ライフサイエンスコーパス: yoga

1 se events in randomized controlled trials of yoga.

2 1 identified randomized controlled trials of yoga, 94 (1975-2014; total of 8,430 participants) report

3 Preliminary evidence indicates that yoga-a mind-body practice and form of exercise-may impro

4 In survivors post-treatment, yoga and hypnosis as well as exercise show promise for c

5 Improvements in yoga and PT groups were maintained at 1 year with no dif

6 nt and back pain, did not differ between the yoga and PT groups.

7 Yoga and PT participants were 21 and 22 percentage point

8 Yoga and PT were similar for most secondary outcomes.

9 The yoga and usual care groups had similar back pain and gen

10 in antibiotic synthesis (srfAB and possibly yogA and yngK).

11 cupuncture, physical therapy, physiotherapy, yoga, and chiropractic may become the first line of trea

12 included herbs, vegetarian diet, meditation, yoga, and massage.

13 ence exists for mindfulness-based therapies, yoga, and other complementary/alternative medicine appro

14 Findings from this review indicate that yoga appears as safe as usual care and exercise.

15 Among patients not receiving chemotherapy, yoga appears to enhance emotional well-being and mood an

16 reatments, such as massage, acupuncture, and yoga, are used by increasing numbers of cancer patients

17 exercises), 16 Gentle Hatha and Restorative yoga asanas (postures), and meditation.

18 93 (60%) patients offered yoga attended at least 3 of the first 6 sessions and at

19 bjects assigned to the yoga group received a yoga-based intervention consisting of 11 yoga postures d

20 In this preliminary study, a yoga-based regimen was more effective than wrist splinti

21 r 12 weeks of 90-minute twice per week hatha yoga classes or a wait-list control.

22 Participants received 12 weekly yoga classes, 15 PT visits, or an educational book and n

23 cture, massage therapy, spinal manipulation, yoga, cognitive-behavioral therapy, or progressive relax

24 If yoga dampens or limits both fatigue and inflammation, th

25 The maintenance phase compared yoga drop-in classes versus home practice and PT booster

26 d ultrasonography), spinal manipulation, and yoga for acute or chronic low back pain (with or without

27 The yoga intervention used the Yoga for Cancer Survivors (YOCAS) program consisting of

28 ths post-treatment, fatigue was lower in the yoga group (P = .002), vitality was higher (P = .01), an

29 s (95% CI, 1.03 to 3.31 points) lower in the yoga group at 3 months, 1.48 points (CI, 0.33 to 2.62 po

30 05) but vitality was higher (P = .01) in the yoga group compared with the control group.

31 The yoga group had better back function at 3, 6, and 12 mont

32 ealth scores at 3, 6, and 12 months, and the yoga group had higher pain self-efficacy scores at 3 and

33 The yoga group had significantly more improvement in Phalen

34 Subjects assigned to the yoga group received a yoga-based intervention consisting

35 aseline values, back-related function in the yoga group was superior to the book and exercise groups

36 At 26 weeks, back-related function in the yoga group was superior to the book group (mean differen

37 n any 2 groups at 12 weeks; at 26 weeks, the yoga group was superior to the book group with respect t

38 ) and differential missing data (more in the yoga group) for secondary outcomes.

39 e were missing data for the primary outcome (yoga group, n = 21; usual care group, n = 18) and differ

40 rval: 1.91, 27.92; P < 0.01) occurred in the yoga group; serious adverse events and dropouts due to a

41 Subjects in the yoga groups had significant improvement in grip strength

42 As yoga has gained popularity as a therapeutic intervention

43 In patients with paroxysmal AF, yoga improves symptoms, arrhythmia burden, heart rate, b

44 thy controls, whereas wellbeing derived from yoga in PTSD is associated with lower time-variance of c

45 The effect of yoga in reducing AF burden is unknown.

46 This study examines the impact of yoga, including physical poses, breathing, and meditatio

47 e randomly assigned (2:1 ratio) to a 12-week yoga intervention (n = 84) or a 12-week waitlist control

48 to determine the efficacy of a standardized yoga intervention compared with standard care for improv

49 The yoga intervention used the Yoga for Cancer Survivors (YO

50 andard care or standard care plus the 4-week yoga intervention.

