ライフサイエンスコーパス: exercise therapy

1 those with higher magnitudes of QA following exercise therapy.

2 ifficulty improving quadriceps strength with exercise therapy.

3 ict changes in quadriceps strength following exercise therapy.

4 lectrical stimulation (NMES) as a home-based exercise therapy.

5 lude cognitive behavioral therapy and graded exercise therapy.

6 intensive interdisciplinary rehabilitation, exercise therapy, acupuncture, massage therapy, spinal m

7 ter each treatment than sham-PENS, TENS, and exercise therapies (after-treatment mean +/- SD VAS for

8 operative management programme that included exercise therapy and at least one steroid injection.

9 In the behavioral category, graded exercise therapy and cognitive behavioral therapy showed

10 Exercise therapy and exercise-placebo sessions took plac

11 exercise therapy, monthly telephone contact, exercise therapy and telephone contact, or no interventi

12 of treatment such as counseling on diet and exercise therapy and the use of oral antidiabetic agents

13 apy, the need for a standardized approach to exercise therapy, and a potential biologic effect.

14 program that includes dietary intervention, exercise therapy, and behavior modification, in both the

15 studied treatment option, but psychotherapy, exercise therapy, and electroconvulsive therapy may also

16 Subsequent to drug and/or exercise therapy, animals were chronically cannulated in

17 ngs in animal models of PD pinpoint targeted exercise therapy as a potential treatment to reduce neur

18 y-General (primary outcome) favoring aerobic exercise therapy at 8 weeks, relative to usual care.

19 ard of care is multidisciplinary emphasizing exercise therapy, cognitive-behavioral treatment, and se

20 Counseling therapies and graded exercise therapy compared with no treatment, relaxation,

21 ture, back schools, psychological therapies, exercise therapy, functional restoration, interdisciplin

22 to specialist medical care (SMC), or graded exercise therapy (GET) added to SMC, are more effective

23 cognitive behaviour therapy (CBT) and graded exercise therapy (GET) can be effective treatments for c

24 gnitive behavioural therapy (CBT), or graded exercise therapy (GET) were superior to adaptive pacing

25 cognitive behaviour therapy (CBT), or graded exercise therapy (GET), to specialist medical care (SMC)

26 Exercise therapy had large, clinically meaningful, short

27 ), and contribute to the clinical benefit of exercise therapy in moderate osteoarthritis.

28 study, PENS was more effective than TENS or exercise therapy in providing short-term pain relief and

29 ce continues to evolve about the evidence of exercise therapy in symptomatic and asymptomatic PAD.

30 view summarizes the existing knowledge about exercise therapy in the management of juvenile idiopathi

31 Graded exercise therapy is an effective and safe treatment for

32 Exercise therapy is associated with improvements in knee

33 gh there may be beneficial effects, targeted exercise therapy is not a standard component of therapy

34 Exercise therapy is the most studied and validated thera

35 ence that lifestyle modification, especially exercise therapy, may mitigate these adverse effects is

36 d > or = 45 years were randomized to receive exercise therapy, monthly telephone contact, exercise th

37 were randomly assigned to supervised aerobic exercise therapy (n = 34), exercise-placebo (body condit

38 To examine the effects of aerobic exercise therapy on quality of life (QoL) and associated

39 Significant differences that favored aerobic exercise therapy relative to usual care were recorded fo

40 Exercise therapy should remain a mainstay of ankylosing

41 arly and should initially emphasize diet and exercise therapy; staged introduction of oral hypoglycem

42 The treatment program included intensive exercise therapy, stress management, and consumption of

43 ntatolimod, counseling therapies, and graded exercise therapy suggest benefit for some patients meeti

44 and more amenable and responsive to diet and exercise therapy than are obese patients with establishe

45 for baseline quadriceps strength and type of exercise therapy, the level of QA did not predict quadri

46 ates the importance of continued emphasis on exercise therapy, the need for a standardized approach t

47 ance in patients with cancer and the role of exercise therapy to mitigate or prevent dysfunction.

48 might lead to more effective integration of exercise therapy to optimise the treatment and managemen

49 r=65 y) adults randomly assigned to diet and exercise therapy (treatment group; n = 17) or no therapy

50 It is therefore possible that passive exercise therapies typically applied below the level of

51 Exercise therapy was associated with higher costs and be

52 Participants allocated to receive exercise therapy were significantly more likely to incur

53 eutic modalities (sham-PENS, PENS, TENS, and exercise therapies) were each administered for a period