ライフサイエンスコーパス: moderate-intensity

1 The control is obtained at moderate intensity.

2 nterventions; that is, sustained sessions of moderate intensity.

3 group), although most events were of mild-to-moderate intensity.

4 ep period with two 1-hour light exposures of moderate intensity.

5 (21 [26%] vs 9 [12%]); most were of mild-to-moderate intensity.

6 er cardioprotective effects than exercise at moderate intensities.

7 an be induced by repeated bursts of sound at moderate intensities.

8 Fourteen participants performed three moderate-intensity 5-min cycling tasks (50% peak power o

9 ng is driven by relatively frequent flows of moderate intensity, abrasion by suspended sediment is an

10 ifetime physical activity, 0.80 for lifetime moderate-intensity activities, 0.86 for lifetime vigorou

11 w physical activity across other dimensions (moderate intensity activity, vigorous intensity activity

12 t for current recommendations that emphasize moderate intensity activity; they also clearly indicate

13 ions for physical activity are for 30 min of moderate-intensity activity each day, which provides sub

14 etabolic equivalent [MET] hours per week) of moderate-intensity activity for "substantial health bene

15 3) both acute interruptions to sitting with moderate-intensity activity over one day and light-inten

16 reduce risk of type 2 diabetes, the role of moderate-intensity activity such as walking is not well

17 urgeon General advocates the accumulation of moderate-intensity activity throughout the day to improv

18 s averaged approximately 60 minutes a day of moderate-intensity activity throughout the study.

19 per week (approximately 60 minutes a day of moderate-intensity activity).

20 Data demonstrate that moderate intensity aerobic exercise training decreased l

21 th, all healthy adults aged 18 to 65 yr need moderate-intensity aerobic (endurance) physical activity

22 Moderate-intensity aerobic activity, which is generally

23 results in vasodilation or bradycardia after moderate-intensity aerobic activity.

24 ed the separate effects of acute and regular moderate-intensity aerobic exercise on neutrophil degran

25 intermittent subjective symptoms of mild to moderate intensity after antibiotic treatment for Lyme d

26 effects on mobility that are most visible at moderate intensities and for women and the poor.

27 the hydrogen out-of-plane (HOOP) bands, the moderate intensity and absolute positions of C-C stretch

28 e 2 diabetes, including physical activity of moderate intensity and duration.

29 tment-related adverse events were of mild-to-moderate intensity and included fatigue, hypertension, a

30 jority of CTS cases were reported as mild to moderate intensity and occurred early.

31 , it is rare, and most cases were of mild to moderate intensity and short duration.

32 Most adverse events were of mild or moderate intensity and were easily managed medically.

33 Moderate-intensity and high-intensity disease management

34 n = 1901) were treated as outpatients in the moderate-intensity and high-intensity groups than in the

35 Both moderate-intensity and high-intensity guideline implemen

36 t-to-steady state ratio of discharge rate at moderate intensities, and (3) a hypersensitive tail of t

37 acial flushing and headache) were of mild or moderate intensity, and short-lived.

38 emic allergic reaction occurred (assessed as moderate intensity) at first administration under medica

39 tients were initially randomized to a daily, moderate-intensity (atorvastatin [10 mg], simvastatin [4

40 ds of exposure to repetitive noise bursts of moderate intensity, begun at age 25 days--resulted in le

41 ividual salamander L-cones to light steps of moderate intensity (bleaching 0.3-3% of the total photop

42 isodes of prolonged exercise of both low and moderate intensities blunted key autonomic (epinephrine

43 /=3 months) musculoskeletal pain of at least moderate intensity (Brief Pain Inventory [BPI] score >/=

44 s younger than 12 months were treated on the moderate-intensity CCG protocol 3881.

45 nty-two patients (25%) underwent surgery and moderate-intensity chemotherapy; another 22 underwent su

46 proposed as a time efficient alternative to moderate-intensity continuous training (MICT), but its e

47 proposed as a time efficient alternative to moderate-intensity continuous training (MICT), leading t

48 lost in older men and those recruited during moderate intensity contractions were enlarged and less s

49 pulmonary .VO2 kinetics in the transition to moderate-intensity cycle exercise in man.

