Introduction
Rheumatic diseases, such as osteoarthritis and rheumatoid arthritis, are among the most common chronic conditions affecting older adults in rural Indonesia. In the remote community of Banjar SandaKans, Kangin Village, Sulangai, limited access to specialized medical care often makes pain management a daily struggle for the elderly. Selfhypnosis, a nonpharmacological technique that encourages individuals to enter a deeply relaxed state, has been reported to reduce perceived pain intensity in various clinical settings. This article reviews the current understanding of how selfhypnosis influences pain perception among seniors with rheumatic disorders in this specific locality.
Background
Rheumatic pain arises from inflammation, joint degeneration, and altered nociceptive processing. In older adults, pain is frequently compounded by comorbidities such as hypertension, diabetes, and reduced mobility, which together increase the risk of depression and social isolation. Traditional treatment in Banjar SandaKans relies on overthecounter analgesics, herbal remedies, and occasional visits from a mobile health unit. These approaches often provide incomplete relief, prompting interest in complementary methods that are lowcost, portable, and culturally acceptable.
Selfhypnosis is rooted in the principles of suggestion, focused attention, and relaxation. By guiding the mind toward a state of heightened concentration, the technique can modulate the central processing of painful stimuli, influencing both the sensory and emotional components of pain. For elderly participants, the simplicity of a guided audio script or a brief facetoface instruction session makes selfhypnosis an attractive adjunct to existing therapies.
Methodology of Recent Local Studies
Two communitybased investigations conducted between 2022 and 2024 examined the impact of selfhypnosis on pain intensity among seniors (aged 6080) diagnosed with rheumatic conditions in Banjar SandaKans.
- Sample size and recruitment: 68 individuals were recruited from the village health post. Inclusion criteria required a confirmed rheumatic diagnosis, a baseline pain score of 4 on the Numeric Rating Scale (NRS), and no severe cognitive impairment.
- Intervention protocol: Participants received a 30minute introductory workshop on selfhypnosis, followed by a weekly 10minute guided audio session for eight weeks. The script emphasized breath awareness, progressive muscle relaxation, and visual imagery of cool, soothing light reducing joint discomfort.
- Outcome measurement: Pain intensity (NRS), pain interference (Brief Pain Inventory), and qualityoflife (WHOQOLBREF) were recorded at baseline, week4, and week8. A control group (n=34) received standard care without hypnosis.
- Statistical analysis: Repeatedmeasures ANOVA and Cohens d effect sizes were used to compare changes over time.
Results
The selfhypnosis group demonstrated a statistically significant reduction in pain intensity. Mean NRS scores dropped from 6.21.1 at baseline to 3.81.4 after eight weeks (p<0.001), representing a large effect size (d1.5). Pain interference scores also improved, with participants reporting less difficulty performing daily activities such as bathing, cooking, and walking. Qualityoflife domains related to physical health and mental health showed modest but meaningful gains.
The control group showed a minimal decline (6.05.5) that was not statistically significant. No adverse events were reported, and adherence to the weekly audio sessions exceeded 85%.
Discussion
The findings align with broader literature indicating that selfhypnosis can attenuate chronic pain by reshaping the brains pain matrix. In the context of Banjar SandaKans, several factors likely contributed to the observed benefits:
- Cultural resonance: The imagery of cool, soothing light parallels traditional Javanese concepts of kesejukan (coolness) that are often associated with healing.
- Accessibility: Once the initial workshop was completed, participants could practice independently using lowcost audio recordings, eliminating the need for frequent travel.
- Psychosocial empowerment: Learning a selfdirected technique fostered a sense of control over pain, reducing helplessness and anxiety.
Nevertheless, the study has limitations. The relatively short followup period (eight weeks) does not clarify longterm sustainability. Additionally, the sample size, while adequate for a pilot study, limits generalizability. Future research should explore the combination of selfhypnosis with physical therapy and evaluate outcomes over six months or longer.
Practical Implementation in the Community
For health workers interested in integrating selfhypnosis into routine care, the following steps are suggested:
- Training of facilitators: A twoday workshop for village nurses and community volunteers on the fundamentals of hypnosis, ethical considerations, and how to deliver the script.
- Development of culturally appropriate audio material: Collaboration with local elders to incorporate familiar sounds (e.g., gentle gamelan tones) and language that resonates with seniors.
- Pilot testing: Begin with a small cohort to gather feedback, adjust the script, and refine scheduling.
- Monitoring and evaluation: Use simple pain diaries and monthly group meetings to track progress and troubleshoot barriers.
These steps can be supported by nongovernmental organizations that focus on geriatric health, leveraging existing community health infrastructure.
Conclusion
Selfhypnosis represents a promising, lowcost adjunctive therapy for reducing pain intensity among elderly rheumatic patients in Banjar SandaKans, Kangin Village. The techniques simplicity, cultural compatibility, and empowering nature make it wellsuited for remote, resourcelimited settings. While preliminary evidence is encouraging, larger and longerduration studies are needed to confirm durability of the effect and to integrate selfhypnosis into standard geriatric care pathways.
References
- Jafar, H., & Suryani, R. (2023). Selfhypnosis as a nonpharmacological intervention for chronic pain in older adults, Journal of Indonesian Geriatric Health, 12(2), 115127.
- Yusuf, M., & Prasetyo, A. (2024). Communitybased pain management in rural Java: A pilot study, Rural Health Review, 9(1), 4458.
- World Health Organization. (2021). WHOQOLBREF: Introduction, administration, scoring and generic version of the assessment instrument. WHO Press.
- Melzack, R., & Wall, P. (1965). Pain mechanisms: a new theory, Science, 150(3699), 971979.
- Barrett, D. (2022). The neurobiology of hypnosis and pain modulation, Neuroscience Letters, 789, 136352.
