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RLS Atlas

Síntesis temática

Secondary RLS and comorbidities

Lo que dice la investigación verificada sobre este tema, con cada afirmación vinculada a una ficha de estudio, un PMID y un grado de evidencia.

Esta página sintetiza la evidencia publicada sobre Secondary RLS and comorbidities: 73 estudios verificados de forma independiente y graduados por evidencia, cada uno citado con su PMID y calificado de A a E.

Todos los temas de la base de conocimiento

Versión en inglés

Este documento aún no se ha traducido a este idioma, por lo que a continuación se muestra el original en inglés auditado. El resto de la página está en su idioma.

Synthesis of the evidence on RLS/Willis-Ekbom disease arising alongside, or apparently secondary to, other medical conditions: chronic kidney disease/dialysis/transplant, pregnancy, iron-deficiency anemia, peripheral neuropathy, Parkinson disease, multiple sclerosis, ADHD, depression/anxiety, insomnia, cardiovascular disease/hypertension, diabetes, venous insufficiency, sleep apnea, migraine, and rheumatic/autoimmune disease. All claims below cite a study note filename (in knowledge-base/studies/) or a PMID. Medical disclaimer: nothing here is individual medical advice; treating any underlying comorbidity, and any change to dopamine-agonist or alpha-2-delta-ligand dosing, must be done only under physician supervision and never by stopping a medication abruptly (dopamine agonist withdrawal syndrome, DAWS, can be severe).

What is established (grade A/B)

  • Chronic kidney disease/dialysis carries markedly elevated RLS prevalence (15-30% versus 5-10% in the general population per a systematic review; 2023-safarpour-ckd-rls-systematic-review.md), corroborated by a 2026 JAMA clinical review citing 24% prevalence in end-stage kidney disease (2026-winkelman-rls-jama-clinical-review.md, PMID 41563785) and by modality-stratified data showing 51.7% in hemodialysis, 40.7% in peritoneal dialysis, 26.2% in conservatively managed CKD, and only 23.8% in post-transplant patients (2025-elangovan-ckd-dialysis-iron-prevalence.md).
  • Kidney transplantation can produce complete, durable remission of CKD-associated RLS: in an 11-patient case series, RLS resolved in 100% of patients within 1-21 days of transplant, and recurred rapidly (within 10 days to 2 months) if the graft failed (2002-winkelmann-kidney-transplant-reverses-rls.md) - among the strongest evidence in this knowledge base that treating an underlying comorbidity, not RLS itself, can eliminate symptoms.
  • Pregnancy is a very high-prevalence RLS state: a meta-analysis of 27 studies (51,717 subjects) found pooled prevalence of 21% overall, rising by trimester (8%/16%/22%) and falling to 4% postpartum (2018-chen-pregnancy-prevalence-meta-analysis.md); a large prospective cohort found 26% prevalence at any antenatal visit and 34.7% cumulative incidence, with prior depression and family history as risk factors (2026-hackethal-life-on-pregnancy-rls-cohort.md, pre-existing).
  • Multiple sclerosis: a meta-analysis of 75 studies (15,411 patients) found pooled RLS prevalence of 28% (vs 8% in controls), higher in women (30%) than men (22%) (2022-zali-meta-analysis-multiple-sclerosis-rls.md); comorbid RLS significantly worsens anxiety and depression scores in MS (2022-sevim-ms-rls-anxiety-depression.md).
  • Migraine: a meta-analysis of 15 studies found pooled RLS prevalence of 17.0% in migraineurs versus 7.0% in non-migraineurs, with a stronger association in case-control (OR 3.77) than cross-sectional (OR 1.25) designs (2019-wang-migraine-meta-analysis.md).
  • Rheumatic/autoimmune disease: a meta-analysis of 17 studies (2,406 patients) found RLS prevalence of 26.6% in rheumatoid arthritis, 32.5% in lupus, 38.1% in fibromyalgia, and 30.8% in ankylosing spondylitis (2023-padhan-meta-analysis-rheumatic-diseases-rls.md); celiac disease independently shows 31% RLS prevalence versus 4% in matched controls (2010-moccia-celiac-rls-prevalence.md, pre-existing).
  • Cardiovascular risk factors are consistently elevated in RLS at the population level: a 9-study meta-analysis found a pooled hypertension OR of 1.36 (2017-shen-meta-analysis-hypertension-risk.md, pre-existing), and a PLMS-focused meta-analysis found elevated coronary artery disease (OR 1.57) and cardiovascular disease (OR 1.28) comorbidity (2018-huang-plms-cardiovascular-meta-analysis.md, pre-existing); a large physician cohort (n=22,786) found diabetes (OR 1.41) and prior stroke (OR 1.40) as RLS correlates (2013-winter-vascular-risk-factors-rls-men.md).
  • Diabetes: prevalence of RLS in type 2 diabetes is 28.3% (33.3% women, 20.6% men), rising with diabetes duration (p=0.025) and insulin use (p=0.035), and remaining elevated (17.1%) even without other RLS comorbidities (2018-akin-type2-diabetes-rls-prevalence.md).
  • Peripheral neuropathy: RLS occurs in 30% of a general polyneuropathy clinic cohort, preferentially in small-fiber, acquired/dysimmune neuropathy rather than large-fiber axonal disease (2006-gemignani-polyneuropathy-rls.md, pre-existing; diabetic-neuropathy-specific data in 2007-gemignani-diabetic-neuropathy-rls.md, pre-existing).
  • Parkinson disease: a very large German case-control study (138,345 PD cases, 276,690 controls) found RLS strongly associated with subsequent PD diagnosis (OR 4.19), including when RLS preceded PD by 5-10 years (OR 3.73), identifying RLS as a genuine prodromal feature, not only a PD-era comorbidity (2023-schrag-parkinson-prodromal-risk-factors.md).
  • Psychiatric comorbidity is substantial and clinically serious: population-based data show RLS severity correlates with anxiety (r=0.21) and depression (r=0.20) severity (2004-sevim-population-anxiety-depression-rls.md), and a large US claims cohort (169,373 people) found RLS independently associated with more than double the risk of subsequent suicide or self-harm (adjusted HR 2.66, rising to 4.14 after excluding depression/insomnia/OSA) (2019-zhuang-suicide-self-harm-risk-rls.md).
  • Sleep apnea overlaps substantially with RLS: a 707-patient cohort found 16.1% comorbid RLS in OSA, with paradoxically lower RLS severity at higher apnea severity (2024-kim-osa-rls-depression-insomnia.md); a PRISMA-guided systematic review of 10 studies (>3,000 patients) confirmed 10-30% prevalence and found CPAP reduced RLS medication need in >70% of patients in some cohorts (2025-tam-co-rosa-systematic-review.md).
  • Venous insufficiency: in a screened vein-clinic population, 22% had RLS, and sclerotherapy produced 98% initial symptom relief (recurrence 8%/28% at 1/2 years) (1995-kanter-sclerotherapy-varicose-veins-rls.md); an independent cohort found endovenous laser ablation plus foam sclerotherapy reduced mean IRLS severity by ~80% (26.9 to 5.5) (2008-hayes-endovenous-laser-ablation-rls.md).

