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Guided Imagery Research

  1. Guided Imagery Reduces Non-Cancer Pain, but How Remains a Mystery

    Researchers from the College of Nursing, Kent State University conducted a pilot study to determine the effect of a guided imagery (GI) intervention over an 8-week period on pain and pain disability in a sample of patients with chronic, non-cancer pain (CNCP);  and to then analyze the mediating effects of neuroendocrine and neuroimmune functioning on outcome variables.

    A simple interrupted time-series design (12-week period) was used. Guided imagery  was introduced at Week 4 and used daily by 25 participants for the remaining 8 weeks.

    Measures of pain and pain disability were obtained at the beginning of the study period and at six repeated 2-week intervals.

    Measures of hypothalamic-pituitary-adrenal (HPA) axis activation (plasma, cortisol), immune-mediated analgesia (lymphocyte subset counts and proliferation), and immune-mediated hyperalgesia (interleukin-1β) were obtained at the beginning of the study and at Week 11.

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  2. Positive Impact of Guided Imagery on Breast Cancer Patients

    Investigators from the Continuum Cancer Centers of the New York Beth Israel Medical Center evaluated the impact of guided imagery on patients undergoing radiation therapy for breast cancer.

    Eligible patients receiving guided imagery sessions were monitored via biofeedback before and after each session. Measures included blood pressure, respiration rate, pulse rate, and skin temperature.
     
    In addition, the EuroQoL Group's EQ-5D health questionnaire was used for subjective assessment and patient feedback was collected at the end of radiation therapy through a satisfaction survey.

    Measured parameters revealed statistically significant improvement from baseline, with decreases noted in respiration rate and pulse rate as well as systolic and diastolic blood pressure. Skin temperature increased, indicating more peripheral capillary flow as a result of a decrease in the sympathetic response.

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  3. Bonny Method Helps Cardiac Rehab Patients

    Researchers from the University of New South Wales in Sydney, Australia launched a small feasibility study to assess the impact of the Bonny Method of Guided Imagery and Music on six outpatients in cardiac rehabilitation, as part of their treatment plan to effectively marshall physical, psychological, and vocational strategies to restore and sustain optimal health.
     
    Starting 6 to 15 weeks after cardiothoracic surgery, 6 study participants were recruited for 6 weekly music therapy (BMGIM) sessions.  Qualitative analysis of the patient narrative within a semiotic framework demonstrated that patients used music therapy to spontaneously explore their recovery process.

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  4. Big Surprise: Yoga & Guided Imagery = Great Stuff for Healthy Pregnancy

    Researchers from the Swami Vivekananda Yoga Research Foundation in Bangalore, India studied the effect of integrated yoga practice and guided relaxation on both perceived stress and measured autonomic response in healthy pregnant women.

    The 122 healthy women in the study were recruited between the 18th and 20th week of pregnancy at prenatal clinics in Bangalore, India, and were randomized to practicing yoga and deep relaxation or standard prenatal exercises 1-hour daily. Forty-five participants in each group completed the study, and were evaluated by repeated measures analysis of variance.

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  5. Imagery Reduces Stress When Chemo Is Done

    Investigators from Mind Matters Research in Anchorage, Alaska summarized their Phase I National Cancer Institute (NCI)-funded clinical trial with 34 breast cancer survivors, six weeks to one year post-treatment, who were recruited to participate in a 6-class, 8-week long imagery stress reduction program entitled "Envision the Rhythms of Life."

    Patients practiced imagery during and between sessions. Outcomes for quality of life and cortisol rhythm were assessed pre- to post-intervention, in two subsets of survivors (intravenous [IV] chemotherapy, or no IV chemotherapy).

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  6. Hypnosis Reduces Headache Pain for People with Wide Suggestibility Range

    Researchers from the University of Hartford reviewed the findings to see if a high level of hypnotic suggestibility (considered a stable individual trait) is necessary for a hypnotic pain intervention to relieve headache pain.

    Higher suggestibility has been found to be associated with greater relief from hypnotic pain interventions, and although individuals in the high suggestibility range show the strongest response to hypnotic analgesia, people of medium suggestibility (who represent approximately one third of the population) also have been found to obtain significant relief from hypnosis.

    The researchers conclude that high hypnotic suggestibility is not necessary for successful hypnotic pain intervention for headache – medium suggestibility works too .  But the available evidence does not support the efficacy of hypnotic pain interventions for people who fall in the low hypnotic suggestibility range.  According to some studies, these subjects may benefit from imaginative analgesia suggestions (guided imagery), or suggestions for pain reduction that are delivered while the person is not under hypnosis.

    Citation:  Milling LS. Is high hypnotic suggestibility necessary for successful hypnotic pain intervention? Current Pain and Headache Reports. 2008 Apr;12 (2): pages 98-102. [email protected]

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  7. Imagery Shows Big Gains for Post-Stroke Paralysis

    If you thought I was exaggerating about the recent spike in research on motor imagery for stroke, check out these 3 recent studies, and then click here for a whole other stash of them, already archived....

    IMAGERY SHOWS BIG GAINS FOR POST-STROKE HEMIPARESIS

    Researchers from the Wingate Institute in Netanya, Israel, tested the feasibility of using a home-based motor imagery gait training program to improve walking performance of people suffering from chronic poststroke hemiparesis.

    Seventeen community-dwelling volunteers with hemiparesis caused by a unilateral stroke that occurred at least 3 months before the study were recruited. They received 15 minutes of supervised imagery gait training in their homes 3 days a week for 6 weeks. The intervention addressed gait impairments of the affected lower limb and task-specific gait training.

    Walking ability was evaluated by kinematics and functional scales twice before the intervention, 3 and 6 weeks after the intervention began, and at the 3-week follow-up.
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  8. Effect of guided imagery on quality of life in older women with osteoarthritis

    Researchers from Purdue University School of Nursing tested the effectiveness of guided imagery with relaxation (GIR) to improve health-related quality of life (HRQOL) in older women with osteoarthritis (OA) - the most common cause of disability in older adults.
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  9. Relaxation and guided imagery in Hispanic persons diagnosed with fibromyalgia

    Researchers from the School of Nursing,Virginia Commonwealth University in Richmond, VA investigated the effects of a 10-week mind-body intervention (guided imagery with relaxation) on symptom management for Hispanics suffering from Fibromyalgia, a chronic pain disorder of unknown origin which affects 2% of the population in the United States. Another 16 million Hispanics suffer from generically identified rheumatic diseases that likely include FM. The pilot study used a repeated-measures pretest-posttest design.

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  10. The use of guided imagery to manage pain in an elderly orthopaedic population.

    Two fabulous research nurses, right down the street, from Case Western Reserve’s graduate school of nursing, completed a pilot study showing that imagery helps with pain control for elderly patients who have undergone joint replacement..

    In this pilot study, two nurses from The Frances Payne Bolton School of Nursing at Case Western Reserve University explored the efficacy of guided imagery for the management of postoperative pain in elderly orthopaedic patients who underwent joint replacement. Pain control is of course critical, so that physical therapy can proceed in a timely way, and risk of complications can be kept to a minimum. At the same time, there is concern about adverse side effects of pain meds, such as confusion and sedation. This makes the use of guided imagery particularly attractive as an intervention to control pain for this population.

    This pilot study used a two-group experimental repeated measures design. A sample of 13 patients, age 55 years and older, were recruited. The control group received usual care and a music audio tape. The experimental group received usual care and a guided imagery audio tape intervention.

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