ライフサイエンスコーパス: nerve block

1 ind leg prior to CIP was used for peripheral nerve block.

2 rates of peripheral compared with neuraxial nerve blocks.

3 em to bring better evidences than those with nerve blocks.

4 for pain management including utilization of nerve blocks.

5 onitoring options when performing peripheral nerve blocks.

6 usage of ultrasound guidance for peripheral-nerve blocks.

7 uide the placements of continuous peripheral nerve blocks.

8 o different from single injection peripheral nerve blocks.

9 ng and improving the use of lower peripheral nerve blocks.

10 further increased the utility of peripheral nerve blocks.

11 improve the performance of lower peripheral nerve blocks.

12 and measurement of efficacy for sympathetic nerve blocks.

13 evaluation, therapy may include medication, nerve blocks, active physical therapy, behavioural inter

14 input before movement prevented BTP, whereas nerve block after movement failed to reverse BTP.

15 s from 198 consecutively performed foraminal nerve blocks and foraminal epidural injections in the th

16 s well as local treatments (such as surgery, nerve blocks, and external beam radiation).

17 Continuous peripheral nerve blocks are an excellent additional modality to com

18 lgesics and ambulatory continuous peripheral nerve blocks are encouraged to achieve adequate postoper

19 Nerve blocks are instrumental in treating rib fracture p

20 Brachial plexus nerve blocks are performed to treat patients with chroni

21 esia, regional analgesia, critically ill and nerve blocks, as well as a search of the Cochrane Librar

22 interest is the use of continuous peripheral nerve blocks at home and their potential effect upon hos

23 Use of continuous peripheral nerve blocks at home following outpatient surgery is an

24 asing interest in lower extremity peripheral nerve blocks because of their potential advantages and c

25 movement-induced afferent input by saphenous nerve block before, but not after, hindlimb movement blo

26 and reducing the irradiance needed to induce nerve block by 94%.

27 ere we show that prolonged sensory-selective nerve block can be produced by specific concentrations o

28 Nerve block caused a striking phase shift in the evoked

29 Upon bupivacaine nerve block, changes in expression were prevented.

30 Additional periods of nerve block could be induced by irradiation at 730 nm.

31 systemic morphine abolished CPP to saphenous nerve block, demonstrating control of ongoing pain.

32 sixty-two patients received an active vagal nerve block device and 77 received a sham device.

33 linical studies on neuraxial anaesthesia and nerve blocks did not bring so far a strong conclusion to

34 ree sequential SDL injections resulting in a nerve block duration of 18.1 +/- 3.4 d delayed the onset

35 des the light trigger, and cutting the optic nerve blocks efferent input and transient shedding.

36 ferent cVNS enabled by complete afferent KES nerve block enhances the anti-inflammatory benefits of c

37 Performance of peripheral nerve blocks, especially with ultrasound, is amenable in

38 s of cVNS; and (iii) incomplete afferent KES nerve block exacerbates systemic inflammation.

39 ity of paired efferent cVNS and afferent KES nerve block for achieving selective efferent cVNS, speci

40 studies into the clinical use of peripheral nerve blocks for anesthesia and postoperative analgesia

41 loss was statistically greater in the vagal nerve block group (P = .002 for treatment difference in

42 At 12 months, 52% of patients in the vagal nerve block group achieved 20% or more excess weight los

43 In the intent-to-treat analysis, the vagal nerve block group had a mean 24.4% excess weight loss (9

44 ated serious adverse event rate in the vagal nerve block group was 3.7% (95% CI, 1.4%-7.9%), signific

45 he adverse events more frequent in the vagal nerve block group were heartburn or dyspepsia and abdomi

46 Local anesthesia with nerve blocks has not been shown to consistently reduce a

47 ss for anesthesia providers, many peripheral-nerve blocks have become quite amenable to being placed

48 Continuous peripheral nerve blocks have showed prolonged analgesia and great p

49 tivity in the field of continuous peripheral nerve blocks in the ambulatory setting and places it in

50 earm deafferentation was induced by ischemic nerve block (INB) in healthy volunteers.

51 rm deprivation of sensory input by ischaemic nerve block (INB) leads to functional reorganization in

52 hat representation during transient ischemic nerve block (INB) of the contralateral hand.

53 plasticity model, in which forearm ischemic nerve block (INB) was combined with low-frequency repeti

54 gesia with continuous epidural or peripheral nerve block infusions, judicious opioids, acetaminophen,

55 d from eosinophils to airway parasympathetic nerves blocks inhibitory M(2) muscarinic receptors on th

56 Peripheral nerve block is the standard for anesthesia or analgesia

57 ations associated with continuous peripheral nerve blocks is very low and probably no different from

58 TX and the photosensitizer caused an initial nerve block lasting 13.5 +/- 3.1 h.

59 cocorticoid agonist dexamethasone to provide nerve blocks lasting ~1 wk from a single injection.

60 sibilities afforded by the use of peripheral nerve blocks mainly consist of prolonged analgesia, sele

61 uroprosthetic devices, whereas the on-demand nerve-blocking mechanism could offer effective clinical

62 in perfusion of [(14)C] sucrose; bupivacaine nerve block of CIP caused an attenuation of [(14)C] sucr

63 dies in humans, the effect of a differential nerve block on itch produced by intradermal insertion of

64 he differences between plasticity induced by nerve block or damage versus that induced by experience.

65 n-relieving treatments, including peripheral nerve block or spinal clonidine, an alpha2-adrenergic ag

66 lterations, are advantages of the peripheral nerve block over more central neural blocks.

67 ere has been an increasing use of peripheral nerve blocks (PNBs) in ambulatory surgery.

68 Continuous peripheral nerve blocks provide superior analgesia and are associat

69 of local anesthetic required to accomplish a nerve block, reducing the potential for systemic toxicit

70 2004 using the search terms critically ill, nerve blocks, regional analgesia, and regional anesthesi

71 vailable, and how they can be used to reduce nerve block-related complications.

72 p of widely applicable and relatively simple nerve blocks should be mastered by all graduates.

73 There is increasing interest in peripheral nerve blocks, single or continuous, mainly for periopera

74 the use of ambulatory continuous peripheral nerve blocks such as the interscalene, infraclavicular a

75 barriers to the widespread use of peripheral nerve block techniques across multiple disciplines.

76 Many traditional nerve block techniques have been significantly modified

77 Diagnosis was always confirmed by a positive nerve block test result.

78 oscopically directed thoracic intraforaminal nerve blocks that showed few complications and anatomica

79 catheters for the performance of continuous nerve blocks, the use of adjuvants to extend the duratio

80 tients with morbid obesity, the use of vagal nerve block therapy compared with a sham control device

81 Upon nerve block, there was a significant decrease in thermal

82 rn to prefer a context paired with saphenous nerve block to elicit pain relief (i.e., conditioned pla

83 with kilohertz electrical stimulation (KES) nerve block to preferentially activate efferent pathways

84 Here, we applied ischemic nerve block to the intact hand of patients with chronic

85 the safety and efficacy of novel peripheral nerve blocks, transversus abdominis plane and ultrasound

86 greatly increasing the number of triggerable nerve blocks (up to nine triggerable events upon a singl

87 rves to display the most clinically relevant nerve blocks utilized in the perioperative setting.

88 Peripheral nerve block was produced at the level of the popliteal f

89 jectives were to determine whether the vagal nerve block was superior in mean percentage excess weigh

90 similar compounds can provide very prolonged nerve blocks with minimal systemic and local toxicity.

91 from 1997 to 2003 with 130 selective lumbar nerve blocks with triamcinolone or betamethasone.