DIAPER RASH ASSESSMENT CRITERIA INCLUDING SKIN PH
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Diaper Rash (Diaper Dermatitis) - Assessment Criteria Including Skin pH
1. Definition and Overview
Diaper dermatitis (DD) is a general term for an inflammatory skin eruption occurring in the diaper area. It is the most common dermatologic disorder of infancy, accounting for approximately 1 million outpatient visits per year in the US, with an estimated 25% of infants affected at any given time. Peak incidence occurs between 9-12 months of age. Global incidence ranges from 36-75% in home and hospital settings, with severe cases in 1-24% of affected infants.
- Jaiyeoba & Visscher, Journal of Tissue Viability, 2025 [PMID: 40267862]
2. Skin pH - Foundation of Diaper Rash Pathophysiology
Normal Infant Skin pH
- Healthy, non-diapered infant skin has a mildly acidic pH of approximately 4.5-5.5 (the "acid mantle")
- This acidity is protective - it inhibits microbial colonization, supports epidermal barrier enzyme function, and limits fecal enzyme activity
- At birth, neonatal skin pH is near-neutral (~6.0-7.0) and acidifies over the first weeks of life
How pH Rises in the Diaper Area
The diaper environment drives a pathological rise in skin pH through several mechanisms:
| Mechanism | Effect on pH |
|---|---|
| Urine occlusion + skin maceration | Raises pH toward neutral/alkaline |
| Fecal urease-producing bacteria break down urea in urine → release ammonia | Significant alkalinization |
| Mixing of urine and feces | Activates fecal proteases and lipases |
| Prolonged diaper wear / infrequent changes | Cumulative pH rise |
Consequences of Elevated pH
- Activated fecal proteases and lipases at alkaline pH directly damage the stratum corneum
- Disrupted barrier increases transepidermal water loss (TEWL)
- Elevated pH promotes overgrowth of Candida albicans, Staphylococcus, and Streptococcus
- Lower stool pH in breastfed infants partly explains their lower incidence of DD compared with formula-fed infants
pH Measurement in Research/Clinical Settings
A 2021 randomized crossover trial (Gustin et al., [PMID: 34060142]) demonstrated:
- Diapers with emollient-containing liners + acidic, pH-buffered wipes (Regimen A) reduced diapered skin pH to values similar to non-diapered control sites (chest)
- Standard diapers (Regimen B) were associated with a more alkaline diapered skin pH
- Regimen A produced significantly fewer severe erythema episodes, especially at the perianal space
Research also shows that diapered skin pH correlates directly with DD prevalence and severity: countries with lower diapered skin pH show lower DD prevalence (China < USA < Germany in one multicountry study).
- Fitzpatrick's Dermatology, Neonatal Skin Physiology section
3. Clinical Assessment Criteria
A. History-Taking Parameters
| Domain | Questions to Ask |
|---|---|
| Onset and duration | When did the rash start? Is it getting worse? |
| Diaper change frequency | How often is the diaper changed? |
| Type of diaper | Cloth vs. disposable; brand/formulation |
| Feeding type | Breastfed vs. formula-fed (affects stool pH) |
| Recent antibiotic use | Increases Candida colonization risk |
| Concurrent diarrhea | Risk factor for candidal DD |
| Products used | Wipes, creams, powders, barrier preparations |
| Prior treatment response | What has been tried? Did it help? |
| Family history | Atopy (asthma, allergic rhinitis) - relevant for atopic dermatitis overlap |
B. Physical Examination - Key Features to Assess
Distribution
The anatomical site pattern helps differentiate the type of DD:
| Distribution | Suggests |
|---|---|
| Convex surfaces (buttocks, thighs, lower abdomen, genitalia) - skin folds SPARED | Irritant contact diaper dermatitis (ICDD) |
| Perianal predominance, creases involved | Seborrheic dermatitis or candidal DD |
| Skin folds/creases involved with satellite lesions extending outward | Candidal DD |
| Linear or patchy distribution matching diaper contact areas | Allergic contact DD |
Morphology Descriptors to Document
| Feature | What to Note |
|---|---|
| Erythema | Mild (pink), moderate (red), severe (bright/dark red, hemorrhagic) |
| Erythema pattern | Shiny patches/plaques (irritant); scalloped border (candidal) |
| Scale | Present or absent; quality (fine vs. thick) |
| Papules/vesicles/pustules | Number and distribution |
| Erosions/fissures/bullae | Sign of severe irritant DD |
| Satellite lesions | Pathognomonic for candidal DD - discrete papules/pustules at a distance from the main eruption |
| Border characteristics | Sharply demarcated edge = candidal DD |
| Skin folds | Spared (irritant) vs. involved (candidal, seborrheic, intertrigo) |
C. Severity Grading Scale (Research-Validated Tool)
A validated DD scoring tool evaluates four anatomic sites:
- Buttocks (visible prone)
- Genital area
- Intertriginous areas (leg folds/creases)
- Perianal area
At each site, four skin attributes are scored independently:
| Attribute | Scale |
|---|---|
| Presence/intensity of erythema | 0-3 |
| Percent of area with erythema | 0-3 |
| Number of papules | 0-3 |
| Number of pustules | 0-3 |
These are integrated into a 7-point DD scale (0-3) via a validated algorithm.
