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 ormal circumstances and skin wrinkling after water immersion.
2 el water and regulate body temperature after water immersion.
3 pulsion and defective thermoregulation after water immersion.
4 r in pancreatic acini is unaffected by prior water immersion.
5 ycardia and bronchoconstriction that follows water immersion.
6     Hydrophobicity was maintained even after water immersion.
7                  These studies evaluated hot water immersions (30, 50, 70, and 90 degrees C for 10 mi
8 P levels at 0, 1, 2, and 4 minutes after ice-water immersion (all P 's < 0.0001).
9 ell-trained runners completed 5 weeks of hot-water immersion alongside their normal training and a ti
10 al respiratory and cardiac responses to cold water immersion are thought to be responsible for a sign
11   Stability of the CT-I film was studied via water immersion at various time intervals, and no residu
12  but it is unclear whether post-exercise hot water immersion can augment exercise-derived improvement
13 weeks of supervised exercise followed by hot water immersion can augment improvements in cardiovascul
14 the effect of boiling, sous-vide cooking and water immersion cooking at temperatures below 100 degree
15 the effect of three thermal treatments (cold water immersion (CWI): 15 min at 12 degrees C; thermoneu
16                     Using the light and salt-water immersion data alone we were also able to characte
17                                  None of the water immersions differed in recovery of force-generatin
18            Taken together, post-exercise hot water immersion enhances blood pressure and brachial art
19 study investigated whether post-exercise hot water immersion (EX+HWI) could augment improvements in c
20 alth compared to post-exercise thermoneutral water immersion (EX+TWI).
21 rove the properties of the samples cooked by water immersion, except for green beans.
22 articipants were exposed to daily lower body water immersion for 10 days in cold (CWI, 15 min at 12 d
23 gated the effects of 8 weeks of repeated hot water immersion ('heat therapy') on various biomarkers o
24                             Intermittent hot water immersion ('heat therapy') results in elevations i
25 am group which participated in thermoneutral water immersion, heat therapy increased flow-mediated di
26        To investigate whether 5 weeks of hot-water immersion (HWI) would enhance VO2max , 10 well-tra
27 ersion (TWI): 30 min at 32 degrees C; or hot water immersion (HWI): 60 min at 42 degrees C) performed
28 neutral (TWI, 30 min at 32 degrees C) or hot water immersion (HWI, 60 min at 42 degrees C).
29 alth compared to post-exercise thermoneutral water immersion in physically inactive middle-aged adult
30 e/acetoxymethyl ester has similar effects to water immersion in preventing caerulein but not TNF-alph
31                                              Water immersion is a clear advance in unsedated colonosc
32 ned with electrochemical etching and boiling water immersion is developed to fabricate long-term unde
33 g combined miniature archival light and salt-water immersion loggers, we characterise the year-round
34 rovide novel evidence that post-exercise hot water immersion lowers diastolic blood pressure and mean
35 s C for 60 min per session) or thermoneutral water immersion (n = 10; sham).
36 ach angle of a patch-clamp pipette between a water immersion objective and the specimen.
37                 However, upon imaging with a water immersion objective at room temperature, brain tem
38 rough copper jackets that were placed on the water immersion objectives on both sides of the microcha
39                                              Water immersion of rats for up to 6 h prevents supramaxi
40 y aerobic exercise, followed by 40 degrees C water immersion, on average three times a week for 8 wee
41                          Finally, short-term water immersion produces a parallel decline in SC hydrat
42                                              Water immersion reduces pain and sedation doses in unsed
43                                          Hot water immersion replicates some of the physiological ada
44 ities and gastric lesions in rats exposed to water-immersion restraint stress (WIRS).
45    In the current study, the effect of prior water immersion stress on caerulein and tumor necrosis f
46                                              Water immersion stress prevents supramaximal caerulein-i
47                    In the present study, hot-water-immersion tail-flick antinociception assays at 52
48  GM1 ganglioside (1 mg/kg) (measured by warm-water-immersion tail-flick assays).
49 (CWI): 15 min at 12 degrees C; thermoneutral water immersion (TWI): 30 min at 32 degrees C; or hot wa
50 lcohol, 3% hydrogen peroxide, ethyl alcohol, water immersion, ultraviolet light, and heat exposure.