ライフサイエンスコーパス: electric stimulation

1 ders are based on traditional medication and electric stimulation.

2 nderstand the response of retinal neurons to electric stimulation.

3 rtical brain regions undergoing transcranial electric stimulation.

4 tials in hindlimb muscles after transcranial electric stimulation.

5 cation by caffeine/epinephrine or programmed electric stimulation.

6 peared over 45-60 min after the onset of the electric stimulation.

7 se in diastolic [Ca2+]m were observed during electric stimulation.

8 e cathodal end of the testing aquarium after electric stimulation.

9 ar Ca(2+), severely attenuated the effect of electric stimulation.

10 ther increased by combined static stress and electric stimulation.

11 When combined, electric stimulation (2 Hz) and beta(1)-adrenergic stimu

12 nial direct current stimulation, and cranial electric stimulation, (3) surgical approaches, including

13 Electric stimulation (4 Hz) of isolated fibroblasts resu

14 Computer models can make transcranial electric stimulation a better tool for research and ther

15 Transcranial electric stimulation aims to stimulate the brain by appl

16 roduced similar performance with acoustic or electric stimulation alone, but significantly lower perf

17 Electric stimulation also increased Fos-B immunoreactivi

18 Electric stimulation also potentiates TrkB tyrosine kina

19 emmal mechanical injuries of the response to electric stimulation and (ii) the integrity of the sarco

20 We found that: (i) both electric stimulation and acetylcholine applied to the AC

21 e) in S2814D(+/+) mice in vivo or programmed electric stimulation and high extracellular Ca(2+) in S2

22 new treatment options, including functional electric stimulation and part-weight-supported walking.

23 Action potentials were produced by electric stimulation, and rapid solution changes were us

24 We evoked quantal release by brief electric stimulation at single synapses visualized with

25 The sharp neural ITD sensitivity found with electric stimulation at the appropriate intensity is enc

26 roup of animals had bilateral brachial nerve electric stimulation before hemorrhage (brachial nerve s

27 m collicular BF shift evoked by the cortical electric stimulation but do not change it into long-term

28 Programmed electric stimulation demonstrated increased susceptibili

29 mustached bat (Pteronotus parnellii), focal electric stimulation evokes BF shifts of cortical audito

30 Programmed electric stimulation ex vivo and optical mapping of volt

31 mmunofluorescence staining suggests that the electric stimulation facilitated the movement of TrkB fr

32 egration efficiency of combined acoustic and electric stimulation in eight actual cochlear-implant su

33 s, explaining the responses to intracerebral electric stimulation in epileptogenic and nonepileptogen

34 integration efficiency between acoustic and electric stimulation in the present subjects.

35 receptor binding assays, we show that field electric stimulation increased the number of TrkB on the

36 onal tissue engineering, mechanical loading, electric stimulation, modulation of substrate stiffness,

37 exercise (AE) and non-aerobic neuromuscular electric stimulation (NMES) are common interventions use

38 ed after suprathreshold transcranial magneto-electric stimulation of affected and unaffected hemisphe

39 inferior colliculus and AI elicited by focal electric stimulation of AI or auditory fear conditioning

40 (2) Electric stimulation of broad frequency-tuned MGBm neuro

41 In the mustached bat, electric stimulation of cortical Doppler-shifted constan

42 We found that electric stimulation of cortical duration-tuned neurons

43 We found that electric stimulation of cortical neurons via the cortico

44 g three independent approaches, we show that electric stimulation of hippocampal neurons markedly enh

45 or MGBm neurons and found the following: (1) electric stimulation of narrowly frequency-tuned MGBv ne

46 On the other hand, electric stimulation of neurons in the posterior divisio

47 We found that focal electric stimulation of one of these three subdivisions

48 BF shift as does the conditioning; (ii) both electric stimulation of the AC and acetylcholine applied

49 changed by auditory conditioning, weak focal electric stimulation of the AC, or repetitive delivery o

50 Focal electric stimulation of the AI also evokes basically the

51 sed by conditioning can be explored by focal electric stimulation of the AI.

52 Electric stimulation of the auditory brainstem can also

53 Focal electric stimulation of the auditory cortex is well suit

54 ked by either normal acoustic stimulation or electric stimulation of the auditory nerve or the brains

55 The effect of electric stimulation of the delay-tuned neurons on the c

56 Focal electric stimulation of the DSCF area evokes the BF shif

57 Focal electric stimulation of the FF area evokes "centrifugal"

58 ntral importance in non-invasive magnetic or electric stimulation of the human brain since electrical

59 ic stimulation and auditory conditioning do, electric stimulation of the primary auditory cortex (AI)

60 od cravings, we hypothesized that repetitive electric stimulation of the right DLPFC would lower food

61 After ablation, the complete programmed electric stimulation protocol (3 drive cycle length, 3 e

62 by either depolarizing agents or repetitive electric stimulation, rapidly and specifically increased

63 ial magnetic stimulation (TMS), transcranial electric stimulation (TES) and transcranial direct curre

64 of electric fields arising from transcranial electric stimulation (TES) in a nonhuman primate brain p

65 Transcranial electric stimulation (TES) is an emerging technique, dev

66 Transcranial electric stimulation (TES) reliably entrained neurons in

67 working hypothesis: in humans, transcranial electric stimulation (tES) with a time course that mimic

68 nalling patterns; here, we hypothesized that electric stimulation that activates the synaptic circuit

69 Programmed electric stimulation to induce monomorphic ventricular t

70 Electric stimulation triggers activation of Src and inos

71 cal responses were elicited by intracochlear electric stimulation using cochlear implants in adult he

72 ed Brugada type I ECG and in whom programmed electric stimulation was performed at our institution we

73 al and contralateral BD shifts evoked by the electric stimulation were identical to each other.

74 Ventricular arrhythmias during programmed electric stimulation were induced in 73 (18.1%) patients