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Authoritative Clinical Reference
| Salt Form | Route | Chemical Nature | Notes |
|
Cefuroxime Sodium
|
IV, IM | Active drug (not a prodrug) | Parenteral formulation — immediate bioavailability |
|
Cefuroxime Axetil
|
Oral |
Prodrug — acetoxyethyl ester of cefuroxime
|
Hydrolysed during absorption in the intestinal mucosa and blood to release active cefuroxime. The ester linkage improves oral absorption (acid stability) but bioavailability remains moderate (~37–52%). ⚠️ Must be taken WITH food — food increases bioavailability by ~40–50%. This is the OPPOSITE of many other oral antibiotics that require empty stomach (e.g., cloxacillin, dicloxacillin, ampicillin).
|
| Strength (as Cefuroxime Base Equivalent) | Route | Notes |
| 250 mg vial | IV / IM | Primarily paediatric; less commonly stocked |
| 750 mg vial | IV / IM | Standard adult vial — most commonly stocked across Indian hospitals. ✅ NLEM-listed strength. |
| 1.5 g vial | IV / IM | Higher-dose vial for severe infections and surgical prophylaxis. ✅ NLEM-listed strength. |
| Strength (as Cefuroxime Base Equivalent) | Notes |
| 125 mg | Paediatric/low-dose adult strength |
| 250 mg | Standard adult strength for mild infections |
| 500 mg | Standard adult strength for moderate infections |
| Per 5 mL (after reconstitution) | Typical Bottle Size | Notes |
| 125 mg/5 mL | 30 mL / 50 mL |
Standard paediatric strength. ⚠️ Taste: Even in suspension form, cefuroxime axetil has a notably bitter/unpleasant taste that is difficult to mask completely. This is one of the most common reasons for poor paediatric compliance. Some manufacturers add flavouring, but palatability remains a challenge.
|
| Strength | Notes |
| Cefuroxime 250 mg + Clavulanic acid 125 mg tablet | Available from select manufacturers |
| Cefuroxime 500 mg + Clavulanic acid 125 mg tablet | Available from select manufacturers |
| Parameter | Value |
|
Bioavailability
|
IV: 100%. IM: ~90–95% (well absorbed from deep IM sites).
|
|
Tmax
|
End of infusion (IV); ~45 minutes (IM)
|
| Parameter | Value |
|
Prodrug status
|
✅ Yes — cefuroxime axetil is a prodrug. It is the 1-acetoxyethyl ester of cefuroxime. After oral ingestion, it is rapidly hydrolysed by non-specific esterases in the intestinal mucosa and portal circulation to release active cefuroxime + acetic acid + acetaldehyde. Systemic circulation contains only active cefuroxime — the intact ester is not detectable in plasma.
|
|
Bioavailability (oral)
|
~37–52% (fasting: ~37%; fed: ~52%). ⚠️ MUST be taken WITH food — food increases oral bioavailability by approximately 40–50% (from ~37% to ~52%). This is clinically significant and is one of the most important prescribing/counselling points for oral cefuroxime. The mechanism: food slows gastric emptying, prolonging contact time with intestinal esterases → more complete hydrolysis → more cefuroxime released → higher systemic levels.
|
|
Tmax (oral)
|
~2–3 hours (with food); delayed to ~3–4 hours fasting
|
| Parameter | Value |
|
Protein binding
|
~33–50% — moderate. ℹ️ This is substantially LOWER than antistaphylococcal penicillins (cloxacillin ~95%, dicloxacillin ~97%) and first-generation cephalosporins (cefazolin ~75–85%). The lower protein binding means a higher free (unbound) drug fraction (~50–67%) — pharmacodynamically advantageous for a time-dependent antibiotic (more free drug available for bactericidal activity).
