戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 rovide a more accessible means of monitoring exercise intensity.
2  contributing to fuel shifts with increasing exercise intensity.
3  pain ratings but showed no interaction with exercise intensity.
4 anabolism with the manipulation of endurance exercise intensity.
5 , showing an increase in sweat chloride with exercise intensity.
6 ecause of the amount of activity rather than exercise intensity.
7 production of sweat lactate upon varying the exercise intensity.
8 ) will provide a reference for the design of exercise intensity.
9 ented hypoxic vasodilatation is dependent on exercise intensity.
10 ether the degree of blunting is dependent on exercise intensity.
11 apid vasodilatory response to an increase in exercise intensity.
12 red components of physical activity, such as exercise intensity.
13 nitude of the decrease generally paralleling exercise intensity.
14 end, in large part, on degree of fitness and exercise intensity.
15 when perceived exertion is used to establish exercise intensity.
16 cells (DCs), and macrophages proportional to exercise intensity.
17 ercise were also observed during matched 20W exercise intensity.
18 Each condition was repeated 3 times for each exercise-intensity.
19 ing exercise in race walkers over a range of exercise intensities.
20 f, for each subject and over a wide range of exercise intensities.
21  individuals exercising at the same relative exercise intensities.
22 at submaximal and in 4/7 subjects at maximal exercise intensities.
23 nsive Wistar-Kyoto rats over a wide range of exercise intensities.
24  fibres preferentially increased flow at low exercise intensities.
25 nd measure and compare absolute and relative exercise intensities.
26 indexes of injury may be enhanced at lighter exercise intensities.
27 cise, with distinct patterns observed across exercise intensities.
28 r, the decreases in W(b) were similar across exercise intensities (27 +/- 42 vs. 35 +/- 24 vs. 41 +/-
29 ortional assist ventilation with progressive exercise intensities (30%, 60% and 80% W(max) ) led to r
30 s demonstrated greater fatigue resistance at exercise intensities above and below this metabolic thre
31            This study showed whether aerobic exercise intensity affects the loss of abdominal fat and
32 k-years of smoking, daily physical activity, exercise intensity, alcohol intake, and fruit and vegeta
33 tory activity of both muscles increased with exercise intensity, although peak values averaged only 1
34 ld between steady-state and non-steady-state exercise intensities and the curvature constant (W') ind
35                                          How exercise intensity and concomitant effective changes aff
36 at the balance between the two may depend on exercise intensity and duration, the presence of preclin
37 ssociations between objective and subjective exercise intensity and glaucoma while controlling for al
38  was used to define the relationship between exercise intensity and plasma catecholamine levels.
39  is a function of cardiopulmonary variables, exercise intensity and some anthropometric elements duri
40 session wearing an accelerometer to document exercise intensity and time.
41                                     Overall, exercise intensity and training modulated cfDNA release
42 was similar in young and older adults across exercise intensities, and thus the age-associated impair
43 ercise and the effect of endurance training, exercise intensity, and lipid supplementation on these r
44 ides valid and reliable measurements of RPE, exercise intensity, and the changes in physiological mea
45 gated associations of leisure-time activity, exercise intensity, and walking habits, assessed at base
46 nd ventilatory responses to all steady state exercise intensities; and (b) during sustained high inte
47  accurately and reliably produce an expected exercise intensity (approximately 75% of V O2max) for 10
48           This occurs across a wide range of exercise intensities, as well as when exercise is combin
49   A reduction in lactate threshold, i.e. the exercise intensity at which blood lactate concentration
50 ma catecholamine levels remain stably low at exercise intensities below the ventilatory threshold but
51 ma catecholamine levels remain stably low at exercise intensities below the ventilatory threshold, a
52 e this is partly explained by differences in exercise intensity between studies.
53 ar exercise are strikingly influenced by the exercise intensity, both with respect to model order and
54                                              Exercise intensity but not volume was associated with pr
55 ycemia were significantly greater after both exercise intensities compared with that of control subje
56 al clearance following no exercise and three exercise intensity conditions in nine healthy adults aft
57  MIIT: - 1.2 units, p < 0.01) improved in an exercise intensity-dependent manner.
58 o higher metabolic rates within the moderate exercise intensity domain is modulated by oxidative enzy
59 creased above resting levels with increasing exercise intensity during hyperventilation and during hy
60  IES can be used as an accessible measure of exercise intensity during IE interventions.
61 ve been noted for mild to vigorous ranges of exercise intensity, for as few as three exercise session
62 ower rate of [Formula: see text]o(2) at peak exercise intensity ([Formula: see text]o(2PEAK)) and at
63 ted how insomnia symptoms, sleep regularity, exercise intensity/frequency and sitting/screen-use (sed
64 ory exchange ratio increased with increasing exercise intensity from 0.84 +/- 0.02 at 60% to 0.99 0.0
65 2 and intramuscular metabolism, dissociating exercise intensity from the power output and work done.
