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1 n/denitrosylation reactions are essential in cardiovascular regulation.
2 olitary tract (NTS) plays a critical role in cardiovascular regulation.
3 xide synthase (eNOS) plays a central role in cardiovascular regulation.
4 l function may have implications for general cardiovascular regulation.
5 in areas of the caudal brainstem involved in cardiovascular regulation.
6 sses including touch sensation, balance, and cardiovascular regulation.
7 ignaling events are placed in the context of cardiovascular regulation.
8 lance, touch, and pain, as well as renal and cardiovascular regulation.
9 he ouabain-binding site and are important in cardiovascular regulation.
10 areas implicated in stressor processing and cardiovascular regulation.
11 onal NOS (nNOS), and inducible NOS (iNOS) in cardiovascular regulation.
12 1 mechanism plays an important role in fetal cardiovascular regulation.
13 o our better understanding of the biology of cardiovascular regulation.
14 es toward resting blood pressure and overall cardiovascular regulation.
15 secreted by the heart that may contribute to cardiovascular regulation.
16 ions of UII question its importance in human cardiovascular regulation.
17 rmalities in centrally mediated processes of cardiovascular regulation.
18 nergic projections to the NMC participate in cardiovascular regulation.
19 -R) are present in brain regions involved in cardiovascular regulation.
20 l structure in brain regions associated with cardiovascular regulation.
21 -coupled receptors (GPCRs) have key roles in cardiovascular regulation and are important targets for
22 al medulla and caudal pons, is implicated in cardiovascular regulation and cranial nerve reflexes, an
24 e previously unrecognized connection between cardiovascular regulation and metabolic activity reveale
25 rdiovascular disease risk, models of resting cardiovascular regulation and of insulin metabolic syndr
27 system sites is a primary mechanism of neuro-cardiovascular regulation, and excessive oxidant product
28 including pain modulation, opiate function, cardiovascular regulation, and neuroendocrine function.
29 plications of melatonergic ligands including cardiovascular regulation, appetite control, tumor growt
30 firm a role for the apelin peptide system in cardiovascular regulation at the level of the RVLM and h
31 e for a particular ligand-receptor system in cardiovascular regulation can only be achieved by determ
32 biological functions including: food intake, cardiovascular regulation, cognition, seizure activity,
33 ute a part of the neural pathway involved in cardiovascular regulation during static muscle contracti
34 among sodium homeostasis, fatigue, mood, and cardiovascular regulation have been described previously
35 ered mouse models geared toward the study of cardiovascular regulation have recently been described a
37 onstrate dramatically disordered sympathetic cardiovascular regulation in patients with chronic OI.
39 second messenger that plays central roles in cardiovascular regulation influencing gene expression, c
40 of calcitonin gene-related peptide (CGRP) in cardiovascular regulation is gaining clinical and scient
43 echanosensors and proprioception, as well as cardiovascular regulation, kidney function, and osmoregu
44 enses of touch, balance, and proprioception; cardiovascular regulation; kidney function; and osmoregu
45 framework for future studies on the role in cardiovascular regulation of AT(1) receptors in the caud
46 ward and motivation, anxiety and depression, cardiovascular regulation, pain, migraine, and neuroendo
47 regions of RA+ mice known to be involved in cardiovascular regulation raises the possibility that au
48 Ra alpha and IRb alpha) are more involved in cardiovascular regulation than other areas of infraradia
49 mic innervation is an essential component of cardiovascular regulation that is first established from
50 estrogen replacement therapy has effects on cardiovascular regulation that may not be reflected in r
51 s suggest that Leu-enkephalin is involved in cardiovascular regulation through activation of delta-,
53 ced nNOS-NO in the nuclei may modify central cardiovascular regulation, which contribute to hypotensi
54 indications of specialized lateralization of cardiovascular regulation within the right and left post
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