|
|
Volume of distribution (Vd)
|
~0.2–0.3 L/kg — low-moderate (typical of hydrophilic cephalosporins). Distributes well into: respiratory tract secretions (sputum, bronchial mucosa — basis for respiratory infection treatment), middle ear fluid (basis for otitis media treatment), sinus mucosa, tonsils/adenoids, pleural fluid, joint fluid, bone (moderate), wound exudates, peritoneal fluid, bile (moderate), and renal/urinary tissue. CSF penetration: Moderate with inflamed meninges (~5–15% of serum levels — better than first-generation cephalosporins). Historically used for bacterial meningitis but now superseded by ceftriaxone/cefotaxime (superior CSF penetration and broader gram-negative coverage). ⛔ NOT recommended as first-line for meningitis in current practice.
|
|
Metabolism
|
NOT metabolised. Active cefuroxime is excreted unchanged. There are NO active or inactive metabolites. ℹ️ The oral prodrug (cefuroxime axetil) is hydrolysed PRE-systemically to release active cefuroxime — this is not “metabolism” in the traditional hepatic sense but rather a bioactivation step in the gut wall and blood. Cefuroxime is NOT a substrate, inhibitor, or inducer of CYP450 enzymes. It has NO significant drug transporter interactions (P-gp, OATP, OAT, OCT, MATE, BCRP) at therapeutic concentrations. This gives cefuroxime a very clean drug interaction profile — similar to cefazolin.
|
|
Half-life (t½)
|
~1–2 hours (adults with normal renal function). ℹ️ Intermediate between cefazolin (~1.8–2.5 hours) and the antistaphylococcal penicillins (~0.5–1.5 hours). Supports q8h dosing for most treatment indications (same as cefazolin). Prolonged in renal impairment: up to 10–17 hours in severe CKD (CrCl <10 mL/min). Prolonged in neonates (~3–5 hours) due to immature renal function.
|
|
Excretion
|
Primarily renal: ~85–95% excreted unchanged in urine via glomerular filtration and active tubular secretion (OAT1/OAT3). Achieves very high urinary concentrations — basis for UTI treatment. Minor biliary excretion (~5–10%). ⚠️ Dose adjustment IS required in significant renal impairment (similar to cefazolin).
|
|
Dialysability
|
YES — removed by haemodialysis (~50% removal during a standard 4-hour HD session). Supplemental dose post-HD is REQUIRED. Also removed by CRRT. NOT significantly removed by standard peritoneal dialysis.
|
|
Food effect
|
⚠️ CRITICAL — for ORAL cefuroxime axetil ONLY: Food INCREASES oral bioavailability by ~40–50%. Always take oral cefuroxime WITH food. This is the OPPOSITE of many other oral beta-lactams (cloxacillin, dicloxacillin, ampicillin — which must be taken on empty stomach). For parenteral cefuroxime: food effect is not applicable.
|
|
Onset of action
|
Therapeutic serum levels: immediately with IV bolus; within ~45 min IM; within 2–3 hours oral (with food). Clinical improvement in infections typically within 48–72 hours.
|
|
Duration of action
|
Bactericidal activity is time-dependent (%fT > MIC). The ~1–2 hour half-life combined with the relatively high free drug fraction (~50–67%) means adequate %fT > MIC is maintained with q8h (IV) or q12h (oral) dosing for susceptible organisms.
|
| PK Parameter |
Cefuroxime (2nd gen)
|
Cefazolin (1st gen) — IV only | Cephalexin (1st gen) — oral only | Ceftriaxone (3rd gen) — IV/IM only | Cefixime (3rd gen) — oral only |
|
Both IV + Oral available?