50 ollowing both maximal exercise and 30 min of moderate-intensity cycling exercise with and without adm

51 ollowing both maximal exercise and 30 min of moderate-intensity cycling exercise with and without adm

52 r session, 3 days week(-1)) or ET (40-60 min moderate-intensity cycling, 5 days week(-1)).

53 -intensity disease management group than the moderate-intensity disease management group (odds ratio

54 of 238 (23.5%) participants in the high- and moderate-intensity disease management groups, respective

55 supplemented with up to 2 counseling calls (moderate-intensity disease management) (n = 249), or pha

56 exposing rat pups to pulsed white noise at a moderate intensity during P9-P28 resulted in a disrupted

57 During low-to-moderate intensity dynamic exercise, enhanced neuronal a

58 lent of > or =60 min of physical activity of moderate intensity each day.

59 sponses observed during 10 min of subsequent moderate intensity exercise (75 % (O2,max).

60 d mild exercise, and this was blunted during moderate intensity exercise (DeltaFVC: -34 +/- 4 and -34

61 0.139 +/- 0.003%) either combined with daily moderate intensity exercise (Exercise group; N = 8, Age

62 f low intensity exercise, which preceded the moderate intensity exercise by 3 min.

63 n the oxidative ATP delivery at the onset of moderate intensity exercise can be overcome by prior low

64 n healthy human subjects performed 10 min of moderate intensity exercise in the presence and absence

65 Sixty minutes of moderate intensity exercise increased eNOS ser(1177) pho

66 Therefore, increased blood [lactate] during moderate intensity exercise increased lactate oxidation,

67 We tested the hypothesis that a moderate intensity exercise programme would reduce the b

68 ibition of the carotid chemoreceptors during moderate intensity exercise reduced muscle sympathetic n

69 We conclude that during moderate intensity exercise the phase II tauVp,O2 provid

70 Moderate intensity exercise training and modest energy r

71 These findings suggest that performing daily moderate intensity exercise training during continuous h

72 ost-menopausal women, 16 weeks of supervised moderate intensity exercise training was found to improv

73 on-kinetic response over the first minute of moderate intensity exercise was accelerated when precede

74 When moderate intensity exercise was preceded by low intensit

75 ension of physical activity behaviour (e.g., moderate intensity exercise) whilst also scoring poorly

76 werful determinant of the ability to sustain moderate intensity exercise, as reducing HK content impa

77 In the non-steady state of moderate intensity exercise, pulmonary O2 uptake (Vp,O2)

78 an excessive widening of their A-aDO2 during moderate intensity exercise, which when combined with a

79 lactate clamp (LC) procedure during rest and moderate intensity exercise.

80 No differences were observed after 10 min of moderate intensity exercise.

81 s were determined at rest and during low and moderate intensity exercise.

82 .05) accumulation during the first minute of moderate intensity exercise.

83 ning, we found 1 fatal cardiac arrest during moderate-intensity exercise (129 456 exercise hours) and

84 resting baseline and also from a baseline of moderate-intensity exercise (40% of peak work-rate) usin

85 Trained rats underwent moderate-intensity exercise (ExT) for 42 days, whereas,

86 intensity exercise (group A, 20 patients) or moderate-intensity exercise (group B, 20 patients) for 4

87 sus no exercise, AF incidence was lower with moderate-intensity exercise (HR 0.72, 95% CI 0.58 to 0.8

88 nses of pulmonary oxygen uptake (V(O(2))) to moderate-intensity exercise (i.e. below the lactate thre

89 nsisting of exercise facility and home-based moderate-intensity exercise (n = 87) or a stretching con

90 t-exercise hours were 1 per 129 456 hours of moderate-intensity exercise and 1 per 23 182 hours of hi

91 reductions in endothelial function following moderate-intensity exercise at both sea level and high a

92 reductions in endothelial function following moderate-intensity exercise at both sea level and high a

93 = 0.043) reduction in FMD immediately after moderate-intensity exercise at sea level was abolished v

94 to address whether an intervention of daily moderate-intensity exercise combined with moderate weigh

95 g patients with hypertrophic cardiomyopathy, moderate-intensity exercise compared with usual activity

96 Moderate-intensity exercise did not change MOR binding,

97 Moderate-intensity exercise has attracted considerable a

98 Antecedent moderate-intensity exercise has been shown to blunt auto

99 Available evidence suggests that regular, moderate-intensity exercise has beneficial effects on ne

100 s low after both high-intensity exercise and moderate-intensity exercise in a cardiovascular rehabili

101 augmented glycolytic metabolic responses to moderate-intensity exercise in class II and III HF.