66                                              Exercise intensity had a U-shaped relationship with AF (
67 hese results indicate that different aerobic exercise intensities have no differential effect on pain
68  either Q(m) or (V(O(2)(m))) between the two exercise intensities; however, the MRT(p)for a-(V(O(2))
69 ar perfect" agreement between methods across exercise intensities (i.e., CCC > 0.80), there was a ten
70                                              Exercise intensity (i.e. magnitude of intramuscular meta
71 ids, and ammonia production in proportion to exercise intensity; if the exercise is intense enough, t
72 y speed (LLE-P) or force (LLE-F), suggesting exercise intensity impacted slow muscle fibre mechanics.
73 en (P < 0.05), and was not different between exercise intensities in women.
74 ed expiration-related decreases in firing as exercise intensity increased.
75        LLE were subdivided based on lifelong exercise intensity into performance (LLE-P) (n = 14) and
76 primary mode of locomotion across a range of exercise intensities is quadratically related to heart-r
77 2005-2006 NHANES adult population, increased exercise intensity is associated with decreased odds of
78  predominantly carbohydrate utilization when exercise intensity is increased.
79 r sex differences in fatigability exist when exercise intensity is normalised relative to a metabolic
80                                   Across all exercise intensities, KE treatment was associated with l
81 ns of cycle ergometer training for 6 wk with exercise intensity kept near maximal targets.
82                                              Exercise intensity may affect the selective loss of abdo
83 penditure (1000 kcal/wk vs 2000 kcal/wk) and exercise intensity (moderate vs vigorous).
84  of fluoride renal clearance with increasing exercise intensity needs to be investigated in a larger
85 endance to the intervention, with an average exercise intensity of 67.54 % +/- 7.75 % HRMax.
86 ticle emission increased moderately up to an exercise intensity of ~2 W/kg and exponentially thereaft
87 ed glucose tolerance, but whether increasing exercise intensity offers additional benefit at fixed ex
88 ods of prescribing and controlling isometric exercise intensity often require the use of expensive eq
89 dy was to compare the acute effects of three exercise intensities on abdominal subcutaneous adipose t
90 isk patients, of different statins doses and exercise intensities on arterial stiffness (a measure of
91 er understanding of dose-response effects of exercise intensity on PEM.
92                       However, the impact of exercise intensity on plasma catecholamine levels among
93 e sought to examine the role of exercise and exercise intensity on the human plasma proteome.
94 )/MAP) were lower in the older group at each exercise intensity (P < 0.05).
95                             While increasing exercise intensity promotes carbohydrate use at the expe
96  relationship was observed, with the highest exercise intensities promoting the highest increases in
97               We relate these changes to the exercise intensity quantified by the heart rate (HR).
98                This may be attributed to low exercise intensities recruiting primarily oxidative musc
99 completing a marathon even at relatively low exercise intensity reduces central blood pressure and ao
100 ry molecular mechanisms and the influence of exercise intensity remain poorly understood.
101                   By low, moderate, and high exercise intensity, respectively: fasting insulin-men, 1
102     Fixed amounts of exercise independent of exercise intensity resulted in similar reductions in abd
103 metabolism was measured over a wide range of exercise intensities, revealing a relatively complete pi
104                 These findings elucidate how exercise intensity shapes mitochondrial remodeling, info
105                                              Exercise intensity shapes the transcriptomic response: h
106                                  At moderate exercise intensities, the mechanism(s) underlying this a
107 e that blood flow increases as a function of exercise intensity to several areas of the brain associa
108                   There was no difference in exercise intensity, total caloric intake or total physic
109 moderators indicated that exercise duration, exercise intensity, type of cognitive performance assess
110 ine were unchanged through low- and moderate-exercise intensity until reaching a catecholamine thresh
111 h COPD to accurately and reliably produce an exercise intensity using a target dyspnea rating (TDR) v
112 r rats of different ages and quantifying the exercise intensity (%VO(2max)) of running under differen
113                                    Objective exercise intensity was assessed based on measurements fr
114                                   Subjective exercise intensity was assessed with questionnaire respo
115                                      Average exercise intensity was associated with reduced CHD risk
116                                      Average exercise intensity was associated with reduced risk inde
117                                              Exercise intensity was characterized as low, moderate, o
118                                              Exercise intensity was kept relative to fitness levels f
119                 Dyspnea ratings at different exercise intensities were not found to be significantly
120 ar function, therapeutic medication use, and exercise intensity were assessed at the time of 2010 Tas
121 ll walking score, leisure-time activity, and exercise intensity were each associated with lower risk.
122                    Leisure-time activity and exercise intensity were updated at baseline, 1992, and 1
123 nship between MPS at 1-2 h post-exercise and exercise intensity, which was blunted (P < 0.05) in the
124 was an inverse dose-response relationship of exercise intensity with selected risk factors.
125                         Studies manipulating exercise intensity/workload have shown that increases in

 
Page Top