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Infectious Diseases›Condition·Updated Jun 26, 2026·v1

Cellulitis

Cellulitis is a common acute bacterial skin infection caused primarily by streptococci and S. aureus. Diagnosis is clinical, with severity assessed by the Dundee classification. Management involves beta-lactam antibiotics for 5–7 days, with early IV-to-oral switch. Key complications include necrotizing fasciitis and recurrence, which can be prevented with penicillin prophylaxis and compression therapy.

High Evidence196 references·1,486 words·6 min read·v1
cellulitisskin infectionABSSSIerysipelasnecrotizing fasciitisMRSAstreptococcusstaphylococcusantibioticsinfectious disease

Quick Reference

RxDrug of choiceFor nonpurulent cellulitis: [[cephalexin]] 500 mg PO QID or [[amoxicillin]] 500 mg PO TID for 5–7 days.
AltAlternativesFor penicillin allergy: [[clindamycin]] 300–450 mg PO TID or [[doxycycline]] 100 mg PO BID. For IV therapy: [[cefazolin]] 2 g IV q8h or [[ceftriaxone]] 1–2 g IV daily. For MRSA coverage: [[vancomycin]], [[linezolid]], [[daptomycin]], or [[oritavancin]].
⊘Avoid[[Trimethoprim-sulfamethoxazole]] monotherapy for suspected streptococcal cellulitis; non-dihydropyridine CCBs (not relevant here).
DxTest of choiceClinical diagnosis; blood cultures only if systemic toxicity; [[LRINEC score]] for necrotizing fasciitis suspicion.
ScKey score[[Dundee classification]] for severity stratification; [[LRINEC score]] for necrotizing fasciitis.
→When to referSuspected [[necrotizing fasciitis]] (urgent surgical consult); failure to improve after 48–72h; recurrent cellulitis for prophylaxis.
Cellulitis is a clinical diagnosis; beta-lactam monotherapy is first-line for nonpurulent cases; early oral switch and short duration (5–7 days) are safe; address [[lymphedema]] and obesity to prevent recurrence.
Cellulitis is an acute bacterial infection of the deep dermis and subcutaneous tissue, characterized by spreading erythema, warmth, edema, and tenderness [22]. It is a subset of acute bacterial skin and skin structure infections (ABSSSI) [1][8]. Synonyms include nonnecrotizing cellulitis and erysipelas (superficial variant with raised border).

Overview and Recommendations

Background

  • •Cellulitis is an acute bacterial infection of the deep dermis and subcutaneous tissue, characterized by spreading erythema, warmth, edema, and tenderness — it is the most common acute bacterial skin and skin structure infection (ABSSSI), accounting for 14.5 million ambulatory visits and 650,000 hospitalizations annually in the United States, with costs exceeding $3.74 billion.
  • •The predominant pathogens are β-hemolytic streptococci (groups A, C, G) and Staphylococcus aureus; community-acquired MRSA (USA300 clone) is a common cause of purulent cellulitis and abscesses, while immunocompromised hosts may harbor unusual organisms such as Cryptococcus neoformans, Helicobacter cinaedi, or mycobacteria.
  • •Pathogenesis begins with a breach in the epidermal barrier (often trivial), followed by bacterial adherence via surface adhesins, immune evasion through M protein and capsular polysaccharide, and rapid tissue spread driven by hyaluronidase and streptokinase — the resulting inflammatory response produces the cardinal signs of erythema, warmth, edema, and pain.
  • •Chronic leg edema ( or ) is the strongest modifiable risk factor, increasing recurrence risk by 1.6-fold; obesity (BMI ≥30) confers a 2.4-fold increased risk, and injection drug use carries a pooled cellulitis prevalence of 8.2%.
  • •Recurrence occurs in 20–30% of patients within 3 years, driven by progressive lymphatic damage from each episode — this creates a vicious cycle that can be interrupted by prophylactic or compression therapy.