D. Simple Clinical Grading (Bedside Use)
| Grade | Clinical Description |
|---|---|
| Mild | Faint erythema, intact skin, no satellite lesions, limited area |
| Moderate | Bright erythema, papules, small erosions, discomfort with diaper changes |
| Severe | Intense erythema, extensive erosions/ulceration, bullae, fissures, possible secondary infection, significant infant distress |
4. Differential Diagnosis of Diaper Rash
Key Distinguishing Features
| Type | Clinical Features | pH Relationship |
|---|---|---|
| Irritant Contact DD (ICDD) | Erythematous, scaly, papulovesicular; convex surfaces, folds spared; can have bullae/erosions in severe cases | Directly driven by high pH activating fecal enzymes |
| Candidal DD | Erythematous confluent plaque with scalloped/sharply demarcated border; satellite lesions (pathognomonic); folds involved | High pH promotes Candida overgrowth; 40-75% of rashes >3 days colonized with C. albicans |
| Seborrheic DD | Dry, scaly, erythematous, papular; may involve face, neck, retroauricular areas, axillae; not pruritic; associated with Malassezia | Less pH-dependent |
| Allergic Contact DD | Distribution matches allergen contact (elastic, dyes, preservatives); clear demarcation at diaper edge | Secondary pH disruption possible |
| Perianal Streptococcal Dermatitis | Bright red, well-demarcated perianal rash; tenderness; diagnose by culture; responds to amoxicillin | - |
Confirmatory Testing When Needed
| Test | Indication |
|---|---|
| KOH preparation | Suspected candidal DD - reveals pseudohyphae and spores |
| Bacterial culture | Chronic perianal rash, suspected streptococcal infection |
| Skin pH measurement | Research/NICU settings; guides diaper product selection |
| Patch testing | Suspected allergic contact DD (elastic, fragrance, dyes) |
5. Assessment of the Diaper Area Skin Barrier
Assess these physiological parameters (most relevant in NICU/research settings):
| Parameter | What It Indicates | Normal Values |
|---|---|---|
| Skin pH | Acid mantle integrity; alkaline pH = compromised barrier | 4.5-5.5 (non-diapered); higher in diaper area |
| TEWL (transepidermal water loss) | Barrier integrity; elevated in diaper area even in healthy infants | Higher in diaper area vs. other sites |
| Stratum corneum hydration | Overhydration (maceration) vs. appropriate moisture | Assessed by capacitance/conductance probes |
Fitzpatrick's Dermatology notes that "TEWL values are higher [in the diaper area] and contribute to impaired barrier function and risk for diaper dermatitis" even in healthy neonates.
