ライフサイエンスコーパス: strength training

1 can be reversed, attenuated, or both through strength training.

2 long-term negative effects on adaptation to strength training.

3 ere is a high RWT, reflecting an emphasis on strength training.

4 tation on acute responses and adaptations to strength training.

5 catabolism in RA was no longer evident after strength training.

6 tion group (n = 20) performed high-intensity strength-training 2 d/wk with five different exercises;

7 addressing AAS effects, sports nutrition and strength-training alternatives to AAS use, drug refusal

8 A program of progressive strength training and cardiovascular exercise can be saf

9 The effect of strength training and FO supplementation on the neuromus

10 ining) or an exercise-NMES group (volitional strength training and NMES).

11 ucine, are popular as dietary supplements in strength-training athletes; however, the intake of leuci

12 Here we report that a heavy-load strength training bout greatly alters the structure of t

13 mine whether anabolic physical activity (eg, strength training) can attenuate the age-related loss of

14 o values similar to levels in normal adults; strength training did not significantly decrease the act

15 e assigned to one of three groups: diet plus strength training, diet plus aerobic training, or diet o

16 Chronic, whole body, combined endurance- and strength-training does not lead to changes in arterial s

17 igned either to a 16-week cardiovascular and strength training exercise intervention or to a usual ca

18 e daily energy need and walked and performed strength-training exercises during which they expended a

19 The treatment group did twice-weekly strength training for 2 y.

20 metry can provide range of motion and muscle strength training for intensive care unit patients who a

21 Neither supervised treadmill exercise nor strength training for patients with peripheral arterial

22 The strength-training group also showed significant increase

23 Those in the strength-training group performed progressive weight-res

24 The strength-training group, however, lost significantly les

25 Functional electrical stimulation and strength training have been validated for improvement in

26 Exercise, both aerobic and strength training, have been examined as treatments for

27 12 weeks after progressive resistance muscle strength training in 8 healthy young (mean +/- SD age 25

28 ignificant impact on muscle mass response to strength training in either Caucasians or African Americ

29 y been associated with a greater response to strength training in healthy subjects and might, therefo

30 This study shows for the first time that strength training in old age increases the stiffness and

31 testosterone, especially when combined with strength training, increase fat-free mass and muscle siz

32 Strength training increased muscle strength in elderly w

33 This study suggests that strength training is an efficacious intervention for pre

34 High-intensity strength training is feasible and safe in selected patie

35 ntrolled trial of effects of lower-extremity strength training on incidence and progression of knee O

36 This study investigated the effect of strength training on the mechanical properties of the hu

37 the chronic effect of FO supplementation and strength training on the neuromuscular system (muscle st

38 One group performed strength training only (ST group) for 90 d, whereas the

39 ion protocols: an exercise group (volitional strength training) or an exercise-NMES group (volitional

40 ization of a comprehensive, higher intensity strength training program in conjunction with traditiona

41 90 d, whereas the others performed the same strength-training program and received FO supplementatio

42 nce-based, land-based, aquatic, Tai Chi, and strength training programs for individuals with arthriti

43 icomponent land-based, aquatic, Tai Chi, and strength training programs report moderate benefits afte

44 Our data suggest that strength training reduced the severity of most of the me

45 mproved perception of athletic abilities and strength-training self-efficacy, improved nutrition and

46 In conclusion, strength training significantly reduced the loss of FFM

47 everity of knee pain, and were randomized to strength training (ST) or range-of-motion (ROM) exercise

48 he weight-lifting activity itself provided a strength-training stimulus to the diaphragm.

49 ed to a level that may provide a significant strength-training stimulus to the diaphragm.

50 Because few midlife women participate in strength training, this mode of activity may be a novel

51 m was to assess the efficacy of twice-weekly strength training to avoid increases in percentage body

52 ention of injury, adolescents are turning to strength training to help improve bone density and muscl

53 per week of aerobic exercise and supervised strength training twice per week) or usual care.

54 Strength training (two series of 10 repetitions at 80 %

55 onal attainment, higher body mass index, and strength training were associated with DS use (P < 0.05)

56 fat-free mass (FFM), the hypothesis was that strength training, which stimulates muscle hypertrophy,