Emerging C

  • Iron-deficiency anemia outside CKD/pregnancy carries a very high RLS rate: 41.1% in women diagnosed with iron deficiency anemia at an internal medicine clinic, described by the authors as an 8-10 fold increase over general-population estimates (2016-kolukisa-iron-deficiency-anemia-rls-prevalence.md); CKD-specific iron indices are significantly worse in CKD patients with RLS than without (lower ferritin/TSAT/serum iron, higher TIBC, all p<0.01) (2025-elangovan-ckd-dialysis-iron-prevalence.md).
  • ADHD-RLS overlap extends across the lifespan: pediatric prevalence ranges 11-54% across 9 studies (2025-ghayad-systematic-review-adhd-pediatric-rls.md, pre-existing), and in adults RLS occurs in 33% of ADHD patients, with iron deficiency in 35.5% (higher still in the RLS+ subgroup), suggesting a shared iron/dopamine-linked neurodevelopmental endophenotype (2019-lopez-adult-adhd-iron-deficiency-rls.md).
  • Fibromyalgia-specific cohort data (64% RLS prevalence, worse sleep/daytime sleepiness with comorbid RLS) run notably higher than the Padhan 2022 meta-analytic pooled estimate (38.1%), suggesting real heterogeneity across fibromyalgia populations/diagnostic methods that is not yet resolved (2008-stehlik-fibromyalgia-rls-prevalence.md).
  • CBT-for-insomnia (CBTI) meaningfully improves sleep in RLS patients with comorbid insomnia (4 sessions vs a single sleep-hygiene session), with benefits maintained to 3 months, though from a small trial (2020-song-cbti-rls-comorbid-insomnia-rct.md, pre-existing).
  • Genome-wide polygenic risk scoring extends epidemiological obesity/smoking/alcohol associations with RLS risk, implying partly shared genetic liability rather than purely behavioral confounding (2020-didriksen-gwas-three-novel-variants.md, pre-existing); a prospective lifestyle cohort separately found normal weight, physical activity, and non-smoking each independently lower RLS risk (2016-batool-anwar-lifestyle-factors-cohort.md, pre-existing).
  • Obesity itself associates with RLS: a case-control comparison of 143 obese (mean BMI 36.8) versus 94 non-obese (mean BMI 25.7) adults found RLS presence correlated with obesity and vascular risk factors, and obese participants had significantly higher depression, anxiety, and insomnia scores than non-obese participants, though the abstract did not report exact RLS prevalence percentages (2017-yildiz-obesity-risk-factor-rls.md).
  • A large US veteran cohort found very large associations between incident RLS and subsequent mortality (HR 1.88), coronary heart disease (HR 3.97), stroke (HR 3.89), and incident CKD (HR 3.17) (2016-molnar-veterans-cohort-mortality-comorbidity.md, pre-existing) - treat as an upper-bound, hypothesis- generating estimate (see Contested section) rather than a precise risk figure.

Contested or negative findings

  • After adjusting for confounders, a meta-analysis of 8 studies (644,506 patients) found RLS was NOT independently associated with cerebrovascular or cardiovascular events, only with all-cause mortality (HR 1.52) - directly contradicting a naive "RLS causes heart attacks/strokes" narrative and standing in tension with the much larger unadjusted effect sizes in the Molnar 2016 veterans cohort above (2017-katsanos-meta-analysis-cardiovascular-mortality.md, pre-existing).
  • A Korean clinical cohort (n=1,163) found periodic limb movements during sleep were NOT associated with hypertension, contesting the population-level hypertension association reported elsewhere (2018-shin-plms-hypertension-negative.md, pre-existing).
  • In celiac disease, RLS was NOT significantly correlated with gluten-free diet adherence or with routine iron-metabolism markers, even though hemoglobin was lower in celiac patients with RLS - complicating a simple "just correct the iron" narrative for this specific comorbidity (2010-moccia-celiac-rls-prevalence.md, pre-existing).
  • Prior myocardial infarction was associated with LOWER (not higher) RLS odds (OR 0.73) in a large physician cohort, the opposite direction from prior stroke (OR 1.40) in the same study, illustrating that "cardiovascular disease" is not a uniform RLS risk direction across different vascular events (2013-winter-vascular-risk-factors-rls-men.md).
  • A small Bosnian survey (n=120) found RLS in 30% of hypertensive and 30% of hypertensive-plus-diabetic patients but only 21% of diabetes-only patients, with the diabetes-only-versus-control difference not reaching significance (p=0.107) despite hypertension comparisons being significant - a caution against assuming diabetes alone (without hypertension) always shows a significant, replicable RLS association in small samples (PMID 27147785, no dedicated note; confirmed via PubMed metadata, not written up as a full study note per this knowledge base's duplication/thoroughness threshold).
  • Fibromyalgia RLS-prevalence estimates range from 38.1% (17-study meta-analysis) to 64% (single 332-patient cohort), an unresolved discrepancy flagged in both notes (2023-padhan-meta-analysis-rheumatic-diseases-rls.md vs 2008-stehlik-fibromyalgia-rls-prevalence.md).

Mechanistic picture in 5 bullet points

  1. Brain iron deficiency is a convergent final pathway reached by multiple different upstream routes in secondary RLS: uremic/CKD physiology, third-trimester fetal iron demand in pregnancy, malabsorption in celiac disease, and straightforward blood-loss/nutritional iron-deficiency anemia all lower iron available to dopaminergic circuits, even though the celiac data show this is not the whole story in every comorbidity (2025-elangovan-ckd-dialysis-iron-prevalence.md, 2018-chen-pregnancy-prevalence-meta-analysis.md, 2010-moccia-celiac-rls-prevalence.md, 2016-kolukisa-iron-deficiency-anemia-rls-prevalence.md).
  2. Neurodegenerative and demyelinating CNS disease can unmask or amplify RLS by disrupting the A11 diencephalospinal dopaminergic pathway and spinal sensorimotor circuits: RLS is a genuine prodromal feature of Parkinson disease (OR 4.19 even 5-10 years pre-diagnosis) and is markedly more prevalent in multiple sclerosis (28% vs 8%), plausibly linked in a subset of cases to spinal cord demyelination (2023-schrag-parkinson-prodromal-risk-factors.md, 2022-zali-meta-analysis-multiple-sclerosis-rls.md).
  3. Chronic systemic inflammation, independent of primary iron or renal pathology, appears to sensitize sensorimotor and pain-processing circuits: rheumatic/autoimmune diseases (rheumatoid arthritis, lupus, ankylosing spondylitis) and fibromyalgia all show markedly elevated RLS prevalence in a dedicated meta-analysis (2023-padhan-meta-analysis-rheumatic-diseases-rls.md).
  4. A shared dopaminergic/iron-linked neurodevelopmental and psychiatric vulnerability plausibly links RLS to ADHD across the lifespan (pediatric 11-54%, adult 33% with parallel iron deficiency) and to mood/suicide risk (anxiety/depression severity correlating with RLS severity; independently elevated suicide/self-harm risk not explained away by comorbid depression) (2025-ghayad-systematic-review-adhd-pediatric-rls.md, 2019-lopez-adult-adhd-iron-deficiency-rls.md, 2019-zhuang-suicide-self-harm-risk-rls.md).
  5. Peripheral, non-CNS mechanisms also produce an RLS-like clinical picture: venous reflux (relieved by sclerotherapy/laser ablation in 80-98% of treated cases) and small-fiber, acquired/dysimmune peripheral neuropathy demonstrate that "RLS" as a diagnostic label captures at least one mechanistically distinct peripheral phenotype that can respond to purely local, non-dopaminergic, non-CNS treatment (1995-kanter-sclerotherapy-varicose-veins-rls.md, 2008-hayes-endovenous-laser-ablation-rls.md, 2006-gemignani-polyneuropathy-rls.md).

