sensory nerve ending especially in the walls of large arteries (such as the carotid sinus) that is sensitive to changes in blood pressure First Known Use of Baroreceptor 1948, in the meaning defined above
13. For correct intraoperative electrode placement at the carotid bifurcation, the baroreceptor reflex needs to be activated several times.
14. "Baroreceptor activity is reset during sustained increases in blood pressure so that in patients with essential hypertension, Baroreceptor responsiveness is maintained." "It is a universally accepted phenomenon that vascular Baroreceptors reset to operate at higher pressure levels in hypertension."
15. This describes how the Baroreceptor reflex kicks in when standing up to increase the blood sent to the brain.
16. "Baroreceptor reflex pathways and neurotransmitters: 10 years on." Journal of hypertension 20.9 (2002): 1675-1688
17. Arterial Baroreceptor sensory endings are simple, sprayed nerve endings that lie in the tunica adventitia of the artery
18. Some of these have homeostasis-maintaining roles, for example the Baroreceptor reflex which maintains stable cardiac output and blood pressure
19. Therefore, at a given mean arterial pressure, decreasing the pulse pressure (systolic minus diastolic pressure) decreases the Baroreceptor firing rate.
20. Angiotensin II, a blood borne hormone, acts via its type 1A receptor to attenuate the Baroreceptor reflex and this reflex
21. The importance of the Baroreceptor reflex is to stabilize perfusion pressure in the face of disturbances of circulatory homeostasis
22. Cre-guided ablation of vagal and glossopharyngeal PIEZO2 neurons eliminates the Baroreceptor reflex and aortic depressor nerve effects on blood pressure and heart rate.
23. 26 Current data showed that lowering of orthostatic tolerance after prolonged weightlessness is most likely due to change of baroreceptor reflex function.
24. The Baroreceptor reflex dampens the short-term fluctuations in blood pressure by feedback modulation of heart rate (HR) and vascular resistance
25. Baroreceptor definition: a collection of sensory nerve endings , principally in the carotid sinuses and the aortic Meaning, pronunciation, translations and examples
26. Baroreflex sensitivity in frailty syndrome Baroreceptor insensitivity, leading to arterial stiffness, has been postulated to be the most important cause for essential hypertension.
27. What does Baroreceptor mean? A sensory nerve ending that is stimulated by changes in pressure, especially one in the walls of blood vessels such as t
28. Here, we find that all Baroreceptor neurons are marked in Piezo2-ires-Cre mice and then use genetic approaches to visualize the architecture of mechanosensory endings
29. Which description is an example of the Baroreceptor reflex? Blood pressure increases, which increases stretch receptor activity in blood vessel walls, resulting in vasodilation and decreased heart rate
30. "Mechanisms determining sensitivity of Baroreceptor afferents in health and disease." Annals of the New York Academy of Sciences 940.1 (2001): 1-19
31. The reason is that: 1) the Baroreceptor neuron function is to convey the excited electrical signal (action potential) to the central nervous system, and the Na v channel is responsible for the action potential initiation and propagation in the Baroreceptor neurons; 2) our previous study has shown that reduced expression and activation of the Na
32. Baroreceptor [ băr′ə-rĭ-sĕp ′tər ] A cell or sense organ found in the walls of the body's major arteries and stimulated by changes in blood pressure
33. Baroreceptor - a sensory receptor that responds to pressure sense organ , sensory receptor , receptor - an organ having nerve endings (in the skin or viscera or eye or …
34. Any short term derangements are dealt via the Baroreceptor response, whereas long term control of the BP is controlled via the RAAS (Renin Angiotensin Aldosterone System).
35. Analysis of the baroreceptor analog in open loop experiments gave the same results as obtained on natural baroreceptors: pulse pressure sensitivity changed with mean pressure, amplitude, and pulse rate.
36. A Baroreceptor is a specialized nerve ending that allows your brain to sense blood flow and blood pressure in the major blood vessels of your circulatory system.
37. Baroreceptor reflex baroreflex baroscope Barosma barotactic barotaxes barotaxis barotrauma barotraumas Barotraumata Barr body barred barrel chest barren barrenness Barrett's epithelium Barrett's esophagus barrier barring bartholinites bartholinitis Bartholin's gland bartonella Bartonellaceae bartonelloses bartonellosis Bartter's syndrome
38. Alterations of the Baroreceptor‐heart rate reflex (baroreflex sensitivity, BRS) contribute to the reciprocal reduction of parasympathetic activity and increase of sympathetic activity that accompany the development and progression of cardiovascular diseases
39. In response to Baroreceptor activation/deactivation, as occurs during transient changes in BP, key determinants of BP, such as cardiac period/heart rate (via the sympathetic and parasympathetic nervous system) and vascular resistance (via the sympathetic nervous system), are …
40. Rotid surgery, short-term electric carotid Baroreceptor stimu-lation lowered blood pressure.13 Finally, the particularly severe hypertension of an imperiled patient improved sub-stantially after implantation of the device.1 The mechanisms by which electric carotid sinus field stimulation affects blood pressure in human subjects are unknown.
41. - The Baroreceptor reflex activated by blood pooling in his lower body due to gravity - parasympathetic activation due to the change in posture - an increase in the amount of blood the heart has to pump, because the movements of his leg muscles forced venous blood up into the right atrium - a decrease in sympathetic tone due to the stress of
42. A cluster of mechanoreceptors in the atrium, vena cava, aortic arch and carotid sinus, which are sensitive to tissue stretching that occurs with increased intravascular pressure; Baroreceptor information passes to the brainstem from the carotid sinus via the glossopharyngeal nerve and from the aortic arch and great vessels of the thorax via the vagal nerve.