6. Influencing Factors to Assess
| Factor | Clinical Relevance |
|---|---|
| Diaper type | Superabsorbent disposable diapers maintain lower skin pH; cloth diapers may increase risk |
| Feeding method | Breastfed infants have lower stool pH → lower DD incidence |
| Diaper change frequency | Infrequent changes = prolonged urine/feces contact, rising pH, maceration |
| Wipe formulation | Acidic, pH-buffered wipes reduce skin pH; alcohol-based wipes may irritate |
| Barrier preparations | Zinc oxide, petrolatum - create physical barrier between skin and irritants |
| Antibiotic use | Disrupts GI flora → increased Candida colonization |
| Skin tone | Evidence suggests darker-skinned infants may have lower DD incidence/severity |
7. Management Implications from Assessment
| Assessment Finding | Action |
|---|---|
| Mild irritant DD | Frequent diaper changes, barrier cream (zinc oxide/petrolatum), gentle cleansing |
| Persistent rash >3 days with satellite lesions | Add topical antifungal (miconazole, clotrimazole, nystatin) |
| Severe irritant DD with marked inflammation | Consider low-potency hydrocortisone (brief course) + antifungal if yeast suspected |
| Alkaline skin pH on measurement | Use pH-buffered wipes and emollient-containing diapers |
| Failed standard treatment | Rule out allergic contact DD, streptococcal infection, zinc deficiency (acrodermatitis enteropathica) |
References
- Swanson's Family Medicine Review, Chapter 103: Diaper Rash and Other Infant Dermatitis
- Fitzpatrick's Dermatology (2-volume set), Neonatal Skin Physiology section
- Jaiyeoba O, Visscher MO. Global perspective on the incidence, severity, and management of diaper dermatitis. J Tissue Viability. 2025 [PMID: 40267862]
- Gustin J et al. Improving newborn skin health: Effects of diaper care regimens on skin pH and erythema. Pediatr Dermatol. 2021 [PMID: 34060142] - RCT demonstrating that pH-buffered wipes reduce diapered skin pH and erythema severity
- Consultant360: A Review of Diaper Dermatitis: Clinical Features, Diagnosis, and Management
Create a quick reference PDF for diaper rash assessment and scoring tools
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Your quick reference PDF is ready:
Diaper Rash Quick Reference
PDF Document · PDF
The PDF is a single A4 page packed with 8 colour-coded sections:
| Section | Content |
|---|---|
| Header banner | Title + subtitle in teal |
| 1. Epidemiology + Skin pH | Side-by-side tables — incidence stats and full pH reference values (normal 4.5–5.5, mechanisms of alkalinisation, target for treatment) |
| 2. Clinical Assessment Criteria | 4-column history-taking table covering 8 domains |
| 3. Physical Examination | Morphology feature table + anatomic sites scoring table |
| 4. Severity Grading | Colour-coded Mild (green) / Moderate (orange) / Severe (red) bedside grades |
| 5. Validated DD Scoring Tool | Research-validated 7-point scale: 4 sites × 4 attributes (erythema intensity, erythema area, papule count, pustule count) each scored 0–3 |
| 6. Differential Diagnosis | 6-type table with clinical features, pH/pathophysiology, and 1st-line treatment |
| 7. pH-Based Management | Assessment-driven treatment matching clinical scenario to intervention |
| 8. Risk Factors | 8 risk factors with mechanism/implication |
| Footer | Key references including PMID 40267862 and PMID 34060142 |
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All Research Papers on Napkin / Diaper Rash (Diaper Dermatitis)
PubMed contains 1,125+ indexed papers on this topic. Below is a curated, categorised compilation of the most significant ones retrieved across all evidence tiers and thematic areas.