Implications for a non-drug long-term plan for people currently on dopamine agonists or alpha-2-delta ligands

  • Screen broadly and specifically for the comorbidities in this topic (ferritin/TSAT regardless of trigger; HbA1c/fasting glucose; blood pressure; mood and suicide-risk screening; sleep-apnea screening if snoring or witnessed apneas; venous duplex ultrasound if visible varicose veins) as part of any long-term re-evaluation, since several of these are independently treatable and some (venous insufficiency, transplantable CKD, celiac disease, OSA) can meaningfully reduce RLS burden without touching the RLS drug regimen at all.
  • Where the underlying condition itself can be treated definitively (kidney transplantation, venous ablation/sclerotherapy, CPAP for significant OSA, gluten-free diet and disease control for celiac, disease-modifying therapy for inflammatory rheumatic disease), pursue that treatment as a parallel or prior step to tapering dopamine-agonist or gabapentinoid doses, under physician supervision, rather than assuming RLS drugs alone must carry the full symptom burden indefinitely.
  • In pregnancy-onset RLS, default to iron-first, non-dopaminergic management given both the pregnancy drug-avoidance context and the fact that most cases resolve toward the 4% postpartum baseline; do not anchor a lifelong dopamine-agonist regimen to a case that began in, and may resolve after, pregnancy without reassessment.
  • In neurological comorbidities (Parkinson disease, MS), combine RLS-specific care with disease-specific non-drug measures (e.g., the MS-targeted physical-activity intervention already in this knowledge base, 2021-cederberg-physical-activity-ms-pilot-rct.md) and heightened clinical monitoring (RLS as a PD prodrome), since dose escalation of the same dopaminergic drug class used for RLS carries compounded augmentation and motor-complication risk in these populations.
  • Treat psychiatric comorbidity assertively and continuously, not only at diagnosis: screen for depression, anxiety, and specifically suicide/self-harm risk throughout any medication change, since the RLS-suicide association is not fully explained by comorbid depression and may be heightened during periods of worsened symptom control (e.g., during a taper).
  • Address modifiable cardiometabolic risk (weight, smoking cessation, alcohol moderation, physical activity, glycemic and blood-pressure control) as standard, evidence-supported adjunct care, while communicating the Katsanos 2017 nuance honestly: current confounder-adjusted evidence does not show RLS independently causes cardiovascular events, only an association with all-cause mortality, so cardiometabolic risk reduction should be framed as good general practice rather than a proven RLS-specific cardioprotective intervention.
  • For comorbid insomnia, offer CBT-for-insomnia as a non-drug, evidence-supported adjunct rather than defaulting to added sedative-hypnotics on top of an existing dopamine-agonist or gabapentinoid regimen.

Open questions

  • No randomized trial has tested whether treating a specific comorbidity (CPAP for OSA, sclerotherapy for venous insufficiency, biologic therapy for autoimmune disease, transplantation timing in CKD) durably reduces or eliminates the need for dopamine-agonist or gabapentinoid therapy in comorbid RLS; essentially all evidence here is observational or small/uncontrolled.
  • The operative mechanism behind kidney-transplant RLS remission (uremic toxin clearance vs. improved iron/erythropoietin status vs. other physiological change) has never been isolated (2002-winkelmann-kidney-transplant-reverses-rls.md).
  • Causal direction is unresolved for most cross-sectional comorbidity associations in this topic (migraine, diabetes, mood disorders, ADHD); prospective, ideally treatment-intervention, studies are needed.
  • The fibromyalgia RLS-prevalence discrepancy (38.1% meta-analytic pooled vs. 64% in one cohort) has not been resolved by a large, harmonized-methodology study.
  • Whether correcting venous insufficiency (sclerotherapy/ablation) works via a genuinely local vascular mechanism, via incidental iron/inflammation effects, or via a large placebo response has never been tested in a sham-controlled trial.
  • Long-term (multi-year) outcomes of non-pharmacological, comorbidity-directed RLS management specifically in high-comorbidity-burden populations (CKD, PD, MS) during a supervised dopamine-agonist taper are essentially absent from the published literature.

Notes in this topic

  • 1995-kanter-sclerotherapy-varicose-veins-rls.md - 22% RLS prevalence in a vein clinic; sclerotherapy gave 98% initial relief.
  • 2008-hayes-endovenous-laser-ablation-rls.md - Laser ablation + sclerotherapy cut mean IRLS severity ~80%.
  • 2002-winkelmann-kidney-transplant-reverses-rls.md - Kidney transplant resolved RLS in 11/11 hemodialysis patients within 1-21 days.
  • 2025-elangovan-ckd-dialysis-iron-prevalence.md - RLS prevalence by CKD modality (HD 51.7%, transplant 23.8%); iron indices significantly worse with RLS.
  • 2023-padhan-meta-analysis-rheumatic-diseases-rls.md - Meta-analysis: RLS prevalence 26.6-38.1% across rheumatic diseases/fibromyalgia.
  • 2008-stehlik-fibromyalgia-rls-prevalence.md - 64% RLS prevalence in a female fibromyalgia cohort; worse sleep with comorbid RLS.
  • 2022-zali-meta-analysis-multiple-sclerosis-rls.md - Meta-analysis (75 studies): 28% pooled RLS prevalence in MS vs 8% controls.
  • 2022-sevim-ms-rls-anxiety-depression.md - Comorbid RLS in MS significantly raises anxiety/depression scores.
  • 2004-sevim-population-anxiety-depression-rls.md - Population survey: RLS severity correlates with anxiety/depression severity.
  • 2014-becker-mood-disorders-review.md - Narrative review of 32 epidemiologic studies linking RLS to mood disorders.
  • 2019-wang-migraine-meta-analysis.md - Meta-analysis: 17% RLS prevalence in migraineurs vs 7% controls.
  • 2024-kim-osa-rls-depression-insomnia.md - 16.1% RLS in OSA; severity inversely related to apnea severity.
  • 2025-tam-co-rosa-systematic-review.md - Systematic review: 10-30% RLS-OSA comorbidity; CPAP often helps, sometimes triggers PLMS.
  • 2018-akin-type2-diabetes-rls-prevalence.md - 28.3% RLS prevalence in type 2 diabetes, rising with duration and insulin use.
  • 2013-winter-vascular-risk-factors-rls-men.md - Large physician cohort: diabetes and stroke raise RLS odds; prior MI paradoxically lowers it.
  • 2023-schrag-parkinson-prodromal-risk-factors.md - Very large case-control: RLS as a Parkinson disease prodromal marker (OR 4.19).
  • 2019-zhuang-suicide-self-harm-risk-rls.md - Large cohort: RLS independently doubles suicide/self-harm risk.
  • 2018-chen-pregnancy-prevalence-meta-analysis.md - Meta-analysis (27 studies): 21% pooled pregnancy RLS prevalence, falling to 4% postpartum.
  • 2019-lopez-adult-adhd-iron-deficiency-rls.md - 33% RLS prevalence in adult ADHD, with parallel iron deficiency.
  • 2021-manconi-nature-reviews-disease-primer.md - Disease-primer review situating comorbidity (iron, kidney, cardiovascular, diabetes) within overall RLS pathophysiology.
  • 2016-kolukisa-iron-deficiency-anemia-rls-prevalence.md - 41.1% RLS prevalence in women with (non-renal, non-pregnancy) iron deficiency anemia.
  • 2017-yildiz-obesity-risk-factor-rls.md - Case-control: RLS correlates with obesity; obese patients also have more depression/anxiety/insomnia.
  • 2023-safarpour-ckd-rls-systematic-review.md (pre-existing) - Systematic review: 15-30% RLS prevalence in CKD/dialysis.
  • 2026-hackethal-life-on-pregnancy-rls-cohort.md (pre-existing) - Prospective cohort: 26% antenatal, 34.7% cumulative pregnancy RLS incidence.
  • 2026-winkelman-rls-jama-clinical-review.md (pre-existing) - 2026 JAMA review; comorbidity prevalence figures (MS 27.5%, ESKD 24%, iron-deficiency anemia 23.9%, pregnancy 22%, peripheral neuropathy 21.5%, PD 20%).
  • 2025-ghayad-systematic-review-adhd-pediatric-rls.md (pre-existing) - Systematic review: 11-54% RLS prevalence in pediatric ADHD.
  • 2010-moccia-celiac-rls-prevalence.md (pre-existing) - 31% RLS prevalence in celiac disease vs 4% controls; not iron-explained.
  • 2006-gemignani-polyneuropathy-rls.md (pre-existing) - 30% RLS prevalence in polyneuropathy, especially small-fiber/acquired.
  • 2007-gemignani-diabetic-neuropathy-rls.md (pre-existing) - RLS in diabetic peripheral neuropathy.
  • 2017-shen-meta-analysis-hypertension-risk.md (pre-existing) - Meta-analysis: pooled hypertension OR 1.36 in RLS.
  • 2018-huang-plms-cardiovascular-meta-analysis.md (pre-existing) - Meta-analysis: PLMS-coronary artery disease OR 1.57.
  • 2017-katsanos-meta-analysis-cardiovascular-mortality.md (pre-existing) - Meta-analysis: after adjustment, RLS linked only to all-cause mortality (HR 1.52), not CV events.
  • 2016-molnar-veterans-cohort-mortality-comorbidity.md (pre-existing) - Veteran cohort: very large mortality and CHD/stroke/CKD hazard ratios (upper-bound estimate).
  • 2018-shin-plms-hypertension-negative.md (pre-existing) - Negative finding: PLMS not associated with hypertension in a Korean clinical cohort.
  • 2020-song-cbti-rls-comorbid-insomnia-rct.md (pre-existing) - RCT: CBT-for-insomnia improves sleep in RLS+insomnia patients.
  • 2017-kolla-antidepressants-rls-systematic-review.md (pre-existing) - Systematic review: mirtazapine raises RLS/PLM risk; bupropion may help.
  • 2020-didriksen-gwas-three-novel-variants.md (pre-existing) - GWAS/polygenic risk score: obesity, smoking, alcohol share genetic liability with RLS.
  • 2016-batool-anwar-lifestyle-factors-cohort.md (pre-existing) - Prospective cohort: healthy lifestyle factors (weight, activity, non-smoking) lower RLS risk.
  • 2021-cederberg-physical-activity-ms-pilot-rct.md (pre-existing) - Pilot RCT: physical-activity intervention improves RLS severity in comorbid MS.
  • 2019-calzetti-small-fiber-premotor-parkinson.md (pre-existing) - Case series: small-fiber pathology underlying RLS in pre-motor Parkinson disease.

