ライフサイエンスコーパス: cannulae

1 network of donor strand interactions in the cannulae.

2 emisphere, and were implanted with intraoral cannulae.

3 th intracerebroventricular (i.c.v.) and i.v. cannulae.

4 Mammary secretion was collected through teat cannulae.

5 sal of flows through the arterial and venous cannulae.

6 34, 68 or 136 nmol) through their indwelling cannulae.

7 prepared with venous catheters and PVN guide cannulae.

8 f ex vivo and in vitro assembled recombinant cannulae.

9 1.17) or rate of intubation (high-flow nasal cannulae, 119/1,207 [9.9%] vs usual care, 204/1,300 [15.

10 eceive treatment with either high-flow nasal cannulae (5 to 6 liters per minute) or nasal CPAP (7 cm

11 no difference in mortality (high-flow nasal cannulae, 60/1,006 [6%] vs usual care, 90/1,106 [8.1%])

12 e procedure, were implanted bilaterally with cannulae above the aDLS and trained instrumentally on a

13 ade over 1 min through needles inserted into cannulae adjacent to stimulating electrodes in the kindl

14 e-Dawley rats were implanted with unilateral cannulae aimed at the (i) hippocampus, (ii) rACC, or (ii

15 anxiety, rats were implanted with bilateral cannulae aimed at the basolateral nucleus of the amygdal

16 re surgically implanted with bilateral guide cannulae aimed at the CA1 region of the hippocampus one

17 were surgically implanted with chronic guide cannulae aimed at the dorsal raphe, and were housed in c

18 Hamsters were fitted with guide cannulae aimed at the DRN, housed in cages with running

19 Ten rats were implanted with bilateral cannulae aimed at the LDT and with electrodes for record

20 otaxically implanted with bilateral pairs of cannulae aimed at the VTA and NAC shell and were assesse

21 Bilateral pairs of cannulae aimed at the VTA and NACs were stereotaxically

22 rodes for recording sleep and with bilateral cannulae aimed into BA for drug administration.

23 oss of access can follow infection in venous cannulae and artificial arteriovenous fistulae, particul

24 re instrumented with intracerebroventricular cannulae and carotid arterial and jugular vein catheters

25 adrenal demedullation fitted with PVN guide cannulae and fitted with catheters for recording arteria

26 ioned oxygen therapy delivered through nasal cannulae and noninvasive mechanical ventilation (NIV) ma

27 es insight into the mechanism of assembly of cannulae and the structural origin of their high stabili

28 implanted with bilateral dorsal hippocampal cannulae, and their ability to learn the location of a h

29 tricle cannulae or bilateral preoptic region cannulae, and were given 0.02% n-propythiouracil (PTU) i

30 ion location and drug efficacy; animals with cannulae anterior to the PFC were not impaired by SKF 81

31 y and comfort suggested that high-flow nasal cannulae are associated with improved patient comfort an

32 Two others demonstrated that high flow nasal cannulae are noninferior to or no better than CPAP when

33 Cannulae are structurally rigid tubular protein filament

34 High-flow nasal cannulae are used in adults with or at risk of acute res

35 or palatable tastes delivered via intra-oral cannulae at specific locations on a linear track.

36 ue-Dawley rats received, via implanted guide cannulae, bilateral VMH microinjections of 1) artificial

37 ted from the rat mesentery and tied to glass cannulae capable of independent pressure control.

38 iratory failure treated with high-flow nasal cannulae compared with usual care.

39 Next, unilateral chronic injection cannulae connected to an Alzet infusion pump filled with

40 Cannulae containing testosterone proprionate (T) were bi

41 ively in CRF neurons of the DR and injection cannulae directed at the BLA.

42 with vascular catheters and bilateral guide cannulae directed at the paraventricular hypothalamic nu

43 prague-Dawley rats were implanted with guide cannulae directed to the medial portion of the AccSh.

44 male Sprague-Dawley rats were implanted with cannulae directed to the rostral lateral hypothalamus an

45 Ovariectomized female rats, with bilateral cannulae directed toward the ventromedial nucleus of the

46 fants in whom treatment with high-flow nasal cannulae failed could be treated with nasal CPAP; infant

47 fants in whom treatment with high-flow nasal cannulae failed were successfully treated with CPAP with

48 ntracranial self-stimulation (ICSS)) or with cannulae for microdialysis measures of nucleus accumbens

49 evidence supports the use of high-flow nasal cannulae for selected patients with acute hypoxaemic res

50 under hyperthermophilic conditions in which cannulae form a biomatrix that interconnects and sustain

51 to 100.0%, piping from 7.5% to 94.6%, nasal cannulae from 56.3% to 96.4%, and pulse oximeters ranged

52 ng in 52 of 152 infants (34.2%) in the nasal-cannulae group and in 39 of 151 infants (25.8%) in the C

53 trauma was significantly lower in the nasal-cannulae group than in the CPAP group (P=0.01), but ther

54 ebral dialysis probes inserted through guide cannulae implanted 2-4 days previously and the hippocamp

55 ining, rats received BLA or sham lesions, or cannulae implanted in BLA.