TIER 1 — Systematic Reviews
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 41014074 | 2025 | Preventive and curative approaches to diaper dermatitis in children: a systematic review | Octarica SG et al. | Acta Dermatovenerol Alp Pannonica Adriat |
| 34784132 | 2021 | The Importance of Skincare for Neonates and Infants: An Algorithm | Schachner L et al. | J Drugs Dermatol |
| 33318228 | 2020 | Prevention Strategies for Neonatal Skin Injury in the NICU | Behr JH et al. | Neonatal Netw |
TIER 3 — Randomized Controlled Trials
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 32314466 | 2020 | Use of an emollient-containing diaper and pH-buffered wipe regimen restores skin pH and reduces residual enzymatic activity | Gustin J et al. | Pediatr Dermatol |
| 34060142 | 2021 | Improving newborn skin health: Effects of diaper care regimens on skin pH and erythema | Gustin J et al. | Pediatr Dermatol |
| 23506257 | 2014 | Diaper dermatitis care of newborns - human breast milk or barrier cream | Gozen D et al. | J Clin Nurs |
| 25424209 | 2014 | Effect of diaper cream and wet wipes on skin barrier properties in infants | Garcia Bartels N et al. | Pediatr Dermatol |
| 28983938 | 2018 | Effects of moisturizing skincare on skin barrier function and prevention of skin problems in 3-month-old infants | Yonezawa K et al. | J Dermatol |
| 28884798 | 2017 | Neonatal skin care: what should we do? A four-week follow-up RCT | Amer M et al. | Int J Dermatol |
| 20553355 | 2010 | Efficacy and safety of two different antifungal pastes in infants with diaper dermatitis | Hoeger PH et al. | J Eur Acad Dermatol Venereol |
| 19407468 | 2009 | Skin care in the NICU patient: effects of wipes versus cloth and water on stratum corneum integrity | Visscher M et al. | Neonatology |
| 16570675 | 2006 | Topical miconazole nitrate ointment in the treatment of diaper dermatitis complicated by candidiasis | Spraker MK et al. | Cutis |
| 11358560 | 2001 | Diaper dermatitis: a therapeutic dilemma. Results of a double-blind placebo controlled trial of miconazole nitrate 0.25% | Concannon P et al. | Pediatr Dermatol |
TIER 4 — Clinical Trials (non-RCT)
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 17301721 | 2007 | Clinical evaluation of the efficacy and tolerability of "NoAll Bimbi Pasta Trattante" barrier cream in napkin dermatitis | Patrizi A et al. | Minerva Pediatr |
| 23675632 | 2013 | A prospective two-year assessment of miconazole resistance in Candida spp. with repeated treatment in neonates | Blanco D, van Rossem K | Pediatr Dermatol |
TIER 5 — Observational Studies / Validation Studies
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 38834435 | 2024 | Incidence of incontinence-associated dermatitis in hospitalised neonates: adaptation and validation of a severity scale | Balaguer-López E et al. | An Pediatr (Engl Ed) |
| 35652131 | 2022 | The factors related to recovery time of diaper dermatitis in infants: A prospective observational study | Yokoyama M et al. | Jpn J Nurs Sci |
| 25209731 | 2014 | Relationship between skin barrier function in early neonates and diaper dermatitis during the first month of life | Yonezawa K et al. | Pediatr Dermatol |
TIER 7 — Reviews (Comprehensive / Narrative)
General Overviews
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 40267862 | 2025 | Global perspective on the incidence, severity, and management of diaper dermatitis in neonates, infants and young children | Jaiyeoba O, Visscher MO | J Tissue Viability |
| 37861874 | 2024 | Diaper dermatitis - a narrative review of clinical presentation, subtypes, and treatment | Chiriac A, Wollina U | Wien Med Wochenschr |
| 29596730 | 2018 | Differential diagnoses of diaper dermatitis | Fölster-Holst R | Pediatr Dermatol |
| 28986935 | 2018 | Diagnosis and management of DD in infants with emphasis on skin microbiota in the diaper area | Šikić Pogačar M et al. | Int J Dermatol |
| 27311779 | 2016 | Understanding irritant napkin dermatitis | Atherton DJ | Int J Dermatol |
| 26051065 | 2015 | Diaper (napkin) dermatitis: A fold (intertriginous) dermatosis | Tüzün Y et al. | Clin Dermatol |