Additional linked notes (2026-09 quality pass)

These notes carry this topic tag but are not yet woven into the prose synthesis above; listed here so they are discoverable and counted in catalog.json rather than orphaned.

  • 2006-novak-kidney-transplant-insomnia-rls-hungary.md (2006) - Chronic insomnia in kidney transplant recipients: In this Hungarian cross-sectional comparison, insomnia (Athens Insomnia Scale) prevalence was 15% in wait-listed dialysis patients versus only 8% in kidney transplant recipients (p<0.001) - statistically indistinguish...
  • 2009-szentkiralyi-rls-depression-ckd-hungary.md (2009) - Association between restless legs syndrome and depression in patients with chronic kidney disease: In this Budapest cross-sectional study of 949 chronic kidney disease patients, probable RLS was strongly associated with depressive symptoms: 56% of patients with RLS had depressive symptoms versus 22% without RLS (p<...
  • 2011-gjerstad-parkinsons-leg-restlessness-cohort.md (2011) - Increased risk of leg motor restlessness but not RLS in early Parkinson disease: In a Norwegian population-based incident cohort of 200 drug-naive early Parkinson disease (PD) patients versus 173 matched controls, leg motor restlessness (LMR) not meeting full RLS criteria was nearly 3-fold more co...
  • 2013-azmin-rls-parkinsons-disease-malaysia.md (2013) - Restless legs syndrome and its associated risk factors in Parkinson's disease: In a cross-sectional Malaysian cohort of 113 idiopathic Parkinson's disease (PD) patients, RLS prevalence was 9.7% (using IRLSSG criteria), broadly consistent with global PD-RLS prevalence estimates, and was significa...
  • 2015-chatterjee-somatoform-pain-rls-prevalence.md (2015) - Prevalence of restless legs syndrome in somatoform pain disorder and its effect on quality of life: Among 192 patients with persistent somatoform pain disorder (SPD) screened using IRLSSG criteria, RLS prevalence was 28%, substantially higher than general-population estimates; RLS co-occurrence was associated with a...
  • 2015-schlesinger-rls-stroke-israel.md (2015) - Restless legs syndrome in stroke patients: In an in-hospital case-control study at Rambam Health Care Campus (Haifa, Israel), 22 of 149 acute stroke/TIA patients (15%) had RLS versus 10 of 298 frequency-matched controls (3%) (p < 0.0001). After adjusting for c...
  • 2015-sinniah-magnesium-deficiency-hemodialysis-rls.md (2015) - Magnesium deficiency: a possible cause of restless leg syndrome in haemodialysis patients: This letter, authored from the International Medical University Clinical School in Seremban, Malaysia, proposes magnesium deficiency as a possible contributing cause of RLS in hemodialysis patients, commenting on a pr...
  • 2015-ylikoski-parkinson-insomnia-rls-finland.md (2015) - Parkinson's disease and insomnia: In a large questionnaire-based survey of Finnish Parkinson's disease (PD) patients, chronic inability to sleep (insomnia) had a prevalence of 36.9% (95% CI 33.3-40.5). In logistic regression models, restless legs synd...
  • 2016-bathla-hemodialysis-wed-prevalence-india.md (2016) - Prevalence and correlates of Willis-Ekbom's disease/restless legs syndrome in patients undergoing hemodialysis: In 194 adult maintenance hemodialysis patients (mean age 54.4+-15, 58.2% male), Willis-Ekbom disease/RLS (diagnosed by IRLSSG criteria on face-to-face interview) had a prevalence of 5.2%, higher than typical general-p...
  • 2016-sieminski-nocturnal-blood-pressure-rls.md (2016) - Nocturnal systolic blood pressure is increased in restless legs syndrome: In this retrospective polysomnography cohort from the Medical University of Gdansk, patients with RLS had significantly higher nocturnal and sleep-time systolic blood pressure than matched controls, and lacked the nor...
  • 2017-auvinen-depression-restless-legs-finland.md (2017) - Prevalence of restless legs symptoms according to depressive symptoms and depression type: a cross-sectional study: In Finnish primary care, restless legs symptom prevalence rose steadily with the severity of depressive symptoms: 24.6% in psychiatrically healthy controls, 43.4% in those with elevated depressive symptoms but no form...
  • 2018-tkachuk-pramipexole-zopiclone-diabetic-polyneuropathy.md (2018) - Aktyhrafiya dlya otsinky efektyvnosti terapiyi u khvorykh iz syndromom nespokiynykh nih na tli diabetychnoyi polinevropatiyi (Actigraphy for assessing therapy effectiveness in restless legs syndrome patients with diabetic polyneuropathy): In 43 Ukrainian patients with diabetic-polyneuropathy-associated RLS who had failed gabapentin, add-on zopiclone to pramipexole outperformed pramipexole monotherapy on both motor (actigraphy-measured periodic limb mov...
  • 2019-bhagawati-ckd-stages-wed-severity.md (2019) - Impact of different stages of chronic kidney disease on the severity of Willis-Ekbom disease: In 300 CKD patients, Willis-Ekbom disease (WED, i.e., RLS) prevalence was 20% overall, was significantly more common in patients on maintenance hemodialysis than in conservatively managed CKD (p=0.0001), and both pres...
  • 2019-serranova-fmd-rls-case-control-czech.md (2019) - Prevalence of restless legs syndrome in functional movement disorders: a case-control study from the Czech Republic: In this Prague case-control study, RLS diagnostic criteria were met in 43.8% of patients with functional movement disorders (FMD) (95% CI 34-54%) versus 7.9% of matched controls (95% CI 3-17%), p<0.00001. Actigraphy-c...
  • 2019-zhang-rls-ischemic-stroke-cohort-china.md (2019) - Restless legs syndrome in ischemic stroke patients: clinical features and significance: Among 199 Chinese ischemic stroke patients assessed by polysomnography, 11.1% (22/199) had RLS, and low serum ferritin, subcortical infarction, and female sex were independent risk factors; RLS was associated with wor...
  • 2020-auvinen-musculoskeletal-pain-depression-rls.md (2020) - The influence of restless legs symptoms on musculoskeletal pain in depression: In this Finnish primary-care cross-sectional study, restless legs symptoms were associated with continuous widespread musculoskeletal pain in controls without depression (10.5% vs 2.3% without RLS symptoms, p=0.001) a...
  • 2020-srifuengfung-rls-adhd-thai-children.md (2020) - Restless legs syndrome in children and adolescents with attention-deficit/hyperactivity disorder: prevalence, mimic conditions, risk factors, and association with functional impairment: In a Thai prospective cohort of 217 children/adolescents with ADHD, RLS (2012 revised IRLSSG criteria) was found in 11%, with an additional 23% having RLS-mimic conditions (mostly myalgia and habitual foot tapping); a...
  • 2021-gitai-sca3-ataxia-iron-deficiency.md (2021) - Which Factors in Spinocerebellar Ataxia Type 3 Patients Are Associated with Restless Legs Syndrome/Willis-Ekbom Disease?: RLS/Willis-Ekbom disease was found in 27.5% of Brazilian SCA3 (Machado-Joseph disease) patients versus 2.5% of controls (p=0.003); among SCA3 patients, RLS was associated with female sex, later ataxia symptom onset (a...
  • 2021-hasan-sleep-disorders-stroke-meta-analysis.md (2021) - Dynamic Prevalence of Sleep Disorders Following Stroke or Transient Ischemic Attack: Systematic Review and Meta-Analysis: This systematic review and meta-analysis (169 studies, 64,047 adults), co-authored by researchers from Politeknik Kesehatan Kemenkes Malang and Universitas Muhammadiyah Malang, Indonesia, found pooled RLS prevalence o...