56 Animals with cannulae implanted in the CA1 region of hippocampus were

57 The rats (n = 10) had bilateral cannulae implanted into the dorsal hippocampus.

58 ult male Sprague-Dawley rats bearing chronic cannulae in the dorsal striatum and/or substantia nigra

59 The two circulations were drained from cannulae in the inferior vena cava and the femoral veins

60 idazoxan (IDA) were made over 1 min through cannulae in the LC ipsilateral to the kindled amygdala i

61 which had been implanted with dual injection cannulae in the left IN and the left MCP, were injected

62 lly receptive proestrous rats with bilateral cannulae in the ventromedial nucleus of the hypothalamus

63 The persistence of cannulae in this environment suggests that these filamen

64 ever, data on the efficacy or safety of such cannulae in this population are lacking.

65 ive pressure ventilation and high flow nasal cannulae, in comparison to the standard therapy of conti

66 rague-Dawley rats implanted with stereotaxic cannulae into an extrahypothalamic region termed the dor

67 catheters and implanted with microinjection cannulae into the DMH or the sites anterior to the DMH (

68 In Experiment 2, rats were implanted with cannulae into the lateral ventricles and 0, 2, 5 microgr

69 uinpirole was infused via chronic indwelling cannulae into the medial caudate of male and female marm

70 The use of high-flow nasal cannulae is an increasingly popular alternative to nasal

71 between protomers in native and recombinant cannulae is based on donor strand complementation (DSC),

72 ransponders and unilateral lateral ventricle cannulae or bilateral preoptic region cannulae, and were

73 jection versus the invasiveness of implanted cannulae or infusion pumps(2).

74 Cannulae or microwire electrodes were chronically implan

75 als were cannulated with microdialysis guide cannulae over the nucleus accumbens, and then treated wi

76 d with one cannula placed in the CeA and two cannulae placed in the NAc, which allowed for coadminist

77 d with one cannula placed in the PVN and two cannulae placed in the VTA, which allowed for co-adminis

78 in archaea, such as type IV pili, hami, and cannulae, play a part in the formation of archaeal biofi

79 Eighteen rats, with bilateral cannulae positioned to allow for microinjections in or j

80 cats were prepared with arterial and venous cannulae, quadriceps EMG electrodes and EEG electrodes i

81 requirements, arrhythmias or inflow/outflow cannulae-related complications.

82 High-flow nasal cannulae seem well tolerated by patients.

83 Experimental subjects were implanted with cannulae targeted to the AIP, through which muscimol cou

84 Adult male rats with bilateral cannulae targeting the BLC were allowed, first, to habit

85 er 1 month, all rats were implanted with DRN cannulae, then randomly tested every 3-4 days for 1 h in

86 The use of high-flow nasal cannulae was noninferior to the use of nasal CPAP, with

87 o difference in tissue response around guide cannulae was observed between groups.

88 inferiority, the efficacy of high-flow nasal cannulae was similar to that of CPAP as respiratory supp

89 ted with third intracerebroventricular (ICV) cannulae, we found that cilostamide, a phosphodiesterase

90 When high-flow nasal cannulae were compared with usual care, there was no dif

91 femoral catheters to measure MAP and HR and cannulae were implanted 1 mm above the PVN.

92 itory opsin archaerhodopsin, and fiber-optic cannulae were implanted above the indirect pathway axon

93 Guide cannulae were implanted aimed into RPO or SubC.

94 Additionally, cannulae were implanted bilaterally in the BLA.

95 At 5 weeks of age, guide cannulae were implanted bilaterally in the medial nucleu

96 ed females bearing implanted third ventricle cannulae were injected with 10 microg of estradiol benzo

97 Cannulae were inserted into the rat hypothalamic paraven

98 Cannulae were placed in the left external jugular vein a

99 nsumption being established, bilateral guide cannulae were stereotaxically implanted +1 mm dorsal to

100 ating earlier results and demonstrating that cannulae were still functional.

101 Guide cannulae were surgically implanted bilaterally into the

102 Guide cannulae were surgically implanted in striatum of Arctic

103 ps of rats with PVN (n = 10) or PFH (n = 10) cannulae were tested for their feeding responses to thes

104 venous catheters and cardiopulmonary bypass cannulae) were randomized to conventional cardiopulmonar

105 automated insulin delivery used two sensing cannulae whereby one delivered a rapidly-acting insulin

106 comparing administration of high-flow nasal cannulae with usual care (i.e., conventional oxygen ther

107 New cannulae with very wide aspiration ports permit nucleosu