51 this intent-to-treat analysis suggests that yoga is associated with beneficial effects on social fun

52 f safety data in future randomized trials of yoga is crucial to conclusively judge its safety.

53 Yoga is effective for mild to moderate chronic low back

54 Yoga is known to have significant benefit on cardiovascu

55 To determine whether yoga is noninferior to PT for cLBP.

56 Previous studies indicate that yoga may be an effective treatment for chronic or recurr

57 ncluding social support, relaxation therapy, yoga, meditation, controlled slow breathing, and biofeed

58 uction (moderate-quality evidence), tai chi, yoga, motor control exercise, progressive relaxation, el

59 Yoga (n = 156) or usual care (n = 157).

60 e of this study was to examine the impact of yoga on atrial fibrillation (AF) burden, quality of life

61 ren in high action, such as dancing or doing yoga, on the other.

62 12-week sessions of yoga or conventional therapeutic exercise classes or a s

63 nd diastolic blood pressure before and after yoga (p < 0.001).

64 027), and IL-1beta (P = .037) were lower for yoga participants compared with the control group.

65 Yoga participants demonstrated greater improvements in g

66 57 usual care participants and 12 of the 156 yoga participants reported adverse events, mostly increa

67 d a yoga-based intervention consisting of 11 yoga postures designed for strengthening, stretching, an

68 At 3 months post-treatment, increasing yoga practice also led to a decrease in IL-6 (P = .01) a

69 ondary analyses showed that the frequency of yoga practice had stronger associations with fatigue at

70 as offered a 12-class, gradually progressing yoga program delivered by 12 teachers over 3 months.

71 A manualized yoga program for nonspecific cLBP was noninferior to PT

72 Offering a 12-week yoga program to adults with chronic or recurrent low bac

73 uropathy, chiropractic, osteopathy, massage, yoga, relaxation therapy, homeopathy, aromatherapy, and

74 Moreover, little is known about yoga's effectiveness in underserved patients with more s

75 ious findings regarding the effectiveness of yoga (SOE, moderate).

76 Yoga, specifically the YOCAS program, is a useful treatm

77 onditioning activities (resistance exercise, yoga, stretching, toning) is associated with a lower ris

78 r intensity muscular conditioning exercises (yoga, stretching, toning), and aerobic moderate and vigo

79 0.97 (pain), demonstrating noninferiority of yoga to PT.

80 ation period followed by twice-weekly 60-min yoga training for next 3 months.

81 Yoga training reduced symptomatic AF episodes (3.8 +/- 3

82 sorder (PTSD) patients with insomnia under a yoga training regime.

83 treatment of carpal tunnel syndrome, such as yoga, ultrasound, noninvasive laser neurolysis, manipula

84 und fair evidence that acupuncture, massage, yoga (Viniyoga), and functional restoration are also eff

85 to the book and exercise groups at 12 weeks (yoga vs. book: mean difference, -3.4 [95% CI, -5.1 to -

86 e, -3.4 [95% CI, -5.1 to - 1.6] [P < 0.001]; yoga vs. exercise: mean difference, -1.8 [CI, -3.5 to -

87 Yoga was more effective than a self-care book for improv

88 However, yoga was not superior to education for either outcome.

89 MBSR (training in mindfulness meditation and yoga) were delivered in 8 weekly 2-hour groups.

90 raining in mindfulness meditation and gentle yoga, whereas SET focused on emotional expression and gr

91 to adverse events were found when comparing yoga with usual care or exercise.

92 Previous research incorporating yoga (YG) into radiotherapy (XRT) for women with breast