ライフサイエンスコーパス: pain threshold

1 otype that is characterized by the lay term 'pain threshold'.

2 fectively eliminating the sex differences in pain threshold.

3 shocks on atrial defibrillation efficacy and pain threshold.

4 ive component of pain possibly by increasing pain threshold.

5 havior (100%), and a majority exhibited high pain threshold.

6 atory cytokines and glutamate that lower the pain threshold.

7 ceptance, especially for patients with a low pain threshold.

8 cupuncture, placebo pill and rest control on pain threshold.

9 widespread musculoskeletal pain and lowered pain threshold.

10 zes nociceptor peripheral terminals reducing pain threshold.

11 al cord-primary afferent circuit controlling pain thresholds.

12 onsistent with sex differences in behavioral pain thresholds.

13 s, and could be targeted to establish higher pain thresholds.

14 e course of behaviorally measured changes in pain thresholds.

15 of rectal distention despite normal somatic pain thresholds.

16 tational or sex steroid-induced increment in pain thresholds.

17 history was not related to pain severity or pain thresholds.

18 h was significantly correlated with animals' pain thresholds.

19 vity of rat spinal neurones to human thermal pain thresholds.

20 neurons, and improved nociceptive mechanical pain thresholds.

21 ransmitter would be correlated with pressure-pain thresholds.

22 l number of sensory neurons and normal acute pain thresholds.

23 ignificantly with cold detection and heat as pain thresholds.

24 berrant responses to sensory stimulation and pain thresholds.

25 In a behavioral control experiment, pain threshold-a proxy of endogenous opioidergic activat

26 and Glx were associated with lower pressure pain thresholds across both groups for medium pain (for

27 Results showed no change in electrical pain threshold after Breathing-only, but a significant i

28 ly, but a significant increase in electrical pain threshold after BreEStim.

29 FM and reduced pressure pain thresholds aggregate in families, and FM coaggregat

30 oxious stimuli (hyperalgesia), and a lowered pain threshold (allodynia).

31 ynaptic transmission leads to a reduction in pain threshold, an amplification of pain responses and a

32 tients were eliminated after controlling for pain threshold and fatigue ratings.

33 Depression alters the pain threshold and impairs functional recovery.

34 patients, compared to controls, had a lower pain threshold and lower pain tolerance at the wrists (e

35 Pain sensitivity measures were pain threshold and pain tolerance in a cold pressor task

36 8-expressing neurons) regulates noxious heat pain threshold and that this can be recapitulated by the

37 points on physical examination and decreased pain threshold and tolerance were the most frequent and

38 Experimental pressure-evoked pain thresholds and clinical pain ratings (on the Short

39 emale WT mice, male WT mice exhibited higher pain thresholds and enhanced opioid (morphine) and alpha

40 Heat pain thresholds and mechanical pain sensitivity were sig

41 2)) during sleep] and all serum markers with pain thresholds and tolerances at baseline, as well as t

42 informed consent, we assessed heat and cold pain thresholds and tolerances in volunteers after overn

43 impairment, high life stress, a low visceral pain threshold, and activation of the midcingulate corte

44 deformity was predicted by body mass index, pain threshold, and anxiety symptoms; disability was pre

45 t pathway, visual cliff, auditory threshold, pain threshold, and olfactory acuity.

46 rtaken to examine the level of CPM, pressure-pain threshold, and pressure-pain tolerance among RA pat

47 al sweat test results, 21 (42%) had abnormal pain thresholds, and 20 (38%) had abnormal blood pressur

48 peripheral inflammatory mediators that lower pain thresholds, and ascribed to the Na(V)1.9 sodium cha

49 testing (QST) to assess CPM levels, pressure-pain thresholds, and pressure-pain tolerance levels.

50 Pain thresholds are elevated during gestation and follow

51 Pain thresholds are not correlated with anxiety or depre

52 Peripheral pain thresholds are regulated by the actions of inflamma

53 study was to test whether cutaneous thermal pain thresholds are related to anginal pain perception.

54 Pain thresholds are, in part, set as a function of emoti

55 Warm detection, heat pain, and mechanical pain thresholds as well as mechanical pain sensitivity o

56 y WDR neuron hyperexcitability and decreased pain thresholds at 4 weeks.

57 group differences in heat pain and pressure pain thresholds at the index knee and ipsilateral forear

58 tested, were associated with increased heat pain thresholds (beta = 0.075; 95% CI 0.024, 0.126; p <

59 NaV 1.7 in regulating somatic (noxious heat pain threshold) but not in visceral pain signalling.

60 n nociceptors expressing Na(V)1.8 had normal pain thresholds, but inflammation did not cause hyperalg

61 FR1 signaling manifest behaviorally as lower pain thresholds caused by increased sensitivity to NGF.

62 metabolites and an increase in inflammatory pain threshold compared with wild-type mice.

63 d to separate factors, including anxiety and pain threshold (e.g., tenderness).

64 Changes in thermal and mechanical pain thresholds following SNL were increasingly reversed

65 gical thresholds which are near or above the pain threshold for adults and also have poor frequency s

66 exual behavior measures were correlated with pain threshold for both men and women.

67 hose without mental illness, may have higher pain thresholds, higher rates of death and postoperative

68 majority of painful stimuli including: heat pain threshold (HPT), the pain rating during induction o

69 rm was used to assess pain sensitivity (heat pain threshold [HPT]) and pain tolerance (heat pain supr

70 Heat pain threshold (HPTh) and tolerance (HPTo) were measured

71 Resting hot pain thresholds (HPTs) were averaged for the two baselin

72 cortex activity can change the set-point of pain threshold in a top-down manner.