| 24224482 | 2014 | Diaper dermatitis: etiology, manifestations, prevention, and management | Stamatas GN, Tierney NK | Pediatr Dermatol |
| 21882101 | 2011 | Diaper dermatitis [German, with English abstract] | Fölster-Holst R et al. | Hautarzt |
| 16252927 | 2005 | Diaper dermatitis: a review and brief survey of eruptions of the diaper area | Scheinfeld N | Am J Clin Dermatol |
| 14510084 | 2003 | Diaper dermatitis - an overview | Prasad HR et al. | Indian J Pediatr |
| 11173200 | 2000 | Diaper dermatitis | Wolf R et al. | Clin Dermatol |
| 7731909 | 1995 | Diaper dermatitis | Singalavanija S, Frieden IJ | Pediatr Rev |
| 3152829 | 1988 | Etiology and pathophysiology of diaper dermatitis | Berg RW | Adv Dermatol |
Pathophysiology / Skin pH
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 30130777 | 2018 | pH and Microbial Infections | Rippke F et al. | Curr Probl Dermatol |
| 15140329 | 2004 | A review of the pathophysiology, prevention and treatment of irritant diaper dermatitis | Atherton DJ | Curr Med Res Opin |
Neonatal Skin Care
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 30506880 | 2019 | Neonatal skin care: developments in care to maintain neonatal barrier function and prevention of diaper dermatitis | Burdall O et al. | Pediatr Dermatol |
| 25403931 | 2014 | Clinical approaches to skin cleansing of the diaper area: practice and challenges | Coughlin CC et al. | Pediatr Dermatol |
| 23278604 | 2013 | Neonatal skin care: a concise review | Ness MJ et al. | Int J Dermatol |
| 18789081 | 2008 | Skin care of the diaper area | Adam R | Pediatr Dermatol |
| 10943256 | 2000 | Neonatal skin care | Darmstadt GL, Dinulos JG | Pediatr Clin North Am |
| 12964343 | 2001 | Caring for and protecting the skin of pre-term neonates | Irving V | J Wound Care |
Treatment / Prevention
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 34621960 | 2021 | A new therapeutic horizon in diaper dermatitis: Novel agents with novel action | Hebert AA | Int J Womens Dermatol |
| 29596731 | 2018 | Prevention and treatment of diaper dermatitis | Blume-Peytavi U, Kanti V | Pediatr Dermatol |
| 15704594 | 2004 | Diaper rash care and management | Borkowski S | Pediatr Nurs |
| 15314924 | 2004 | What can be done to keep babies' skin healthy? | Atherton D, Mills K | RCM Midwives |
| 9987005 | 1999 | Treatment of diaper dermatitis | Boiko S | Dermatol Clin |
| 8322298 | 1993 | Diaper dermatitis: classification, occurrence, causes, prevention and treatment [Norwegian] | Langøen A et al. | Tidsskr Nor Laegeforen |
Specific Subtypes
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 27193417 | 2016 | Superficial mycoses associated with diaper dermatitis | Bonifaz A et al. | Mycopathologia |
| 14626505 | 2003 | Mucocutaneous candidiasis | Rowen JL | Semin Perinatol |
| 2433878 | 1986 | Psoriasiform napkin dermatitis | Boje Rasmussen H et al. | Acta Derm Venereol |
Adult / Incontinence-Associated Dermatitis (IAD)
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 40854496 | 2026 | Incontinence-associated dermatitis: Not just babies | Sparling K et al. | J Am Acad Dermatol |
TIER 8 — Case Reports
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 41485965 | 2026 | Early intervention for hyperzincemia caused by zinc oxide ointment in an infant with diaper dermatitis | Yasugi M et al. | Yakugaku Zasshi |
| 16140691 | 2005 | Diaper dye dermatitis | Alberta L et al. | Pediatrics |
| 29746360 | 2019 | Laxative-induced contact dermatitis | Melvin JE, Hickey RW | Pediatr Emerg Care |
| 34697847 | 2022 | Unusual diaper dermatitis | Fernandes AC, Mantas P | J Paediatr Child Health |
TIER 9 — Epidemiology / Prevalence Studies, Guidelines & Other
Epidemiology / Risk Factors
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 31793090 | 2020 | Diaper dermatitis prevalence and severity: global perspective on the impact of caregiver behavior | Carr AN et al. | Pediatr Dermatol |
| 31920146 | 2020 | Diaper dermatitis: prevalence and associated factors in 2 university daycare centres | Suebsarakam P et al. | J Prim Care Community Health |
