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. Author manuscript; available in PMC: 2020 May 1.
Published in final edited form as: Lupus. 2019 Apr 8;28(6):703–712. doi: 10.1177/0961203319841435

Table 2.

Non-pharmacologic Interventions in Systemic Lupus Erythematosus (SLE)

Author Yr, Country N Intervention Control Outcomes Measure Duration (Weeks) Results
Exercise Intervention (N=8)
Robb-Nicholson 1989, USA (1) 23 Home Aerobic exercise, 30 mins × 3 times/wk × 8 wks Non-aerobic stretching exercise, 30 mins × 3 times/wk × 8 wks
  • Fatigue (VAS, POMS)

  • Depression (NIMH)

  • Disease activity (SLE-AI)

8
  • Significant improvement in Fatigue measured by VAS but not by POMS

  • No significant differences in depression and disease activity

Ramsey-Goldman 2000, USA (2) 10 Aerobic exercise
  • Phase1 - Group exercise, 50 mins × 3 times/wk × 2 months

  • Phase2 - Home exercise × 6 months

Range of motion/muscle strengthening exercise
  • Phase1 - Group exercise, 50 mins × 3 times/wk × 2 months

  • -Phase2 - Home exercise × 6 months

  • Fatigue (FSS)

  • Quality of life: Physical function (SF-36-PF)

  • Disease activity (SLAM)

32
  • No significant differences in fatigue, Physical function of quality of life and disease activity

Tench 2003, UK (3) 93 Home exercise (walking, cycling, swimming), 30–50 mins × 3 times/wk × 12 wks
  1. Relaxation audiotape, 30 mins × 3 times/wk + supervised relaxation session, q 2 wk × 12 wks

  2. Usual medical care

  • Fatigue (FSS, Chalder Fatigue scale, VAS)

  • Depression, anxiety (HADS)

  • Quality of Life (SF-36)

  • Disease activity (SLAM)

12
  • Significant improvement in fatigue measured by the Chalder Fatigue Scale but not by FSS or VAS in exercise group, Mix results

  • No significant differences in depression and anxiety, quality of life and disease activity

Miossi 2012, Brazil (4) 28 Supervised aerobic exercise + resistance training, 80 mins × 2 times/wk × 12 wks
  1. Usual medical care

  2. Healthy control: Supervised exercise training program

  • Disease Activity (SLEDAI)

12
  • No significant differences in disease activity

Prado 2013, Brazil (5) 19 Supervised aerobic exercise, 30–60 mins × 2 times/wk × 12 wks Usual medical care
  • Disease activity (SLEDAI-2K)

12
  • No significant differences in disease activity

Bogdanovic 2015, Serbia (6) 60 Aerobic exercise, 15 mins × 3 times/wk × 6 wks Isotonic exercises, 30 mins × 3 times/wk × 6 wks
  • Fatigue (FSS)

  • Depression (BDI)

  • Quality of Life (SF-36)

6
  • No significant differences in fatigue and depression

  • Significant improvement in Quality of Life

Abrahão 2016, Brazil (7) 63 Cardiovascular exercise (CT), 50 mins × 3 times/wk × 12 wks
  1. Resistance exercise (RT), 50 mins × 3 times/wk × 12 wks

  2. Usual medical care

  • Depression (BDI)

  • Quality of Life (SF-36)

  • Disease Activity (SLEDAI)

12
  • No significant differences in depression

  • Significant improvement in Quality of Life in CT and RT groups

  • No significant differences in disease activity

Bostrom 2016, Sweden (8) 35
  • 0–3 months: Supervised aerobic Exercise, 60 mins × 2 times/wk + education + individual coaching of physical activity + heart rate monitor + physical activity diary

  • 4–12 months: Tapering of coaching, self-managed physical activity

Usual medical care
  • Quality of Life (SF-36)

  • Disease Activity (SLEDAI)

52
  • Significant improvement in SF-36 mental Health at 6 months

  • No significant differences in other SF-36 subscales

  • No significant differences in disease activity

Psychological & Counselling Intervention (N=6)
Dobkin 2002, Canada (9) 133 Group psychotherapy, 90 mins × 1 time/wk × 3 months + booster session, 1 time/month × 3 months Usual medical care
  • Psychological measure (SCL-90-R)