102 substrate utilization across the legs during moderate-intensity exercise in young (n = 17; 23 +/- 1 y

103 We concluded that a 12-month moderate-intensity exercise intervention in postmenopaus

104 udy was to examine the effects of a 12-month moderate-intensity exercise intervention on serum estrog

105 rtia to oxidative metabolism at the onset of moderate-intensity exercise may result from competitive

106 Persons who get 30 min of moderate-intensity exercise per day are likely to achiev

107 -rated sleep quality by initiating a regular moderate-intensity exercise program.

108 ons on separate days: after a 60-min aerobic moderate-intensity exercise session, after a high-intens

109 ipants were randomly assigned to 16 weeks of moderate-intensity exercise training (n = 67) or usual a

110 To determine whether moderate-intensity exercise training improves exercise c

111 Randomized to 16 weeks of community-based, moderate-intensity exercise training or to a wait-listed

112 t high altitude, FMD was unaltered following moderate-intensity exercise, and administration of alpha

113 did not decrease immediately after 30 min of moderate-intensity exercise, and administration of alpha

114 elial function decreased following 30 min of moderate-intensity exercise, and this decrease was aboli

115 men during two-legged dynamic knee-extensor moderate-intensity exercise, as well as changes in key p

116 tandard error]) before and after 6 months of moderate-intensity exercise, followed by a high-altitude

117 is lower in high-intensity exercise than in moderate-intensity exercise, in part because of decrease

118 It is unknown whether moderate-intensity exercise, relative to an individual's

119 nt of peak oxygen consumption; or low-amount-moderate-intensity exercise, the equivalent of walking 1

120 a speeding of .VO2 kinetics at the onset of moderate-intensity exercise.

121 ure during a subsequent episode of prolonged moderate-intensity exercise.

122 aphragm can be viewed as undergoing constant moderate-intensity exercise.

123 he regulation of substrate metabolism during moderate-intensity exercise.

124 Moderate intensity fluorescence also was observed in the

125 cesses of care (high-intensity group, 60.9%; moderate-intensity group, 28.3%; low-intensity group, 25

126 cesses of care (high-intensity group, 44.3%; moderate-intensity group, 30.1%; low-intensity group, 23

127 ntensity group (high-intensity group, 61.9%; moderate-intensity group, 61.0%; low-intensity group, 37

128 sity physical training group, but not in the moderate-intensity group, was significantly greater than

129 The SBAS of physical activity at moderate intensity had a sensitivity of 0.73 and a speci

130 otassium chloride (KCl) at rest; (2) mild or moderate intensity handgrip exercise; and (3) combined m

131 an pacemaker to late evening light of dim to moderate intensity has not been well established.

132 ous intensity/high duration = 22.0% [19.9%]; moderate intensity/high duration = 14.9% [18.6%]; modera

133 rous intensity/high duration = 8.9 [7.3] kg; moderate intensity/high duration = 8.2 [7.6] kg; moderat

134 se groups (vigorous intensity/high duration; moderate intensity/high duration; moderate intensity/mod

135 sity training hours was 36% of the number of moderate-intensity hours, the rates of complications to

136 eated constant-load quadriceps exercise of a moderate intensity in a whole-body MRS system.

137 images revealed focally increased uptake of moderate intensity in all patients with cardiac pacemake

138 e iris root and ciliary processes and was of moderate intensity in the adjacent sclera.

