Warm compresses reduce gout pain by 40-55% within 15-20 minute applications
Across 12 studies involving approximately 350 gout arthritis patients, warm compress therapy consistently demonstrated significant pain reduction. One RCT of 30 patients showed statistically significant pain improvement with warm compresses combined with stretching over 2 weeks. Multiple quasi-experimental studies reported pain score reductions from severe (7-9) to mild (1-3) on standard pain scales, with p-values of 0.000 indicating high statistical significance. A time series study documented pain decreasing from 6.40 to 2.80 after 40°C baths for 20 minutes. Warm compresses enhanced with ginger showed particularly strong effects, with one crossover trial of 36 elderly patients achieving reductions from 5.17 to 3.00 on the Numerical Rating Scale. A systematic review of 5 studies confirmed 15-20 minute applications as effective non-pharmacological therapy. Both plain warm water and herbal-infused compresses (ginger, cinnamon) produced comparable pain relief.
Authors: Hidayat, Nur, Nurazizah, Tsaniya, Oktaviani, Sophia, Purwati, Ayu Endang, Rahman, Irfan Ali, Rosalina, Dela Gita, Setiawan, Henri
Published: June 21, 2025
In the systematic review of 5 studies with 95 elderly gout patients, warm compress application for 15-20 minutes was identified as an effective intervention alongside oral clove decoction. Pain was measured using the Numerical Rating Scale (NRS) and uric acid levels via GCU meter. The combined approach of oral consumption and warm compress demonstrated significant pain reduction. The review, following PRISMA guidelines and CASP quality assessment across databases including PubMed, ProQuest, Garuda, and JSTOR (2019-2024), supports warm compress as a supportive non-pharmacological therapy for gout pain management.
Authors: Desreza, Nanda, Fathira, Raihan, Sartika, Dewi
Published: February 15, 2025
In a non-randomized interventional study of 24 elderly gout patients from Kuta Baro Health Center, Aceh Besar District, Indonesia, conducted from April to June 2024, the warm ginger-lemongrass compress group (n=12) showed a mean pain reduction of 3.67 points compared to 1.75 points in the moringa-cinnamon compress group (n=12), a difference of 1.91 points. Statistical analysis revealed p-value of 0.000, indicating significant superiority of ginger-lemongrass compress for gout pain management. Participants were selected via purposive sampling from a population of 89 gout patients.
A randomized controlled trial of 30 gout arthritis patients in Tambaksari Surabaya divided participants into treatment and control groups using simple random sampling. The intervention group received warm ginger compress combined with static stretching for 15-20 minutes per session, 6 times over 2 weeks. T-test analysis of the intervention group showed significant change in pain before and after the intervention. Independent sample t-test demonstrated a statistically significant difference in pain between the treatment and control groups, confirming the effectiveness of the combination therapy for pain reduction.
In this crossover trial with 36 elderly participants with gout arthritis, warm ginger compresses significantly reduced pain scores. Period I showed pain reduction from 5.17 to 3.00 on the Numerical Rating Scale (NRS), and Period II showed reduction from 3.94 to 2.39. Statistical analysis yielded p=0.000, demonstrating significant effectiveness. The therapy was equally effective as ergonomic exercise (p=0.000), with no significant difference between the two interventions. Participants were selected via purposive sampling from a population of 51 individuals meeting inclusion/exclusion criteria.
A quasi-experimental study of 10 gout arthritis patients in Binuang Village, Indonesia (July 1-10, 2022) evaluated warm cinnamon compress therapy. Pain scores measured before and after intervention showed reduction from a mean of 5.08 to 2.42 on the pain scale. Statistical analysis yielded a p-value of 0.00, indicating a significant effect of warm cinnamon compress application on pain reduction in gout arthritis patients. Participants were selected through purposive sampling from a population of 110 gout patients in the Laboy Jaya Health Center working area.
A quasi-experimental pretest-posttest control group study in elderly patients with gout arthritis demonstrated significant pain reduction following red ginger powder compress application. Pain scale scores decreased from a mean of 4.20 before treatment to 2.30 after treatment, representing a 45% reduction in reported pain levels. The intervention showed statistical significance with p-value = 0.000, indicating the pain reduction was unlikely due to chance. The study specifically targeted elderly populations with established gout arthritis diagnosis.
A quasi-experimental study with 42 elderly gout patients (ages 60-74) compared warm water compress to red ginger compress. All participants had uric acid levels >7.1 mg/dL (61.9%) and baseline pain scores of 7-9 on the pain scale (59.5%). After intervention, 66.7% achieved pain levels of 1-3. The warm compress group (n=21) showed statistically significant pain reduction with Wilcoxon test p-value of 0.00. Mean rank for warm compress was 22.50, demonstrating effective pain relief comparable to red ginger compress.
A quasi-experimental study with pre-test and post-test nonequivalent control group design enrolled 32 gout arthritis patients using purposive sampling. Pain was measured using the Numeric Rating Scale (NRS), uric acid levels via glucometer, and local temperature with infrared thermometer. Comparing warm cinnamon compress versus warm white ginger compress, no significant difference was found for pain scale (p=0.119) or local temperature (p=0.100), indicating both were similarly effective. However, a significant difference was found for uric acid levels (p=0.018), with cinnamon compress showing greater reduction. Analysis used paired T-test, Wilcoxon test, and Mann-Whitney test.
A quasi-experimental time series study with 10 elderly participants with gouty arthritis evaluated warm bath therapy. Pre-test pain scores averaged 6.40 on the first day of therapy, decreasing to a post-test average of 2.80 after warm bath treatment at 40°C for 20 minutes. Statistical analysis using the Friedman test showed p=0.000, and Wilcoxon test confirmed significance at p=0.004, demonstrating a statistically significant reduction in pain levels following the intervention.
A quasi-experimental pre-post control group study of 40 gout arthritis patients evaluated warm compress effectiveness. Statistical analysis using Wilcoxon test showed significant pain reduction with p-value 0.000 (<0.05) after intervention. Linear regression revealed warm compress reduced pain intensity by a coefficient of 0.243. While effective, this was less impactful than finger grip relaxation (coefficient 0.549). The study population was primarily female (87.5%), aged 56-65 years (37.5%), with 47.5% classified as overweight and 60% of Malay ethnicity.
A quasi-experimental study with 42 elderly participants (66.7% women) aged 60-74 years with uric acid levels >7.1 mg/dL (61.9%) compared warm water compresses to red ginger compresses. Pain levels decreased from severe (7-9 on pain scale, 59.5% of participants at pretest) to mild (1-3 on pain scale, 66.7% at posttest). Wilcoxon statistical test showed significant pain reduction with warm water compresses (p=0.00). Mann-Whitney test comparing both interventions showed no significant difference (p=0.518), with warm water compress achieving a mean rank of 22.50.
Authors: Fajriyah, N. N. (Nuniek), Kartika Sani, Aida Tyas, Winarsih, W. (Winarsih)
Published: January 1, 2013
This quasi-experimental study with two-group pretest-posttest design conducted at Puskesmas Batang III in 2013 evaluated warm compress effectiveness in gout patients. Results demonstrated a decrease in average pain scale scores following warm compress intervention compared to baseline measurements. The study population included patients experiencing first attacks, with 85-90% of first attacks affecting joints, typically the metatarsophalangeal joint. The intervention was tested as part of independent nursing interventions alongside positioning, immobilization, and relaxation breathing techniques. Pain reduction was observed in the intervention group compared to pretest values.
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