|
✅ YES — unique advantage
|
❌ IV only | ❌ Oral only | ❌ IV/IM only | ❌ Oral only |
|
Oral bioavailability
|
~37–52% (with food) | N/A | ~90% | N/A | ~40–50% |
|
Food effect (oral)
|
⚠️ Take WITH food (↑40–50%) | N/A | Minimal | N/A | Minimal |
|
Protein binding
|
~33–50% | ~70–85% | ~6–15% | ~83–96% (concentration-dependent) | ~65–70% |
|
Free drug fraction
|
~50–67%
|
~15–30% | ~85–94% | ~4–17% | ~30–35% |
|
Half-life
|
~1–2 hr | ~1.8–2.5 hr | ~0.5–1.2 hr |
~6–9 hr (longest)
|
~3–4 hr |
|
Dosing frequency (treatment)
|
IV: q8h; Oral: q12h | IV: q8h | Oral: q6–8h | IV/IM: q12–24h | Oral: q12–24h |
|
Primary elimination
|
Renal (~90%) | Renal (~90%) | Renal (~90%) | Renal (~50–60%) + Biliary (~40%) | Renal (~50%) + Biliary/Faecal (~50%) |
|
Renal dose adjustment
|
⚠️ YES | ⚠️ YES | ⚠️ YES | ✅ Not usually (biliary backup) | ✅ Not usually |
|
Hepatic metabolism
|
✅ None | ✅ None | ✅ None | ✅ None | ✅ None |
|
CYP interactions
|
✅ None | ✅ None | ✅ None | ✅ None | ✅ None |
|
H. influenzae coverage
|
✅ YES (incl. beta-lactamase +)
|
⚠️ Unreliable | ⚠️ Unreliable | ✅ YES | ✅ YES |
|
MSSA coverage
|
✅ Good | ✅ Excellent | ✅ Good | ⚠️ Moderate (less than 1st/2nd gen) | ⚠️ Poor |
|
Pseudomonas
|
⛔ No | ⛔ No | ⛔ No | ⛔ No | ⛔ No |
|
ESBL coverage
|
⛔ No | ⛔ No | ⛔ No | ⛔ No | ⛔ No |
|
NLEM India 2022
|
✅ Injection (750 mg, 1.5 g) | ✅ Injection (1 g) | ✅ Capsule (250/500 mg) | ✅ Injection (250 mg, 1 g) | ❌ Not listed |
|
CSF penetration
|
Moderate (~5–15%) | Poor (~1–3%) | Poor | Good (~10–20%) | Poor |
| Organism | Activity | Notes |
|
S. aureus — MSSA
|
✅ Good | Active but less potent than first-generation cephalosporins (cefazolin > cefuroxime for MSSA). Adequate for MSSA SSTIs but NOT the drug of choice for serious MSSA infections (bacteraemia, endocarditis — use cefazolin or cloxacillin). |
|
Coagulase-negative staphylococci (CoNS) — methicillin-susceptible
|
✅ Good | |
|
Streptococcus pyogenes (GAS)
|
✅ Excellent | |
|
Streptococcus pneumoniae
|
✅ Good (penicillin-susceptible and intermediate) | MIC breakpoints: susceptible ≤1 mg/L (parenteral, non-meningitis); ≤0.5 mg/L (oral). ⚠️ NOT reliably active against penicillin-resistant pneumococcus (MIC >2 mg/L for penicillin) — use ceftriaxone or respiratory fluoroquinolone for resistant pneumococcal infections. |
|
Streptococcus agalactiae (GBS)
|
✅ Good | |
|
Viridans group streptococci
|
✅ Good (most strains) | |
|
Haemophilus influenzae
|
✅ Excellent — KEY advantage over first-generation
|
Active against BOTH beta-lactamase-producing AND non-producing strains. This is the principal clinical reason to choose cefuroxime over cefazolin/cephalexin for respiratory infections. |
|
Moraxella catarrhalis
|
✅ Excellent
|
Beta-lactamase-producing strains also susceptible. Important respiratory pathogen (AOM, sinusitis, AECOPD). |
|
Neisseria gonorrhoeae
|
⚠️ Historically active but now UNRELIABLE
|
⚠️ Gonococcal resistance to cefuroxime has risen significantly in India and globally. Do NOT use cefuroxime for gonorrhoea — current Indian (ICMR/NACO) and international (WHO) guidelines recommend ceftriaxone 500 mg IM single dose as first-line for gonorrhoea.
|
|
Neisseria meningitidis
|
✅ Good | But ceftriaxone is strongly preferred for meningococcal meningitis. |
|
E. coli (non-ESBL)
|
✅ Good |
Community-acquired, non-ESBL strains. ⛔ NOT active against ESBL producers. ⚠️ India-specific: ESBL prevalence among E. coli is 40–70% in hospital settings and 20–40% even in community-acquired UTIs in urban India. Cefuroxime is UNRELIABLE for empiric gram-negative UTI therapy in high-ESBL-prevalence settings without culture guidance.