  • 2021-ozdogar-rls-multiple-sclerosis-metaanalysis.md (2021) - Restless legs syndrome in people with multiple sclerosis: An updated systematic review and meta-analyses: This updated systematic review and meta-analysis, co-authored by Alon Kalron (Tel-Aviv University / Sheba Medical Center MS Center, Israel), searched MEDLINE, Scopus and EMBASE through April 2021 and pooled 19 studies...
  • 2021-sobreira-neto-parkinson-rls-factors-brazil.md (2021) - Is restless legs syndrome in Parkinson disease patients associated with any specific factor?: In this Brazilian cross-sectional study of 88 Parkinson disease patients, 25 (28.4%) had comorbid RLS; on multivariate analysis, RLS in Parkinson disease was independently associated with smell loss (anosmia) and wors...
  • 2022-plotogea-rls-liver-cirrhosis.md (2022) - The Prevalence and Predictors of Restless Legs Syndrome in Patients with Liver Cirrhosis: In a 14-month prospective cross-sectional study of 69 patients with liver cirrhosis at a Bucharest hospital, 55% met IRLSSG criteria for RLS. Age, diabetes, cirrhosis severity, serum creatinine, glomerular filtration ...
  • 2023-diaconu-rls-parkinsons-romania.md (2023) - Restless Legs Syndrome in Parkinson's Disease: In a cross-sectional cohort of 131 people with Parkinson's disease treated at County Clinic Hospital Braşov, Romania, 35 patients (26.71%) met RLS diagnostic criteria, with no significant sex difference (p = 0.431). P...
  • 2023-prajjwal-ms-fatigue-rls-review.md (2023) - Association of multiple sclerosis with chronic fatigue syndrome, restless legs syndrome, and various sleep disorders, along with the recent updates: This international multi-author narrative review (one co-author affiliated with Lugansk State Medical University, Ukraine) discusses overlap between multiple sclerosis (MS), myalgic encephalomyelitis/chronic fatigue s...
  • 2024-chen-acupuncture-hemodialysis-taiwan.md (2024) - Efficacy and Safety of Acupuncture for Restless Legs Syndrome in Patients with End-Stage Renal Disease: A Randomized-Controlled Trial at Hospital-Based Hemodialysis Center: A single-blind Taiwanese RCT found that 4 weeks of acupuncture (12 sessions) significantly improved RLS severity and insomnia in end-stage renal disease patients undergoing hemodialysis, with a parallel shift in heart...
  • 2024-kniazeva-medication-overuse-headache-rls-cohort.md (2024) - Sleep disorders in patients with medication-overuse headache: In this Yekaterinburg prospective case-control study, RLS was significantly more common in patients with medication-overuse headache than in headache patients without overuse (37.4% vs 22.0%, p=0.002, OR 2.1, 95% CI 1...
  • 2024-park-psmd-small-vessel-disease-korea.md (2024) - Small vessel disease in patients with restless legs syndrome evidenced by elevated peak width of skeletonized mean diffusivity: Korean RLS patients showed significantly higher peak width of skeletonized mean diffusivity (PSMD), a novel cerebral small-vessel-disease marker, than healthy controls, and PSMD rose with increasing RLS severity — sug...
  • 2024-partinen-covid-rls-icoss-survey.md (2024) - Restless legs symptoms increased during COVID-19 pandemic. International ICOSS-survey: In this Helsinki-led international online survey (ICOSS consortium), self-reported restless legs symptoms (3+ evenings/nights per week) were significantly more common during the COVID-19 pandemic (9.1%, 95% CI 8.7-10....
  • 2024-tam-sleep-disturbances-parkinsons-vietnam.md (2024) - Sleep disturbances and associated factors in patients with Parkinson's disease: In a Vietnamese cross-sectional cohort of 130 Parkinson's disease patients, 90.9% had a sleep disorder, with insomnia (76.2%) and restless legs syndrome (56.2%) the most common types; shoulder and neck pain was the on...
  • 2024-vanderham-adhd-sleep-problems-netherlands.md (2024) - Sleep Problems in Adults With ADHD: Prevalences and Their Relationship With Psychiatric Comorbidity: In this large Dutch outpatient ADHD cohort, screening with the Holland Sleep Disorders Questionnaire found RLS/periodic limb movement disorder (PLMD) symptoms in 29% of adults with ADHD — the third most prevalent slee...
  • 2025-anupama-esrd-hemodialysis-psychosocial-india.md (2025) - Prevalence, Risk Factors, and Psychosocial Impact of Restless Legs Syndrome in End-Stage Renal Disease Patients Undergoing Hemodialysis - A Cross-Sectional Study: Among 308 Indian hemodialysis patients, RLS was identified in 14.9% (46 patients), most with mild-to-moderate severity, and was associated with significantly greater anxiety, depression, and poor sleep quality (97.8% ...
  • 2025-kim-rls-erectile-dysfunction-korea.md (2025) - Association between restless legs syndrome and erectile dysfunction in Korean men: A cross-sectional study: Treatment-naive Korean men with moderate-to-severe RLS had markedly worse erectile function than matched controls, with erectile dysfunction (ED) prevalence of 78.7% in the RLS group versus 52.5% in controls, and ED s...
  • 2025-nepozitek-functional-motor-disorder-rls-polysomnography.md (2025) - Sleep in Functional Motor Disorders: A Case-Control Polysomnographic Study: In this Prague case-control polysomnographic study, 32% of patients with functional motor disorders (FMD) had restless legs syndrome, alongside 38% with clinically significant obstructive sleep apnoea and 8% with peri...
  • 2025-nguyen-rls-psoriasis-vietnam.md (2025) - Restless Legs Syndrome in Psoriasis: A Multicenter Study on Its Prevalence, Severity, and Impact on Patients: In a multicenter Vietnamese case-control study (106 psoriasis patients vs. 106 healthy controls), RLS prevalence was significantly higher in psoriasis patients, and among psoriasis patients, those with RLS had signifi...
  • 2025-raasing-sarcoidosis-small-fiber-neuropathy-rls.md (2025) - Sarcoidosis-related small fiber neuropathy: Focus on fatigue, pain, restless legs syndrome, and cognitive function: In this Dutch case-control study, RLS was present in 67% of sarcoidosis patients with small fiber neuropathy (SFN), and RLS severity was significantly higher in the sarcoidosis-with-SFN group than in sarcoidosis patie...
  • 2025-tinh-stroke-related-rls-vietnam.md (2025) - Stroke-related restless leg syndrome in hemorrhagic and ischemic stroke patients: In a Vietnamese cohort of 423 MRI-confirmed stroke patients, RLS (diagnosed 1 month post-stroke per IRLSSG criteria) occurred in 11.6% overall — 13.1% after ischemic and 8.6% after hemorrhagic stroke — and was more fr...
  • 2026-cucu-rls-sleep-quality-ms.md (2026) - Machine Learning-Based Prediction of Sleep Quality in Patients with Multiple Sclerosis: In a cross-sectional cohort of 173 people with multiple sclerosis (mean age 39.66 ± 11.86 years, 90.2% relapsing-remitting MS) treated in Iasi, Romania, 48.0% were classified as poor sleepers (PSQI > 5; mean PSQI 6.06...
  • 2026-hu-sanjiao-acupuncture-massage-hemodialysis.md (2026) - Sanjiao acupuncture combined with abdominal massage for restless legs syndrome in maintenance hemodialysis patients: A randomized controlled trial: In a single-center Chinese RCT in hemodialysis patients, adding abdominal massage to Sanjiao acupuncture produced a higher responder rate and lower endpoint IRLS scores than acupuncture alone, though both groups impro...
  • 2026-petrakis-rls-hiv-greece.md (2026) - Restless leg syndrome in people living with HIV: Prevalence, clinical predictors and the impact on sleep quality and psychological distress: In a cross-sectional study of 194 Greek people living with HIV and 200 HIV-negative controls, RLS prevalence was significantly higher in PWHIV (31%, 95% CI 25.3–38.3%) than controls (15%, 95% CI 10.2–20.2%, p < 0.001)...

