1 and of the anesthetic used (isofluorance or
alpha-chloralose).
2 transection (SCT) in cats anaesthetized with
alpha-chloralose.
3 e hindlimb muscle of cats anaesthetized with
alpha-chloralose.
4 vated in an animal that is anesthetized with
alpha-chloralose.
5 flurane, desflurane, sevoflurane, halothane,
alpha-chloralose,
2,2,2-trichloroethanol [TCE], and chlo
6 Cats were anaesthetized (
alpha-chloralose 60 mg/kg, intraperitoneally), and prepa
7 (MCA), and anesthesia was either switched to
alpha-chloralose (
60 mg/kg bolus, 30 mg/kg/h; n=10) or w
8 superior sagittal sinus was isolated in the
alpha-chloralose (
60 mg/kg i.p. and 20 mg/kg i.v. inject
9 Cats were anaesthetized with
alpha-chloralose (
60 mg/kg, intraperitoneally), paralyse
10 Cats were anaesthetised with
alpha-chloralose (
60 mg/kg, ip; supplements 20 mg/kg iv)
11 of control and vigabatrin-treated rats under
alpha-chloralose/
70% nitrous oxide anesthesia, with tota
12 Dogs were anaesthetized with
alpha-chloralose,
a cardiopulmonary bypass was establish
13 ments were conducted in 11 female cats under
alpha-chloralose anaesthesia when the bladder was infuse
14 ses during cortical spreading depression and
alpha-chloralose anaesthesia.
15 Studies were conducted in the
alpha-chloralose anaesthetised cat to examine bulk carot
16 of KCl in agar upon the cortical surface of
alpha-chloralose anaesthetised cats.
17 In
alpha-chloralose anaesthetised female Sprague-Dawley rat
18 t, sulpiride, at 2 Tesla in the brain of the
alpha-chloralose anaesthetised rat.
19 Experiments were carried out in
alpha-chloralose anaesthetized cats to determine if thes
20 x recorded under isovolumetric conditions in
alpha-chloralose anaesthetized cats.
21 A and baroreflex control of LSNA and RSNA in
alpha-chloralose anaesthetized female rats, but only dur
22 In
alpha-chloralose anaesthetized, artificially ventilated
23 These experiments were carried out on
alpha-chloralose-
anaesthetized, artificially ventilated
24 Experiments were performed in
alpha-chloralose-
anaesthetized, paralysed and artificial
25 Mongrel cats were anesthetized with
alpha-chloralose and heart rate, arterial pressure, and
26 Thirty-three cats were anesthetized with
alpha-chloralose and the esophagus was stimulated by slo
27 In
alpha-chloralose and urethane anesthetized rats, microin
28 the day of shock, the animals were sedated (
alpha-chloralose)
and 50 mL/kg of arterial blood was rem
29 Adult cats were anesthetized with
alpha-chloralose,
and in each case, the experimental int
30 Animals were anesthetized with
alpha-chloralose,
and received one of four stimulus prot
31 el with electrical forepaw stimulation under
alpha-chloralose anesthesia using laser Doppler (LD) mea
32 After
alpha-chloralose anesthesia, blood gases and vital signs
33 d studies of focal ischemia in the rat under
alpha-chloralose anesthesia.
34 being activated and remain functional during
alpha-chloralose-
anesthesia.
35 Closed cranial windows were implanted in
alpha-chloralose anesthetized piglets 4 days following c
36 l ensemble during forepaw stimulation in the
alpha-chloralose anesthetized rat.
37 In six decerebrated and in eight
alpha-chloralose anesthetized, paralyzed and mechanicall
38 ms of carbachol-induced muscle atonia in the
alpha-chloralose-
anesthetized animal.
39 and total infarct volumes are larger in the
alpha-chloralose-
anesthetized animals, while the functio
40 ents (PIFTs) is also significantly longer in
alpha-chloralose-
anesthetized animals.
41 tion of non-convulsive seizures (NCS) in the
alpha-chloralose-
anesthetized animals.
42 aneously at 16 recording sites in area A2 of
alpha-chloralose-
anesthetized cats.
43 In the
alpha-chloralose-
anesthetized preparation, stimulation o
44 ic components were investigated at 11.7 T in
alpha-chloralose-
anesthetized rats and combined with ele
45 In
alpha-chloralose-
anesthetized rats, changes in the blood
46 ng-state fMRI measurements were conducted in
alpha-chloralose-
anesthetized rats.
47 to somatosensory stimulation was measured in
alpha-chloralose-
anesthetized rats.
48 Nine
alpha-chloralose-
anesthetized, splenectomized dogs were
49 ied out in animals under anesthesia, usually
alpha-chloralose because of its lesser effects on cardio
50 re inhibited by TTX and anaesthetics such as
alpha-chloralose but not by the intracellular applicatio
51 was determined in the rat anesthetized with
alpha-chloralose by independent and concurrent (17)O NMR
52 Halothane and
alpha-chloralose established baseline states of high and
53 With
alpha-chloralose,
forepaw stimulation induced strong and
54 3, whereas the larger carbon tetraiodide and
alpha-chloralose inhibit.
55 Accordingly, in cats anesthetized with
alpha-chloralose,
intracellular records were obtained fr
56 This study shows that
alpha-chloralose is a safe anesthetic for ischemia studi
57 alpha-Chloralose is widely used as an anesthetic in stud
58 in the primary somatosensory cortex (SI) in
alpha-chloralose/
Nembutal, or halothane (in N2O/O2) anes
59 neurons exhibited visceral inputs than under
alpha-chloralose/
Nembutal.
60 in conscious rats and rats anesthetized with
alpha-chloralose the effects of vibrissal stimulation on
61 Open-chest swine, anesthetized with
alpha-chloralose,
underwent 10 mins of nonperfused VF fo
62 In rats anesthetized with
alpha-chloralose,
we measured SEPs by signal-averaging f