| 31262288 | 2019 | Diaper dermatitis: a survey of risk factors in Thai children aged under 24 months | Sukhneewat C et al. | BMC Dermatol |
| 32957981 | 2020 | Diaper rashes can indicate systemic conditions other than diaper dermatitis | Lebsing S et al. | BMC Dermatol |
| 27040137 | 2016 | Diaper dermatitis: a review of 63 children | Ersoy-Evans S et al. | Pediatr Dermatol |
| 23206457 | 2012 | Diaper dermatitis: a survey of risk factors for children aged 1-24 months in China | Li CH et al. | J Int Med Res |
| 17958792 | 2007 | Diaper dermatitis - frequency and contributory factors in hospital attending children | Adalat S et al. | Pediatr Dermatol |
| 1395562 | 1992 | Diaper dermatitis: a study of contributing factors | Longhi F et al. | Contact Dermatitis |
NICU / Neonatal Settings
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 40938668 | 2025 | Human milk as diaper dermatitis prevention in the NICU: a quasi-experimental study | Stoltman SS et al. | Adv Neonatal Care |
| 34054014 | 2022 | Designing and implementing a skin care protocol for infants with neonatal abstinence syndrome to decrease rates of diaper dermatitis | Glashan C | Adv Neonatal Care |
| 22340077 | 2013 | Neonatal intensive care practices and the influence on skin condition | Visscher MO et al. | J Eur Acad Dermatol Venereol |
| 17413831 | 2007 | Treatment of incontinence-associated dermatitis (diaper rash) in a neonatal unit | Ratliff C, Dixon M | J Wound Ostomy Continence Nurs |
| 36372868 | 2023 | Global variation in skin injuries and skincare practices in extremely preterm infants | Jani P et al. | World J Pediatr |
| 38561302 | 2024 | Iatrogenic skin injuries in infants admitted to neonatal ICUs: investigation in 22 Chinese units | Ji F et al. | J Tissue Viability |
Skin Barrier / pH Studies
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 36692960 | 2023 | How do the skin barrier and microbiome adapt to the extra-uterine environment after birth? | Darlenski R, Fluhr JW | Int J Cosmet Sci |
| 41822808 | 2026 | Enhanced recovery of the barrier of compromised skin with pH-buffered emollient baby wipes | Vongsa R et al. | Sage Open Pediatr |
| 31793090 | 2020 | Diaper dermatitis prevalence and severity: global perspective on caregiver behavior | Carr AN et al. | Pediatr Dermatol |
| 33632947 | 2021 | Indian Academy of Pediatrics Guidelines for Pediatric Skin Care | Madhu R et al. | Indian Pediatr |
Nursing / Education
| PMID | Year | Title | Authors | Journal |
|---|---|---|---|---|
| 26264797 | 2015 | Prevention, treatment and parent education for diaper dermatitis | Merrill L | Nurs Womens Health |
| 26460914 | 2015 | Clinicians discuss diaper dermatitis | Brucker M et al. | Nurs Womens Health |
| 28101161 | 2016 | Clinical effect of hydrocolloid dressings in prevention and treatment of infant diaper rash | Qiao XP, Ge YZ | Exp Ther Med |
| 41174684 | 2025 | Parent-guided home skin care for infants via a WeChat platform: cluster RCT protocol | Yang T et al. | Trials |
Summary by Evidence Tier
| Tier | Type | Count |
|---|---|---|
| 1 | Systematic Reviews | 3 |
| 3 | RCTs | 10 |
| 4 | Clinical Trials | 2 |
| 5 | Observational / Validation Studies | 3 |
| 7 | Reviews | 25 |
| 8 | Case Reports | 4 |
| 9 | Epidemiology, guidelines, NICU, nursing, other | 22 |
| Total | ~69 key papers (from 1,125+ in database) |
Note: PubMed indexes 1,125+ papers under the diaper rash/dermatitis MeSH terms. The 69 papers above represent the most clinically relevant across all categories. Each PMID links directly to the PubMed abstract. If you need abstracts, full text access, or citations for any specific paper, just ask.
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Research Papers on Ahiputana
What is Ahiputana?
Ahiputana is the Ayurvedic (traditional Indian medicine) term for diaper rash / napkin dermatitis. It is not a distinct biomedical disease - it is the classical Ayurvedic conceptualisation of the same condition covered in the previous sessions. The name comes from the Sushruta Samhita (Nidanasthana, Chapter 13, verse 57), one of the foundational texts of Ayurveda.