  • Quality of life (SF-36)

  • Disease activity (SLAM-R)

12
  • No significant differences in psychological measure, quality of life and disease activity

Karlson 2004, USA (10) 122 Psychoeducational intervention, 1 time, followed by a phone call once a month × 5 months Attention Placebo + Video presentation about lupus, 45 mins once
  • Fatigue

  • Quality of Life (SF-36)

  • Disease activity (SLAQ)

20
  • Significant improvement in fatigue

  • Significant improvement in quality of life, global mental health status and self-efficacy

  • No significant differences in disease activity

Greco 2004, USA (11) 92 Biofeedback-assisted/Cognitive-behavioral therapy + relaxation techniques (BF/CBT), 6 sessions × 3 months
  1. Symptom monitoring support intervention (SMS)

  2. Usual medical care

  • Psychological measure (CES-D, STRESS, ASES)

  • Pain (AIMS2-pain, MPI-I)

  • Quality of life: Physical function (SF-36-PF)

  • Disease Activity (SLEDAI, SLAM-R)

12
  • Significant improvement in long-term psychological function

  • Significant improvement in pain

  • Significant improvement in physical function (SF-36-PF)

  • No significant differences in disease activity

Navarrete-Navarrete 2010, Spain (12) 45 Cognitive-behavioral therapy + relaxation techniques + social skill training, 120 min/wk × 10 wks Usual medical care
  • Psychological measure (SVI, BDI, STAI)

  • Quality of Life (SF-36)

  • Disease activity (SLEDAI)

10
  • Significant improvement in stress, depression and anxiety

  • Significant improvement in SF-36 scales including physical role, pain, social function, mental health and general health

  • No significant differences in disease activity

Brown 2012, USA (13) 53 Cognitive-behavioral therapy (CBT) + home computer modules, 3 sessions × 6 wks
  1. Education only intervention, 3 sessions

  2. Usual medical care

  • Pain (SF-MPQ)

  • Quality of Life (PedsQL)

6
  • No significant difference in all outcomes

Solati 2017, Iran (14) 46 Mindfulness-based cognitive therapy (MBCT), 45–60 mins × 1 time/wk × 8 wks Usual medical care
  • Psychological measure (GHQ-28)

  • Quality of Life (SF-36)

8
  • Significant improvement in psychological measure

  • Significant improvement in quality of life

Acupuncture Intervention (N=1)
Greco 2008, USA (15) 24 Electrical Acupuncture, 30 mins × 10 sessions × 5 weeks
  1. Minimal needling, 10 sessions × 2 times over 5 weeks

  2. Usual medical care

  • Fatigue (FSS, SF-36 vitality)

  • Pain (AIMS, MPI, SF-36 body pain)

  • Disease activity (SLAM-R, SLEDAI)

5
  • No significant differences in fatigue, pain and disease activity

VAS = Visual Analog Scale; POMS = the Profile of Mood States; NIMH = the National Institutes of Mental Health Depression Scale; SLE-AI = SLE lupus activity index; FSS = Fatigue Severity Score; SF-36-PF = Short-Form Health Survey Physical Function subscale; SLAM = Systemic Lupus Activity Measure; CFS = Chalder Fatigue Scale; HADS = Hospital Anxiety and Depression Scale; SF-36 = Short-Form Health Survey; SLEDAI = The Systemic Lupus Erythematosus Disease Activity Index; SLEDAI-2K = Systemic Lupus Erythematosus Disease Activity Index 2000; BDI = Beck Depression Inventory; SCL-90-R = The Symptom Checklist 90-Revised; SLAM-R = The Systemic Lupus Activity Measure-Revised; SLAQ = Systemic lupus activity questionnaire for population studies; CES-D = The Center for Epidemiological Studies Depression scale; STRESS = Cohen’s Perceived Stress Scale; ASES = Arthritis Self-Efficacy Scale; AIMS2-pain = The Revised Arthritis Impact Measurement Scales; MPI = Multidimensional Pain Inventory; SVI = Stress Vulnerability Inventory; STAI = Spielberger’s State-Trait Anxiety Inventory; SF-MPQ = The McGill Pain Questionnaire - Short Form; PedsQL = Pediatric Health-related Quality of Life; GHQ-28 = The self-reported General Health Questionnaire