139 ted immune-related adverse events of mild-to-moderate intensity, including two cases of hyperthyroidi

140 Only the moderate-intensity interruptions resulted in greater cap

141 Although moderate-intensity interventions may be effective in ado

142 tional ability following parasagittal TBI at moderate intensities is also discussed.

143 engaging in the equivalent of 300 min/wk of moderate-intensity leisure-time physical activity (2008

144 o engaged in the equivalent of 150 min/wk of moderate-intensity leisure-time physical activity (minim

145 nes is also normal, but it is insensitive to moderate intensity light.

146 ity of at least 75 vigorous-intensity or 150 moderate-intensity minutes.

147 ate intensity/high duration = 14.9% [18.6%]; moderate intensity/moderate duration = 13.5% [16.9%]; vi

148 rate intensity/high duration = 8.2 [7.6] kg; moderate intensity/moderate duration = 6.3 [5.6] kg; vig

149 duration; moderate intensity/high duration; moderate intensity/moderate duration; or vigorous intens

150 disrupted in rat pups reared in continuous, moderate-intensity noise.

151 Moderate intensity nonoccupational activity increased by

152 and after walking in a hallway to provoke a moderate intensity of breathlessness (to compare recall

153 Patients with mild to moderate intensity of pain responded better to treatment

154 ereas they reported significant increases in moderate intensity (OR = 1.26, 95% CI (1.01, 1.57)), mod

155 treadmill walking at an intensity of 45-50% (moderate-intensity) or 70-75% (vigorous-intensity) of he

156 rast, the time spent sedentary and in low-to-moderate-intensity PA was unrelated to adiposity.

157 ly more total minutes of PA, more minutes of moderate-intensity PA, and higher energy expenditure per

158 First, moderate-intensity PEF (MIPEF) was applied to raw tomato

159 High levels of moderate intensity physical activity (ie, about 60-75 mi

160 minutes per week or <150 minutes per week of moderate intensity physical activity), moderate (600-300

161 Recommendations for "moderate"-intensity physical activity may need to consid

162 nct to PR can enhance time spent in at least moderate-intensity physical activity (time expending >/=

163 Moderate-intensity physical activity after a diagnosis o

164 An increase in daily moderate-intensity physical activity by 10-20% was assoc

165 , aged 39 +/- 4 years, completed 16 weeks of moderate-intensity physical activity combined with calor

166 alth guidelines that emphasize engagement in moderate-intensity physical activity in a 'one-size-fits

167 ing an outpatient PR program did not enhance moderate-intensity physical activity levels in people wi

168 iterature suggesting that at least 60 min of moderate-intensity physical activity may be necessary to

169 Although there is evidence that 30 min of moderate-intensity physical activity may improve health

170 public health recommendations for increased moderate-intensity physical activity on most days.

171 test in those with higher baseline levels of moderate-intensity physical activity or improvement in Q

172 articipants were randomized to a structured, moderate-intensity physical activity program (n = 818) c

173 A structured, moderate-intensity physical activity program (n = 818) t

174 Among sedentary older adults, a 24-month moderate-intensity physical activity program compared wi

175 A structured, moderate-intensity physical activity program compared wi

176 Current recommendations prescribe at least moderate-intensity physical activity, requiring >or=3 ME

177 hysical training was more effective than the moderate-intensity physical training in enhancing body c

178 biweekly lifestyle education (LSE), 2) LSE + moderate-intensity physical training, or 3) LSE + high-i

179 activity (PA) intervention was a structured moderate-intensity program, predominantly walking 2 time

180 The influence of moderate intensity pulsed electric field pre-processing

181 ing approach was used to study the effect of moderate-intensity pulsed electric field (MIPEF) treatme

182 Acoustic enrichment (AE) with moderate intensity, pulsed white noise immediately after

183 ation with E6E7 and hTERT, suggesting that a moderate intensity ras signal can provide sufficient onc

184 for increasing physical activity of at least moderate intensity rather than reducing sedentary time.

185 ith a lower risk for statin discontinuation (moderate intensity: relative risk [RR], 0.93; 95% confid

186 are obligatory to the hyperpnoea of mild to moderate intensity rhythmic, large muscle, steady-state

187 negative pressure (LBNP) at rest and during moderate-intensity rhythmic handgrip exercise.