Estudios verificados sobre este tema (73)

Ordenados por grado de evidencia y luego por fecha, de más reciente a más antiguo. Cada título enlaza con su registro de PubMed.

  • A

    Restless Leg Syndrome in Rheumatic Conditions: Its Prevalence and Risk Factors, a Meta-Analysis

    Padhan P, Maikap D, Pathak M · International Journal of Rheumatic Diseases · 2023

    Meta AnalysisPMID 37137528

  • A

    The Prevalence of Restless Legs Syndrome (RLS) in Patients with Multiple Sclerosis (MS): A Systematic Review and Meta-Analysis - An Update

    Zali A, Motavaf M, Safari S, et al. · Neurological Sciences · 2022

    Meta AnalysisPMID 36058956

  • A

    Dynamic Prevalence of Sleep Disorders Following Stroke or Transient Ischemic Attack: Systematic Review and Meta-Analysis

    Hasan F, Gordon C, Wu D, Huang HC, Yuliana LT, Susatia B, Marta OFD, Chiu HY · Stroke · 2021

    Systematic ReviewPMID 33406871

  • A

    Restless legs syndrome in people with multiple sclerosis: An updated systematic review and meta-analyses

    Ozdogar AT, Kalron A · Multiple Sclerosis and Related Disorders · 2021

    Meta AnalysisPMID 34592631

  • A

    Maternal and neonatal outcomes associated with restless legs syndrome in pregnancy: A systematic review

    Steinweg K, Nippita T, Cistulli PA, Bin YS · Sleep Medicine Reviews · 2020

    Systematic ReviewPMID 32805557

  • A

    The Association Between Migraine and Restless Legs Syndrome: An Updated Systematic Review and Meta-Analysis

    Wang J, Gao Y, Liu L, et al. · Sleep Medicine · 2019

    Meta AnalysisPMID 30897452

  • A

    Prevalence of Restless Legs Syndrome During Pregnancy: A Systematic Review and Meta-Analysis

    Chen SJ, Shi L, Bao YP, et al. · Sleep Medicine Reviews · 2018

    Meta AnalysisPMID 29169861

  • B

    Crisugabalin Combined with Acetyl-Levo-Carnitine for Diabetic Peripheral Neuropathic Pain: A Phase 2 Randomized Controlled Trial

    Fu L, Xu N, Shang J, Yang Q, Li Y, Huang Q, Li J, Jiang H · Journal of Pain Research · 2026

    RCTPMID 42039234

  • B

    Progressive muscle relaxation versus manual lymphatic drainage on restless leg syndrome and sleep quality in hemodialysis patients: Randomized Controlled Trial

    Elfahl AM, Elfeky HM · Journal of Bodywork and Movement Therapies · 2025

    RCTPMID 40954628

  • B

    Restless Legs Syndrome in Patients with Obstructive Sleep Apnea: Association Between Apnea Severity and Symptoms of Depression, Insomnia, and Daytime Sleepiness

    Kim B, Kim TY, Choi EJ, et al. · Sleep Medicine · 2024

    Cross SectionalPMID 38507975

  • B

    Widening the Spectrum of Risk Factors, Comorbidities, and Prodromal Features of Parkinson Disease

    Schrag A, Bohlken J, Dammertz L, et al. · JAMA Neurology · 2023

    Case ControlPMID 36342675

  • B

    Coexistence of Restless Legs Syndrome and Multiple Sclerosis Aggravates Anxiety and Depression

    Sevim S, Demirkiran M, Terzi M, et al. · Arquivos de Neuro-Psiquiatria · 2022

    Cross SectionalPMID 35195221

  • B

    Association of Restless Legs Syndrome With Risk of Suicide and Self-harm

    Zhuang S, Na M, Winkelman JW, et al. · JAMA Network Open · 2019

    CohortPMID 31441941

  • B

    Effect of Near-Infrared Light Therapy Based on Acupoints on the Severity of Restless Legs Syndrome in Patients Undergoing Hemodialysis: A Single-Blind, Randomized Controlled Trial

    Mohammadi MM, Raygani AAV, Ghobadi A, Samadzadeh S, Salari N · Clinical Medicine & Research · 2018

    RCTPMID 29776916

  • B

    Vascular Risk Factors, Cardiovascular Disease, and Restless Legs Syndrome in Men

    Winter AC, Berger K, Glynn RJ, et al. · American Journal of Medicine · 2013

    Cross SectionalPMID 23410563

  • B

    Increased risk of leg motor restlessness but not RLS in early Parkinson disease

    Gjerstad MD, Tysnes OB, Larsen JP · Neurology · 2011

    CohortPMID 22076542

  • B

    Correlation of Anxiety and Depression Symptoms in Patients with Restless Legs Syndrome: A Population Based Survey

    Sevim S, Dogu O, Kaleagasi H, et al. · Journal of Neurology, Neurosurgery & Psychiatry · 2004

    Cross SectionalPMID 14742594

  • C

    Non-pharmacological interventions for restless leg syndrome in hemodialysis patients: a systematic review and network meta-analysis

    Al-Harbi F, Alkuwaiti M, Alayed R, Alkhalifah K, Alawaj M, Alshehri H, Alzoum N, Alroshodi A, Al Mulhim M · Georgian Medical News · 2026

    Systematic ReviewPMID 42289136

  • C

    Machine Learning-Based Prediction of Sleep Quality in Patients with Multiple Sclerosis