|
|
Klebsiella pneumoniae (non-ESBL)
|
✅ Moderate-Good |
Same ESBL caveat as E. coli — unreliable for empiric therapy in Indian hospital settings.
|
|
Proteus mirabilis
|
✅ Good | Non-ESBL strains |
|
MRSA
|
⛔ NOT active
|
mecA-mediated resistance = resistant to ALL cephalosporins |
|
Enterococci
|
⛔ NOT active
|
Intrinsic resistance to all cephalosporins |
|
Pseudomonas aeruginosa
|
⛔ NOT active
|
No antipseudomonal activity |
|
ESBL-producing Enterobacterales
|
⛔ NOT active
|
⚠️ CRITICAL India limitation |
|
Bacteroides fragilis
|
⛔ NOT active
|
No useful anaerobic coverage (except some oral anaerobes). For mixed aerobic-anaerobic infections: add metronidazole. |
|
Atypical organisms (Mycoplasma, Chlamydophila, Legionella)
|
⛔ NOT active
|
Beta-lactams have no activity against atypicals — for atypical pneumonia, combine with macrolide or use doxycycline/fluoroquinolone. |
|
Borrelia burgdorferi
|
✅ Good | Cefuroxime axetil is one of the oral drugs of choice for early Lyme disease (erythema migrans). Relevance in India: Lyme disease is uncommon but reported in Himalayan and northeast Indian states. |
|
Listeria monocytogenes
|
⛔ NOT active
|
ALL cephalosporins are intrinsically resistant to Listeria
|
| Population | Clinical PK Significance |
|
Obesity
|
Cefuroxime Vd (~0.2–0.3 L/kg) does not increase proportionally with adipose tissue. Standard doses (750 mg–1.5 g IV) are generally adequate for obese patients with most infections. For surgical prophylaxis in obese patients (BMI >40): consider using the 1.5 g dose rather than 750 mg to ensure adequate tissue concentrations. Data is less established than for cefazolin obesity dosing.
|
|
Pregnancy
|
Increased renal clearance (GFR up to 50% higher) accelerates cefuroxime elimination. Serum levels may be ~20–30% lower than non-pregnant women. Standard doses remain adequate for most infections. Cefuroxime crosses the placenta — fetal exposure occurs but is considered safe (cephalosporin class safety). |
|
Critical illness / ICU
|
Increased Vd (fluid shifts, capillary leak in sepsis) may reduce serum levels. ARC in young septic/trauma patients can increase clearance. For ICU patients with serious infections: use the higher dose range (1.5 g IV q8h). Consider q6h dosing if ARC confirmed.
|
|
Paediatric
|
Neonates: prolonged half-life (~3–5 hours) due to immature renal function — extended dosing intervals (q8–12h). Infants >1 month and older children: weight-adjusted clearance approaches adult values. Standard weight-based dosing adequate. |
|
Elderly (≥60 years)
|
Age-related decline in GFR reduces cefuroxime clearance. Half-life prolonged. Dose adjustment per renal function (CrCl calculation essential in elderly — do NOT rely on serum creatinine alone). |
| Feature | Cefuroxime | Amoxicillin-Clavulanate |
|
Oral formulation
|
Cefuroxime axetil (prodrug; ~37–52% bioavailability) | Amoxicillin-clavulanate (amoxicillin ~75–92% bioavailability; clavulanate ~60–75%) |
|
Food requirement
|
