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1 ected to chronic bilateral superior cervical ganglionectomy.
2  and during reinnervation following neonatal ganglionectomy.
3 ignificantly attenuated by superior cervical ganglionectomy.
4 tion fields ipsilateral to unilateral nodose ganglionectomy.
5 tered by lowering blood pressure with celiac ganglionectomy.
6                            Superior cervical ganglionectomy and sympathetic decentralization signific
7 oscopic, or robotic ligament release; celiac ganglionectomy; and celiac artery revascularization.
8 s recorded in rats with bilateral trigeminal ganglionectomy, arguing against a trigeminally mediated
9  a variety of interventions including celiac ganglionectomy as well as open, laparoscopic, or robotic
10 emptying was partially antagonized by celiac ganglionectomy but not by atropine or N(G)-nitro-l-argin
11       This staining disappeared after nodose ganglionectomy, consistent with a presynaptic function.
12 on via capsaicin, celiac-superior mesenteric ganglionectomy (CSMG), or total subdiaphragmatic vagotom
13 e of reinnervation and mLTD expression after ganglionectomy, demonstrate that the autonomic-driven ch
14                Sympathetic superior cervical ganglionectomy did not abolish label in the SCN after in
15  Seven dogs underwent left L4-S1 dorsal root ganglionectomy (DRG), followed 3 weeks later by transect
16 tphal nucleus ablation and superior cervical ganglionectomy eliminated infection of the SCN.
17 tely 50%, whereas celiac/superior mesenteric ganglionectomy had no detectable effect on fiber density
18          Lowering blood pressure with celiac ganglionectomy in SHRs did not alter the increased CK2al
19          Lowering blood pressure with celiac ganglionectomy in SHRs did not alter the increased level
20                     In addition, sympathetic ganglionectomy increases meal frequency and lowers satie
21                           Following neonatal ganglionectomy, intracranial fibers of contralateral ori
22                               Neither nodose ganglionectomy nor vagotomy altered the CB1 receptor ter
23 erior cervical ganglionectomy, or unilateral ganglionectomy on postnatal day 30.
24                          Second, using L6-S1 ganglionectomies or L6-S1 ventral root rhizotomies we li
25 s obtained from rats treated with splanchnic ganglionectomy or 6-hydroxydopamine (6-OH-dopamine).
26 s obtained from rats treated with splanchnic ganglionectomy or 6-OH-dopamine.
27 s obtained from rats treated with splanchnic ganglionectomy or 6-OH-dopamine.
28             We further show that sympathetic ganglionectomy or pharmacological blockade of beta2-adre
29 ation, neonatal unilateral superior cervical ganglionectomy, or unilateral ganglionectomy on postnata
30 superior cervical ganglia because unilateral ganglionectomy, performed when cholinergic reinnervation
31 nervation of the adrenal gland by suprarenal ganglionectomy prevented vagotomy-induced decrease in ba
32 ation of hippocampus (Medial septal lesion + ganglionectomy; SAP + Gx) but also in hippocampal sympat
33 renergic fibers (Medial septal lesion + sham ganglionectomy; SAP + IG).
34 ected to either unilateral superior cervical ganglionectomy (SCGectomy), unilateral transection of th
35 are prevented by bilateral superior cervical ganglionectomy, which also prevents the noradrenergic sy

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