In Ayurvedic pathophysiology, Ahiputana is classified as:
- A Kshudraroga (minor ailment) of infancy
- Caused by Kapha-Rakta dushti (vitiation of Kapha dosha and blood tissue)
- Located at the Guda (anal/perineal) region
- Arising from Dushta Stanya (impure breast milk) and poor perineal hygiene
- Presenting with Kandu (itching), Sphota (blisters), Srava (oozing), and Vrana (ulceration)
Important Caveat on Literature
PubMed returns zero results for "Ahiputana." All published research on this term appears in Ayurvedic specialty journals, most of which are not indexed in PubMed, Embase, or Cochrane. The literature base is small, consists almost entirely of case reports and conceptual/review articles, and is published in Indian Ayurveda journals. There are no RCTs, systematic reviews, or epidemiological studies specifically under this name.
All Traceable Published Papers on Ahiputana
| # | Title | Authors | Journal | Year | Type | Link |
|---|---|---|---|---|---|---|
| 1 | Ahiputana (~diaper rash) in a child with surgically corrected condition | Not listed in accessible preview | Journal of Ayurveda Case Reports (LWW) | 2024 | Case Report | LWW |
| 2 | Management of Ahiputana (Diaper Rash) in an Infant with application of Shatdhauta Ghruta - A single case study | Dethe SK, Kale AB | World Journal of Advanced Research and Reviews | 2024 | Case Study | WJARR |
| 3 | An Ayurvedic appraisal on Ahiputana w.s.r. to Diaper Rash - A Case Study | Not listed in accessible portion | Journal of Ayurveda and Integrated Medical Sciences (JAIMS) | 2023 | Case Study | JAIMS |
| 4 | An Ayurvedic Approach of Ahiputana with Special Reference to Napkin Dermatitis: A Literature Review | Not fully listed | International Journal of Ayurveda and Pharma Research (IJAPR) | 2024 | Literature Review | IJAPR |
| 5 | Management of Ahiputana (Diaper Rash) through Triphala Khadir Yog (TKY) Avachoornan | Gaikwad Jyoti Vijay et al. | International Journal of Ayurveda and Pharma Research (IJAPR) | 2024 | Case Report | IJAPR |
| 6 | Ahiputana vis-a-vis Diaper dermatitis: A Review | Not listed in accessible snippet | ResearchGate preprint / journal unknown | 2020 | Review | ResearchGate |
| 7 | Glimpse on Ahiputana Vyadhi w.s.r. to Napkin Rash in Children - Ayurveda Perspective | Barhate P, Shinde D, Rane P, Kanzode S | World Journal of Pharmaceutical Research (WJPR) | Not specified | Conceptual Review | WJPR |
Key Themes Across the Literature
| Theme | What Papers Say |
|---|---|
| Classical source | Sushruta Samhita, Nidanasthana Ch.13 (Su.Ni.13/57) is the primary reference |
| Dosha | Kapha-Rakta Pradhana; some texts also include Pitta |
| Cause | Unhygienic cleaning after defecation/urination; Dushta Stanya (impure breast milk); ammonia buildup |
| Symptoms | Kandu (itch), Sphota (blisters), Srava (ooze), Vrana (ulcer/wound) |
| Ayurvedic treatment | Stanya shodhana (breast milk purification); Lepa (herbal paste) application; Tarkshyasaila, Patol patra; Shatdhauta Ghruta (100-wash ghee); Triphala Khadir Yog dusting powder |
| Contemporary correlation | All papers draw a direct parallel to diaper dermatitis / napkin rash as described in modern medicine |
Bottom Line
The published research on Ahiputana specifically is very limited - roughly 6-8 small papers, all in Ayurvedic journals, all published between ~2020-2024, none indexed on PubMed. If you need evidence-based research on the same condition under its modern name, the 69+ papers listed in the previous session (diaper dermatitis / napkin rash) represent the full peer-reviewed evidence base. The two bodies of literature describe the same disease from different knowledge systems.
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