MUST take WITH food | SHOULD take with food (improves clavulanate absorption, reduces GI effects) |
|
GI adverse effects
|
Moderate (nausea ~5–10%; diarrhoea ~3–8%) |
⚠️ Higher (diarrhoea ~10–25% — clavulanate-driven)
|
|
H. influenzae coverage
|
✅ Excellent (intrinsic beta-lactamase stability) | ✅ Excellent (clavulanate inhibits beta-lactamase) |
|
M. catarrhalis coverage
|
✅ Excellent | ✅ Excellent |
|
Anaerobic coverage
|
⛔ Poor |
✅ Good (B. fragilis — most strains)
|
|
Enterococcal coverage
|
⛔ None |
✅ E. faecalis (amoxicillin component)
|
|
IV formulation available
|
✅ Yes (cefuroxime sodium) | ✅ Yes (amoxicillin-clavulanate IV) |
|
IV-to-oral step-down
|
✅ Same molecule (cefuroxime sodium → cefuroxime axetil) | ✅ Same combination (IV → oral amoxicillin-clavulanate) |
|
Taste (paediatric suspension)
|
⚠️ Bitter — major compliance issue
|
Moderate — better tolerated than cefuroxime |
|
NLEM India 2022
|
✅ Injection (750 mg, 1.5 g) | ✅ Tablet (500/125 mg); Injection (1000/200 mg) |
|
Cost
|
Moderate | Generally lower (amoxicillin is very affordable) |
| Dose Tier | Route | Per-Dose | Frequency | Total Daily Dose | Typical Use |
|
Standard
|
IV or IM | 750 mg | Every 8 hours (q8h) | 2.25 g/day | Most community-acquired moderate infections |
|
Severe
|
IV | 1.5 g | Every 8 hours (q8h) | 4.5 g/day | Severe infections, lower respiratory, bone/joint |
|
Life-threatening
|
IV | 1.5 g | Every 6 hours (q6h) | 6 g/day | Life-threatening infections; meningitis (if used — not first-line) |
|
Surgical prophylaxis
|
IV | 1.5 g | Single dose pre-op (± additional doses) | 1.5–4.5 g total | See surgical prophylaxis indication below |
| Dose Tier | Per-Dose | Frequency | Total Daily Dose | Typical Use |
|
Mild
|
250 mg | Every 12 hours (q12h) | 500 mg/day | Mild UTI, mild SSTI, pharyngitis |
|
Standard / Moderate
|
500 mg | Every 12 hours (q12h) | 1 g/day | CAP (outpatient), sinusitis, AOM, AECOPD, moderate UTI/SSTI |
|
Maximum oral
|
500 mg | Every 12 hours (q12h) |
1 g/day (maximum recommended oral dose)
|
— |
| Route | Per-Dose | Frequency | Duration | Combination |
| IV (hospitalised, non-severe — CURB-65 score 1–2) | 750 mg–1.5 g | Every 8 hours | Until clinically improving + afebrile ≥48 hrs → oral step-down. Total 5–7 days. |
± Macrolide (azithromycin 500 mg IV/oral OD) or doxycycline 100 mg BD for atypical pathogen coverage — recommended for all hospitalised CAP per API Textbook and ICMR guidelines
|
| Oral step-down (from IV) | 500 mg cefuroxime axetil |
Every 12 hours WITH FOOD
|
To complete total 5–7 days | ± Oral azithromycin or doxycycline (to complete atypical coverage) |
| Oral (outpatient — non-severe CAP, CURB-65 score 0–1) | 500 mg cefuroxime axetil |
Every 12 hours WITH FOOD
|
5–7 days | ± Macrolide/doxycycline for atypical coverage (recommended for outpatient CAP with comorbidities or prior antibiotic exposure) |
| Route | Per-Dose | Frequency | Duration |
| Oral (cefuroxime axetil) | 250–500 mg |
Every 12 hours WITH FOOD
|
5–10 days (5 days if ≥2 years with mild; 10 days if <2 years or severe) |