    Cucu LE, Baciu LC, Onicescu OM, Ignat BE, Săcărescu A, Oancea A, Grosu C, Chirica C, Popescu G, Maștaleru A, Bîlcu RV, Mustață A, Roca M, Leon MM · Medical Sciences (Basel) · 2026

    CohortPMID 42646617

  • C

    Sanjiao acupuncture combined with abdominal massage for restless legs syndrome in maintenance hemodialysis patients: A randomized controlled trial

    Hu N, Xu C, Sun N, Teng L, Han Y, Tan T, Chang W · Complementary Therapies in Medicine · 2026

    RCTPMID 42692094

  • C

    Restless leg syndrome in people living with HIV: Prevalence, clinical predictors and the impact on sleep quality and psychological distress

    Petrakis V, Steiropoulos P, Babaka N, Tsantes AG, Trypsianis G, Rafailidis P, Panopoulou M, Papazoglou D, Panagopoulos P · International Journal of STD & AIDS · 2026

    CohortPMID 41618959

  • C

    Prevalence, Risk Factors, and Psychosocial Impact of Restless Legs Syndrome in End-Stage Renal Disease Patients Undergoing Hemodialysis - A Cross-Sectional Study

    Anupama AV, Mehta A, Javali M, Eswarappa M, Rangaiah P, Acharya P · Annals of Indian Academy of Neurology · 2025

    CohortPMID 40470664

  • C

    Prevalence of Restless Leg Syndrome and Its Association With Iron Deficiency in Patients With Chronic Kidney Disease: A Cross-Sectional Observational Study

    Elangovan P, Murugadhandayuthapany A, S D, Arivalagan D · Cureus · 2025

    Cross SectionalPMID 40677478

  • C

    Association between restless legs syndrome and erectile dysfunction in Korean men: A cross-sectional study

    Kim GY, Kim KT, Cho YW · Sleep Medicine · 2025

    CohortPMID 40233518

  • C

    Sleep in Functional Motor Disorders: A Case-Control Polysomnographic Study

    Nepozitek J, Dostalova S, Jirasek M, Chaloupkova G, Forejtova Z, Novakova L, Rottova V, Konvicna V, Sonka K, Edwards MJ, Serranova T · Journal of Sleep Research · 2025

    Case ControlPMID 40741637

  • C

    Restless Legs Syndrome in Psoriasis: A Multicenter Study on Its Prevalence, Severity, and Impact on Patients

    Nguyen CTH, Nguyen NHM, Van TT · Clinical, Cosmetic and Investigational Dermatology · 2025

    CohortPMID 39968328

  • C

    Sarcoidosis-related small fiber neuropathy: Focus on fatigue, pain, restless legs syndrome, and cognitive function

    Raasing L, Veltkamp M, Datema M, Korenromp I, Grutters JC, Vogels OJM · Sarcoidosis, Vasculitis, and Diffuse Lung Diseases · 2025

    Case ControlPMID 40100112

  • C

    Exploring the Obstructive Sleep Apnea and Restless Legs Syndrome Comorbidity (Co-ROSA): A Systematic Review

    Tam J, Garcia Borreguero D, DelRosso LM · Sleep Medicine Reviews · 2025

    Systematic ReviewPMID 41061431

  • C

    Stroke-related restless leg syndrome in hemorrhagic and ischemic stroke patients

    Tinh DX, Hung DV, Thuan DD, Duc DP, Duc DM, Cuong ND, Ha PT, Hai ND, Thuan ND, Tuan TM, Lang HN, Nghia NT, Thao PN · SAGE Open Medicine · 2025

    CohortPMID 40309317

  • C

    Efficacy and Safety of Acupuncture for Restless Legs Syndrome in Patients with End-Stage Renal Disease: A Randomized-Controlled Trial at Hospital-Based Hemodialysis Center

    Chen JM, Chang CC, Li YL, Chiu PF, Chiang JY, Hsu PC, Lo LC · Journal of Integrative and Complementary Medicine · 2024

    RCTPMID 38770610

  • C

    Sleep disorders in patients with medication-overuse headache

    Kniazeva IA, Gilev DV, Lebedeva ER · Zhurnal nevrologii i psikhiatrii imeni S.S. Korsakova · 2024

    Case ControlPMID 38934672

  • C

    Small vessel disease in patients with restless legs syndrome evidenced by elevated peak width of skeletonized mean diffusivity

    Park KM, Kim KT, Lee DA, Cho YW · Journal of the Neurological Sciences · 2024

    Case ControlPMID 39577321

  • C

    Restless legs symptoms increased during COVID-19 pandemic. International ICOSS-survey

    Partinen E, Inoue Y, Sieminski M, Merikanto I, Bjorvatn B, Bolstad CJ, et al. · Sleep Medicine · 2024

    CohortPMID 38772220

  • C

    Sleep disturbances and associated factors in patients with Parkinson's disease

    Tam DM, Linh LTT, Trang DT, Thi Ha An T · Clinical Neurology and Neurosurgery · 2024

    CohortPMID 38986365

  • C

    Sleep Problems in Adults With ADHD: Prevalences and Their Relationship With Psychiatric Comorbidity

    van der Ham M, Bijlenga D, Bohmer M, Beekman ATF, Kooij S · Journal of Attention Disorders · 2024

    CohortPMID 39354860

  • C

    Restless Legs Syndrome in Parkinson's Disease

    Diaconu S, Irincu L, Ungureanu L, Ciopleiaș B, Țînț D, Falup-Pecurariu C · Journal of Personalized Medicine · 2023

    Cross SectionalPMID 37373904

  • C

    The Prevalence and Predictors of Restless Legs Syndrome in Patients with Liver Cirrhosis

    Plotogea OM, Diaconu CC, Gheorghe G, Stan-Ilie M, Oprita R, Sandru V, Bacalbasa N, Constantinescu G · Healthcare (Basel) · 2022

    CohortPMID 35627959

  • C

    Which Factors in Spinocerebellar Ataxia Type 3 Patients Are Associated with Restless Legs Syndrome/Willis-Ekbom Disease?

    Gitai LLG, Eckeli AL, Sobreira-Neto MA, Diniz PRB, Santos AC, Junior WM, Fernandes RMF · Cerebellum · 2021

    Case ControlPMID 32946033

  • C

    Is restless legs syndrome in Parkinson disease patients associated with any specific factor?

    Sobreira-Neto MA, Pena-Pereira MA, Sobreira EST, Chagas MHN, Almeida CMO, Fernandes RMF, Tumas V, Eckeli AL · Arquivos de Neuro-Psiquiatria · 2021

    Cross SectionalPMID 33656110

  • C

    The influence of restless legs symptoms on musculoskeletal pain in depression

    Auvinen P, Koponen H, Kautiainen H, Korniloff K, Ahonen T, Vanhala M, Mantyselka P · Scandinavian Journal of Pain · 2020

    Case ControlPMID 32106087

  • C

    Restless legs syndrome in children and adolescents with attention-deficit/hyperactivity disorder: prevalence, mimic conditions, risk factors, and association with functional impairment

    Srifuengfung M, Bussaratid S, Ratta-Apha W, Sanguanpanich N, Hosiri T · Sleep Medicine · 2020

    CohortPMID 32827883

  • C

    Different iron deposition patterns in hemodialysis patients with and without restless legs syndrome: a quantitative susceptibility mapping study

    Wang H, Han X, Jin M, et al. · Sleep Medicine · 2020

    Case ControlPMID 32045852

  • C

    Impact of different stages of chronic kidney disease on the severity of Willis-Ekbom disease

    Bhagawati J, Kumar S, Agrawal AK, et al. · Journal of Family Medicine and Primary Care · 2019

    CohortPMID 30984650

  • C

    Restless Legs Syndrome and Iron Deficiency in Adults with Attention-Deficit/Hyperactivity Disorder

