Overview

PVS is a rare clinical triad: iron deficiency anemia + dysphagia + esophageal webs. Mostly seen in middle-aged women, though incidence dropped with better nutrition.

Historical Perspective + Names

British origin: Dr. Donald Paterson 1919 + Dr. Adam Brown-Kelly 1919, ENT surgeons in Manchester/UK, described dysphagia + postcricoid webs.  

American origin: Dr. Henry Plummer 1912 + Dr. Porter Vinson 1919, Mayo Clinic physicians, linked it to anemia + oral/spoon nails. 

Different names stuck by region. “Paterson-Brown-Kelly” is more common in UK, “Plummer-Vinson” in US.

Definition

Triad of : 

1. Iron deficiency anemia,

2. Oropharyngeal / esophageal dysphagia,

3. Mucosal webs in upper esophagus / postcricoid area.

Epidemiology

Historically: Women 40-70y, Northern Europe / US early 1900s. Now rare in developed countries due to iron fortification. Still seen where iron deficiency is common. Prevalence ∼1-2% of IDA patients with dysphagia.

Pathophysiology

Which comes first?
Iron deficiency anemia comes first.

How anemia causes the web?
Chronic iron deficiency and reduced iron-dependent enzymes in esophageal mucosa and impaired epithelial regeneration + muscle function. Leads to mucosal atrophy, inflammation, fibrosis. Webs form as thin diaphragms of squamous mucosa + submucosa, usually postcricoid, 2-3 cm below cricopharyngeus. Also in oxidative stress + possible immune dysfunction.

Does syndrome include esophageal web or carcinoma?

  • 1. Esophageal web:

    Yes, it’s a core feature.

  • 2. Esophageal carcinoma:

    Not part of definition, but PVS is a premalignant condition. Risk of postcricoid/hypopharyngeal SCC is ∼3-15%. Need surveillance.

Symptoms & Signs

Symptoms  

Dysphagia: progressive, painless, intermittent, for solids > liquids. Odynophagia if mucosal injury. Fatigue, glossitis, angular cheilitis, koilonychia/spoon nails, pallor, stomatitis.

Signs

Pallor, smooth/tender tongue, angular cheilitis, brittle/spoon nails, cervical lymphadenopathy if carcinoma develops.

Investigations

Laboratory:

CBC: microcytic hypochromic anemia. Low ferritin, low serum iron, high TIBC. B12/folate to rule out other causes.  

Radiological:

Barium esophagram / swallow study – “gold standard for esophageal web”. Shows thin, smooth, 2-3mm web in upper esophagus. Sensitivity ∼80-90%, false negatives if web torn by bolus.  

Endoscopy:

Direct visualization + biopsy. High sensitivity/specificity for web. Allows dilation. False positives: mucosal folds. False negatives: small/partial webs missed if esophagus collapses.  

Gold standard for esophageal web: Barium esophagram + UGI endoscopy together. Barium for anatomy, endoscopy for direct view + therapy.

Management

Medical:

Oral iron replacement 150-200mg elemental Fe/day + diet rich in iron/vit C. Treats anemia + often resolves dysphagia/web.

 PPI if reflux present.  

Surgical/Procedural:

Esophageal dilation – Savary-Gilliard dilators or balloon dilation under endoscopy. Done if iron alone fails. Success rate >90%.

Complications of condition

Oesophageal perforation from webs, aspiration pneumonia, weight loss / malnutrition, postcricoid SCC.

Complications of management

  • Iron:

    GI upset, constipation, black stools, iron overload if misused.

  • Dilation:

    Perforation 0.1-0.4%, bleeding, mediastinitis, recurrent web.

Conclusion  

 PVS  = iron deficiency + dysphagia + esophageal web.

Reversible with iron, but carries malignant potential. Early diagnosis + iron repletion prevents webs + reduces cancer risk.

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