| Route | Per-Dose | Frequency | Duration |
| Oral (cefuroxime axetil) | 250–500 mg |
Every 12 hours WITH FOOD
|
5–7 days (uncomplicated); 10–14 days (complicated/recurrent) |
| Route | Per-Dose | Frequency | Duration |
| IV (hospitalised) | 750 mg–1.5 g | Every 8 hours | Until improving → oral step-down. Total 5–7 days. |
| Oral step-down / Outpatient | 500 mg cefuroxime axetil |
Every 12 hours WITH FOOD
|
5–7 days total |
| Route | Per-Dose | Frequency | Duration |
| Oral (cefuroxime axetil) | 250 mg |
Every 12 hours WITH FOOD
|
3–5 days |
| Route | Per-Dose | Frequency | Duration |
| IV (hospitalised pyelonephritis/cUTI) | 750 mg–1.5 g | Every 8 hours | Until afebrile ≥48 hrs → oral step-down. Total 10–14 days. |
| Oral step-down | 500 mg cefuroxime axetil |
Every 12 hours WITH FOOD
|
To complete total course |
| Route | Per-Dose | Frequency | Duration |
| IV (hospitalised, moderate SSTI) | 750 mg | Every 8 hours | Until improving → oral step-down. Total 5–10 days. |
| Oral (outpatient, mild-moderate) | 250–500 mg cefuroxime axetil |
Every 12 hours WITH FOOD
|
5–10 days |
| Route | Per-Dose | Timing | Re-dosing | Post-Op Duration |
| IV | 1.5 g |
30–60 minutes before incision (at induction of anaesthesia)
|
Re-dose at 3–4 hours intraoperatively (based on ~1.5-hour half-life — re-dose at ~2× half-life). Re-dose if blood loss >1500 mL.
|
⛔ Single dose preferred. Maximum 24 hours post-operatively.
|
| Procedure Type | Standard Protocol | Notes |
|
Orthopaedic surgery (joint replacement, ORIF, spine)
|
1.5 g IV pre-op + re-dose q3–4h intra-op + up to 24 hrs post-op |
ℹ️ Cefazolin is generally PREFERRED over cefuroxime for orthopaedic prophylaxis in most Indian and international guidelines — superior MSSA coverage, longer half-life (q4h re-dosing vs q3–4h). However, cefuroxime is an acceptable alternative (AIIMS orthopaedic protocol includes both). UK NICE guidelines specifically recommend cefuroxime for orthopaedic prophylaxis.
|
|
Cardiac surgery (CABG, valve)
|
1.5 g IV pre-op + q8h × 24–48 hrs post-op | Cefazolin preferred by most Indian cardiac centres; cefuroxime is an acceptable alternative per some protocols (AIIMS cardiac surgery protocol). |
|
Abdominal / Colorectal surgery
|
1.5 g IV pre-op + Metronidazole 500 mg IV
|
⚠️ Cefuroxime alone is INSUFFICIENT for colorectal procedures — no anaerobic (B. fragilis) coverage. Must add metronidazole. Some protocols prefer cefazolin + metronidazole or ampicillin-sulbactam as single-agent alternatives.
|
|
Head and neck surgery (involving mucosal incision)
|
1.5 g IV pre-op + metronidazole for anaerobic cover | |
|
Gynaecological surgery (hysterectomy, C-section)
|
1.5 g IV pre-op | Cefazolin is preferred for C-section prophylaxis per FOGSI/ACOG. Cefuroxime is an alternative. |
|
Neurosurgery (craniotomy, VP shunt)
|
1.5 g IV pre-op |
Some UK-based protocols prefer cefuroxime for neurosurgical prophylaxis (better gram-negative coverage than cefazolin including H. influenzae). Indian practice varies.