    Lopez R, Micoulaud Franchi JA, Chenini S, et al. · Sleep · 2019

    Cross SectionalPMID 30722056

  • C

    Prevalence of restless legs syndrome in functional movement disorders: a case-control study from the Czech Republic

    Serranova T, Slovak M, Kemlink D, Sonka K, Hallett M, Ruzicka E · BMJ Open · 2019

    Case ControlPMID 30670516

  • C

    Restless legs syndrome in ischemic stroke patients: clinical features and significance

    Zhang L, Sun Y, Wang T, Pan Y, Yao Y, Pan L, Xu Q, Zhang W, Xu J, Hu X · Journal of Zhejiang University (Medical Sciences) · 2019

    CohortPMID 31496159

  • C

    Restless Legs Syndrome in Type 2 Diabetes Mellitus

    Akın S, Bölük C, Türk Börü Ü, et al. · Primary Care Diabetes · 2018

    Cross SectionalPMID 30213520

  • C

    Aktyhrafiya dlya otsinky efektyvnosti terapiyi u khvorykh iz syndromom nespokiynykh nih na tli diabetychnoyi polinevropatiyi (Actigraphy for assessing therapy effectiveness in restless legs syndrome patients with diabetic polyneuropathy)

    Tkachuk NP, Gryb VA · Ukrainskyi nevrolohichnyi zhurnal (Ukrainian Neurological Journal) · 2018

    Cohort

  • C

    Prevalence of restless legs symptoms according to depressive symptoms and depression type: a cross-sectional study

    Auvinen P, Mantyselka P, Koponen H, Kautiainen H, Korniloff K, Ahonen T, Vanhala M · Nordic Journal of Psychiatry · 2017

    Case ControlPMID 28990833

  • C

    Obesity: A Possible Risk Factor for Restless Legs Syndrome

    Yildiz D, Buyukkoyuncu N, Kilic AK, Cander S, Yildiz A, Gunes A, Seferoglu M, Erer Ozbek S · Neurological Research · 2017

    Cross SectionalPMID 28944745

  • C

    Prevalence and correlates of Willis-Ekbom's disease/restless legs syndrome in patients undergoing hemodialysis

    Bathla N, Ahmad S, Gupta R, Ahmad S · Saudi Journal of Kidney Diseases and Transplantation · 2016

    CohortPMID 27424684

  • C

    Restless Leg Syndrome/Willis-Ekbom Disease in Women with Iron Deficiency Anemia

    Kolukisa M, Soysal P, Gületkin T, et al. · Ideggyogyaszati Szemle · 2016

    Cross SectionalPMID 29638100

  • C

    Nocturnal systolic blood pressure is increased in restless legs syndrome

    Sieminski M, Partinen M · Sleep & Breathing · 2016

    Case ControlPMID 26993341

  • C

    Prevalence of restless legs syndrome in somatoform pain disorder and its effect on quality of life

    Chatterjee SS, Mitra S, Guha P, Chakraborty K · Journal of Neurosciences in Rural Practice · 2015

    CohortPMID 25883472

  • C

    Restless legs syndrome in stroke patients

    Schlesinger I, Erikh I, Nassar M, Sprecher E · Sleep Medicine · 2015

    Case ControlPMID 26116464

  • C

    Parkinson's disease and insomnia

    Ylikoski A, Martikainen K, Sieminski M, Partinen M · Neurological Sciences · 2015

    CohortPMID 26099862

  • C

    Association between restless legs syndrome and CLOCK and NPAS2 gene polymorphisms in schizophrenia

    Jung JS, Lee HJ, Cho CH, et al. · Chronobiology International · 2014

    Case ControlPMID 24824748

  • C

    Restless legs syndrome and its associated risk factors in Parkinson's disease

    Azmin S, Khairul Anuar AM, Nafisah WY, Tan HJ, Raymond AA, Hanita O, Shah SA, Norlinah MI · Parkinson's Disease · 2013

    CohortPMID 24455416

  • C

    Association between restless legs syndrome and depression in patients with chronic kidney disease

    Szentkiralyi A, Molnar MZ, Czira ME, Deak G, Lindner AV, Szeifert L, Torzsa P, Vamos EP, Zoller R, Mucsi I, Novak M · Journal of Psychosomatic Research · 2009

    Cross SectionalPMID 19616146

  • C

    The Effect of Endovenous Laser Ablation on Restless Legs Syndrome

    Hayes CA, Kingsley JR, Hamby KR, Carlow J · Phlebology · 2008

    CohortPMID 18467618

  • C

    Restless Legs Syndrome is Common Among Female Patients with Fibromyalgia

    Stehlik R, Arvidsson L, Ulfberg J · European Neurology · 2008

    Cross SectionalPMID 19065057

  • C

    Chronic insomnia in kidney transplant recipients

    Novak M, Molnar MZ, Ambrus C, Kovacs AZ, Koczy A, Remport A, Szeifert L, Szentkiralyi A, Shapiro CM, Kopp MS, Mucsi I · American Journal of Kidney Diseases · 2006

    Cross SectionalPMID 16564943

  • C

    State dependent excitability changes of spinal flexor reflex in patients with restless legs syndrome secondary to chronic renal failure

    Aksu M, Bara-Jimenez W · Sleep Medicine · 2002

    Case ControlPMID 14592176

  • C

    Long-term Course of Restless Legs Syndrome in Dialysis Patients After Kidney Transplantation

    Winkelmann J, Stautner A, Samtleben W, Trenkwalder C · Movement Disorders · 2002

    Case SeriesPMID 12360562

  • C

    The Effect of Sclerotherapy on Restless Legs Syndrome

    Kanter AH · Dermatologic Surgery · 1995

    Case SeriesPMID 7728485

  • D

    Association of multiple sclerosis with chronic fatigue syndrome, restless legs syndrome, and various sleep disorders, along with the recent updates

    Prajjwal P, Kalluru PKR, Marsool MD, et al. · Annals of Medicine and Surgery · 2023

    ReviewPMID 37363482

  • D

    Restless Legs Syndrome

    Manconi M, Garcia-Borreguero D, Schormair B, et al. · Nature Reviews Disease Primers · 2021

    ReviewPMID 34732752

  • D

    Mood Disorders in Restless Legs Syndrome (Willis-Ekbom Disease)

    Becker PM, Sharon D · Journal of Clinical Psychiatry · 2014

    ReviewPMID 25093484

  • E

    Advancing Dialyzer Technology: Efficacy and Safety of Super High-Flux Hemodialysis in Maintenance Dialysis Patients (SHINE-RLS)

    Tsai WC (Far Eastern Memorial Hospital, Taiwan) · ClinicalTrials.gov registry · 2026

    Trial Registry

  • E

    Treating Leg Symptoms in Women With X-linked Adrenoleukodystrophy: A Key to Improving Sleep and Gait Performance

    Massachusetts General Hospital, University Medical Center Amsterdam (with European Leukodystrophy Association) · ClinicalTrials.gov registry · 2023

    Trial Registry

  • E

    Rotigotine suppresses sleep-related muscle activity augmented by injection of dialysis patients' sera in a mouse model of restless legs syndrome

    Muramatsu K, Chikahisa S, Shimizu N, Sei H, Inoue Y · Scientific Reports · 2019

    AnimalPMID 31704978

  • E

    Istradefylline for Restless Legs Syndrome Associated with Parkinson's Disease

    Nuermaimaiti M, Oyama G, Kasemsuk C, Hattori N · Tremor and Other Hyperkinetic Movements · 2018

    Case SeriesPMID 29423337

  • E

    Magnesium deficiency: a possible cause of restless leg syndrome in haemodialysis patients

    Sinniah D · Internal Medicine Journal · 2015

    ReviewPMID 25827521

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