Evaluation

  • •Suspect cellulitis in any patient with acute onset of localized erythema, warmth, edema, and tenderness that progresses over hours to days, most commonly on the lower extremities.
  • •Ask about the inciting event: trauma, insect bite, ulcer, , or injection drug use; also inquire about systemic symptoms (fever, chills, malaise) and prior episodes of cellulitis.
  • •Examine the affected area for poorly defined, spreading margins (distinguishing it from which has a raised, well-demarcated border); note the presence of bullae, petechiae, or hemorrhage.
  • •Always examine the interdigital spaces for maceration, fissures, or tinea pedis — these are common portals of entry, especially for gram-negative toe web infections.
  • •Palpate for fluctuance (suggests abscess) and crepitus (suggests gas-forming infection); assess for lymphangitic streaking and regional lymphadenopathy.
  • •Evaluate for red flags that suggest : pain out of proportion to examination, rapid progression of erythema, skin necrosis, bullae, crepitus, or systemic toxicity (hypotension, altered mental status) — obtain urgent surgical consultation if present.
  • •Assess severity using the : mild (no systemic signs, no uncontrolled comorbidities), moderate (fever, tachycardia, or comorbidities), severe (marked systemic toxicity, rapid progression, or immunocompromise).
  • •Order blood cultures only if the patient has systemic toxicity (temperature >38.5°C, hypotension), immunocompromise, extremes of age, or failure to respond to initial therapy — yield is only 5–10%.
  • •Calculate the (Laboratory Risk Indicator for Necrotizing Fasciitis) if necrotizing infection is suspected: a score ≥6 has ~90% sensitivity and ~80% specificity for necrotizing fasciitis.
  • •Consider imaging: ultrasound to differentiate cellulitis from abscess or deep vein thrombosis; CT or MRI if necrotizing fasciitis is in the differential.
  • •Consider alternative diagnoses if presentation is atypical: stasis dermatitis (bilateral, chronic, no fever), contact dermatitis (pruritus, well-demarcated), deep vein thrombosis (unilateral swelling without fever), gout (acute monoarticular arthritis), or pyogenic flexor tenosynovitis (Kanavel signs).
  • •Reassess at 48–72 hours: clinical response (reduction in erythema, pain, and fever) confirms the diagnosis and guides therapy duration; failure to improve should prompt a search for abscess, resistant organisms, or an alternative diagnosis.

Management

  • •For mild cellulitis (Dundee class I), initiate oral beta-lactam therapy: 500 mg four times daily or 500 mg three times daily for 5–7 days.
  • •For penicillin-allergic patients with mild cellulitis, use 300–450 mg three times daily or 100 mg twice daily as alternatives.
  • •For moderate cellulitis (Dundee class II), start intravenous therapy: 2 g every 8 hours or 1–2 g daily; consider outpatient parenteral antimicrobial therapy (OPAT) for suitable patients.
  • •Switch from IV to oral therapy when the patient is afebrile for ≥24 hours, the cellulitis margin is no longer advancing, pain is improving, and oral intake is tolerated — typically within 24–48 hours.
  • •For severe cellulitis (Dundee class III–IV), admit to hospital and initiate empiric broad-spectrum therapy covering both streptococci and MRSA: 15–20 mg/kg IV every 8–12 hours (target trough 15–20 μg/mL) plus 4.5 g IV every 6 hours or 2 g IV every 8 hours.
  • •Alternative MRSA-active agents for severe disease include 600 mg IV/oral every 12 hours, 6 mg/kg IV daily, or 1200 mg IV as a single dose for patients requiring prolonged coverage who can be discharged early.
  • •Total duration of therapy is 5–7 days for most uncomplicated cellulitis; longer courses (10–14 days) are reserved for slow responders, immunocompromised patients, or those with significant comorbidities.
  • •If no clinical improvement after 48–72 hours of appropriate therapy, reassess with imaging (ultrasound, CT) to exclude abscess or necrotizing fasciitis, obtain blood cultures if not already done, and consider broadening coverage (e.g., adding MRSA coverage if not present).
  • •For any purulent collection, perform incision and drainage — alone are insufficient for abscesses.
  • •Provide supportive care: elevate the affected limb to reduce edema, use analgesics (acetaminophen 650–1000 mg every 6 hours or ibuprofen 400–600 mg every 6–8 hours) for pain and fever.
  • •Avoid routine addition of MRSA coverage for nonpurulent cellulitis without risk factors (prior MRSA, purulence, injection drug use, severe disease) — beta-lactam monotherapy is first-line.
  • •Do not use monotherapy for suspected streptococcal cellulitis due to inferior anti-streptococcal activity.
  • •Do not prolong IV therapy beyond 48–72 hours if clinical improvement occurs; early oral switch reduces length of stay and costs without compromising outcomes.
  • •For patients with two or more episodes of leg cellulitis, prescribe prophylactic V 250 mg twice daily for 12 months to reduce recurrence (HR 0.55, NNT = 8).
  • •Address predisposing factors: treat interdigital , manage chronic edema with compression therapy (graduated compression stockings 20–30 mmHg), and optimize glycemic control in diabetes.

Board Review — High Yield

  • •Nonpurulent cellulitis — most commonly caused by β-hemolytic streptococci; beta-lactam monotherapy is first-line.
  • •LRINEC score ≥6 — raises suspicion for [[necrotizing fasciitis]]; requires urgent surgical consultation.
  • •Dundee classification — stratifies severity (mild, moderate, severe) and predicts mortality (0.3% vs 6.7%).
  • •Early IV-to-oral switch — safe after 24–48 hours of clinical improvement; reduces length of stay.
  • •Penicillin prophylaxis — 250 mg BID for 12 months reduces recurrence by 45% (NNT=8).
  • •Compression therapy — halves recurrence risk in patients with chronic leg edema.
  • •Do not routinely add MRSA coverage for nonpurulent cellulitis without risk factors.
  • •Do not use TMP-SMX monotherapy for suspected streptococcal cellulitis.
  • •Blood cultures — low yield (5–10%); obtain only if systemic toxicity or immunocompromise.
  • •Obesity and heart failure — independent predictors of treatment failure.

Deep Dive — Evidence Details

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