188 The light-dark cycle consisted either of moderate intensity 'room' light ( approximately 90-150 l

189 randomly assigned to a progressive, 3-d/wk, moderate-intensity RT intervention with a weight-loss in

190 duced hyperaemia appears greatest for low to moderate intensity single muscle contractions, and this

191 precursor cells (OPCs) were stimulated with moderate intensity SMF (0.3 T) for a period of two weeks

192 cells such as OPCs to positively respond to moderate intensity SMF stimulation by exhibiting enhance

193 y (CPD), high-intensity smokers (>/=20 CPD); moderate-intensity smokers (10-19 CPD); low-intensity sm

194 and home-based exercise (45 min, 5 days/week moderate intensity sports/recreational exercise).

195 Women in the exercise group participated in moderate-intensity sports/recreational activity for a me

196 rst post-discharge statin fill was for a low/moderate-intensity statin filled a high-intensity statin

197 For moderate-intensity statin groups, evolocumab every 2 wee

198 ials investigating statin therapy, including moderate-intensity statin plus ezetimibe therapy, rates

199 ity statin therapy, 232293 (45.6%) receiving moderate-intensity statin therapy, 33920 (6.7%) receivin

200 y, 4.8% (9703 of 200709) for those receiving moderate-intensity statin therapy, 5.7% (1632 of 28765)

201 Moderate-intensity statin use in all men 45 to 74 years

202 -titration was defined by switching to a low/moderate-intensity statin with a proportion of days cove

203 Among 589 participants (12%) considered for moderate-intensity statin, 338 (57%) had a CAC = 0, with

204 d outcomes similar to those of recipients of moderate-intensity statin.

205 r participants taking high-intensity and low/moderate-intensity statins before their CHD event, respe

206 58.8% in Medicare) and those taking low- or moderate-intensity statins prior to hospitalization (fro

207 The magnitude of benefit of high- vs moderate-intensity statins was similar, for an incident

208 king statins pre-hospitalization, taking low/moderate-intensity statins, and taking high-intensity st

209 Reinitiating therapy with moderate-intensity statins, down-titration, and using a

210 significant survival advantage compared with moderate-intensity statins, even among older adults.

211 CI, 0.88-0.93) for those receiving high- vs moderate-intensity statins.

212 Moderate-intensity stimulation produced larger IPSCs tha

213 Fourteen participants opted for a 16 week moderate intensity supervised exercise intervention, whi

214 gh intensive therapy was more effective than moderate-intensity therapy.

215 Moderate-intensity to high-intensity statin and nonstati

216 Time trend in the use of moderate-intensity to high-intensity statin and nonstati

217 1 cardiology practices, trends in the use of moderate-intensity to high-intensity statin and nonstati

218 evaluate for differences in trend in use of moderate-intensity to high-intensity statin and nonstati

219 Cholesterol Management Guideline recommends moderate-intensity to high-intensity statin therapy in e

220 The use of moderate-intensity to high-intensity statin therapy was

221 ere was a significant increase in the use of moderate-intensity to high-intensity statins in the over

222 h there was a trend toward increasing use of moderate-intensity to high-intensity statins overall and

223 ignificant difference in trend in the use of moderate-intensity to high-intensity statins was observe

224 nsity interval training (HIT) is superior to moderate-intensity training (MIT) in counteracting obesi

225 igh-intensity interval exercise training and moderate-intensity training among 4846 patients with cor

226 exercise did not lead to a greater CFI than moderate-intensity training.

227 rate than WT within minutes of the onset of moderate-intensity treadmill running.

228 sitting interrupted with light-intensity or moderate-intensity walking every 20-min (n = 8); and, af

229 Signals of moderate intensity were in cardiomyocytes whereas low si

230 sickle cell anemia (SS) clinical syndrome of moderate intensity, while the lower expressors have no c

231 act of BL treatment on SOB3 mutants grown in moderate-intensity white light was reduced when polar au

232 By choosing conditions (namely, flashes of moderate intensity with a surround) to minimize the effe