73 tral site (thumbnail) to assess the pressure-pain threshold in all subjects.

74 lpha reduced inflammatory pain and increased pain threshold in naive rats, whereas removal of endogen

75 ing formalin injection and have an increased pain threshold in the hotplate test.

76 fusion into the lower oesophagus lowered the pain threshold in the upper oesophagus (mean decrease 18

77 In response to acid infusion, their pain threshold in the upper oesophagus fell further and

78 rometry and tested for association with heat pain thresholds in 250 healthy volunteers who had underg

79 t LTP and to modulate mechanical and thermal pain thresholds in behavioral tests was preserved in ner

80 P1 latencies (n = 7), and group 3 had normal pain thresholds in conjunction with either normal (n = 1

81 Group 2 had reduced pain thresholds in conjunction with increased (>2.5 SD)

82 Group 1 had reduced pain thresholds in conjunction with normal/reduced laten

83 t endogenous cannabinoids tonically regulate pain thresholds in part through the modulation of RVM ne

84 Psychological factors influence pain thresholds in patients with the irritable bowel syn

85 Critically, it did so without affecting pain thresholds in the absence of inflammation.

86 Comparisons between his pain thresholds in the absence of migraine and at 1, 2 a

87 ABA were positively correlated with pressure-pain thresholds in the FM patients (Spearman's rho = 0.6

88 utaneous allodynia develops by measuring the pain thresholds in the head and forearms bilaterally at

89 ersible modulation of thermal and mechanical pain thresholds in vivo; analgesia was observed for 3 da

90 The GIRK2-null mutation reduced the "pain" threshold in male but not in female mice, effectiv

91 Pressure pain thresholds measured at cranial sites only weakly pr

92 ttern was neither seen in motor activity nor pain threshold measures.

93 sitization, (cold pain threshold, mechanical pain threshold, mechanical pain sensitivity, allodynia a

94 nsory tests for central sensitization, (cold pain threshold, mechanical pain threshold, mechanical pa

95 used to assess the relevance of PLCbeta1 to pain thresholds, morphine antinociception and analgesic

96 outcome measures included mean tender point pain threshold, number of tender points, FIQ fatigue, ti

97 eated measurements of mechanical and thermal pain thresholds of periorbital and forearm skin areas in

98 pared with a control cream, and also reduced pain thresholds on the nocebo-treated skin patch.

99 ain model but did not affect either baseline pain threshold or CFA-induced hyperalgesia.

100 cord, with no commensurate change in thermal pain threshold or GABA(B) receptor sensitivity.

101 itality score, but not the mean tender point pain threshold or the Montgomery Asberg Depression Ratin

102 ed an early and stable decrease in sensorial pain threshold over the testing period.

103 c range neurons, and progressively increased pain thresholds over a 3 d period.

104 tly greater improvement in mean tender point pain threshold (P = 0.002), CGI-Severity (P = 0.048), PG

105 uggestion of positive effect, each subject's pain threshold, pain tolerance, and pain ratings to cali

106 Probing pain threshold (PPT) assessments were conducted in the f

107 Diagnostic Criteria (RDC) propose a pressure-pain threshold (PPT) of 1 pound for the identification o

108 Pressure pain threshold (PPT) was determined on the TA muscle (2

109 nsmission in the RAIC can raise or lower the pain threshold--producing analgesia or hyperalgesia, res

110 The NCCP patients had reduced pain thresholds (PT) (72.1 +/- 19.4 vs 54.2 +/- 23.6, P

111 Upper esophageal pain thresholds (PTs) to electrical stimulation were det

112 Serotonin concentration also correlated with pain threshold (r = 0.4; P = .02) and stool threshold (r

113 vely correlated with changes in experimental pain thresholds (r = -0.95, P < 0.001) and positively co

114 that the contribution of PLCbeta1 to thermal pain thresholds requires a critical concentration of PLC

115 ol study where repeated measures of pressure pain thresholds revealed fluctuation that coincided with

116 acid-evoked pain but did not affect the heat pain threshold, suggesting a specific interaction betwee

117 c chest pain had a lower resting oesophageal pain threshold than healthy controls (45 [30 to 58] vs 6

118 imilar rates of symptom reporting but higher pain thresholds than controls, as measured by calibrated

119 Both lowering of thermal pain threshold (thermal hyperalgesia) and lowering of re

120 th amitriptyline and fluoxetine increase the pain threshold to a thermal stimulus, the expression of

121 itable bowel syndrome characterized by lower pain threshold to CRD and hypervigilance to colonic inpu

122 on differences between migraine and baseline pain thresholds to mechanical and thermal stimulation of

123 sensory testing, including heat and pressure-pain thresholds, tonic suprathreshold pain (cold pressor

124 nonpainful phase and a second peak after the pain threshold was reached.

125 Specifically, higher pain thresholds were associated with weaker sexual motiv

126 Mechanical and thermal pain thresholds were comparable between groups (P>0.13).

127 trast, significantly decreased cold and heat pain thresholds were found at unaffected sites.

128 Mechanical and thermal pain thresholds were measured on treated and contralater

129 ral hyperalgesia and the decrease in somatic pain thresholds were prevented by prior intrathecal CGS-

130 Erythema, and mechanical and thermal pain thresholds were quantified from 3 to 72 hours post-

131 was induced using a cold water bath, and the pain threshold (when patients first felt pain) and pain

132 een shown to play a pivotal role in changing pain thresholds, whilst channels involved in sensory tra

133 that statistical adjustment for the pressure pain threshold would necessarily bias the causal relatio