|
| Route | Per-Dose | Frequency | Duration |
| Oral (cefuroxime axetil) | 500 mg |
Every 12 hours WITH FOOD
|
14–21 days
|
| Route | Dose | Timing | Duration |
|
Intracameral (injection into the anterior chamber of the eye at the end of cataract surgery)
|
1 mg in 0.1 mL (prepared by diluting cefuroxime sodium injection to a concentration of 10 mg/mL using balanced salt solution — BSS)
|
Single injection at the conclusion of cataract surgery (after IOL implantation, before wound closure)
|
Single dose — one-time administration |
| Step | Action | Result |
| 1 | Reconstitute 750 mg cefuroxime sodium vial with 7.5 mL SWFI | Concentration = 100 mg/mL |
| 2 | Draw 1 mL of this solution | Contains 100 mg cefuroxime |
| 3 | Add this 1 mL to 9 mL of BSS (Balanced Salt Solution) | Concentration = 10 mg/mL |
| 4 |
Draw 0.1 mL from this diluted solution
|
Contains 1 mg cefuroxime — this is the intracameral dose
|
| Dosing Tier | Dose | Frequency | Typical Use |
|
Standard
|
20–30 mg/kg/dose | Every 8 hours (q8h) | Most moderate infections |
|
Severe
|
50 mg/kg/dose | Every 6–8 hours (q6–8h) | Severe infections, bacteraemia |
|
Maximum
|
50 mg/kg/dose (max 1.5 g per dose; max 6 g/day) | q6–8h | Life-threatening infections |
|
Surgical prophylaxis
|
30 mg/kg (max 1.5 g) | Single pre-op dose ± intraoperative re-dosing | Paediatric surgical prophylaxis |
| Dosing Tier | Dose | Frequency | Typical Use |
|
Standard (most infections)
|
10–15 mg/kg/dose (max 250 mg per dose) | Every 12 hours (q12h) | AOM, sinusitis, mild SSTI, UTI |
|
Higher dose (AOM second-line)
|
15 mg/kg/dose (max 500 mg per dose) | Every 12 hours (q12h) | Recurrent/refractory AOM, moderate infections |
|
Maximum oral
|
500 mg per dose; 1 g per day | q12h | — |
| Route | Dose | Frequency | Duration |
|
Oral (cefuroxime axetil — WITH FOOD)
|
15 mg/kg/dose (max 500 mg per dose) | Every 12 hours | 5 days (≥2 years, mild); 10 days (<2 years or severe/recurrent) |
| Route | Dose | Frequency | Duration |
|
Oral (cefuroxime axetil — WITH FOOD)
|
15 mg/kg/dose (max 500 mg) | Every 12 hours | 10–14 days |
| Route | Dose | Frequency | Duration |
| IV (hospitalised, non-severe) | 25–50 mg/kg/dose | Every 8 hours | Until improving → oral step-down. Total 5–7 days. |
| Oral step-down / Outpatient |
15 mg/kg/dose (max 500 mg) cefuroxime axetil WITH FOOD
|
Every 12 hours | To complete total 5–7 days |
| Route | Dose | Frequency | Duration |
| IV (severe pyelonephritis/cUTI) | 25–50 mg/kg/dose | Every 8 hours | Until afebrile ≥48 hrs → oral step-down. Total 10–14 days. |
| Oral (mild-moderate cystitis/step-down) |
10–15 mg/kg/dose (max 250 mg) cefuroxime axetil WITH FOOD
|
Every 12 hours | 3–5 days (cystitis); to complete 10–14 days (pyelonephritis step-down) |
| Route | Dose | Frequency | Duration |
|
Oral (cefuroxime axetil — WITH FOOD)
|
10–15 mg/kg/dose (max 250–500 mg) | Every 12 hours | 5–7 days |
| IV (moderate-severe, hospitalised) | 25–50 mg/kg/dose | Every 8 hours | Until improving → oral step-down |
| Route | Dose | Timing | Re-dosing | Post-Op |
| IV | 30 mg/kg (max 1.5 g) | Within 60 minutes before incision | Re-dose if procedure >3–4 hours or blood loss >25 mL/kg | ⛔ Single dose preferred. Maximum 24 hours. |
| Age / Gestational Age | Per-Dose | Frequency | Notes |
|
Preterm (<37 weeks GA), ≤7 days
|
25 mg/kg/dose IV | Every 12 hours (q12h) | NICU supervision only. |
|
Term (≥37 weeks GA), ≤7 days
|
25 mg/kg/dose IV | Every 8–12 hours (q8–12h) | NICU supervision. |
|
Term, 8–28 days
|
25 mg/kg/dose IV | Every 8 hours (q8h) | Renal function maturing. |
| Route | Dose | Frequency | Duration |
|
Oral (cefuroxime axetil — WITH FOOD)
|
15 mg/kg/dose (max 500 mg) | Every 12 hours | 14–21 days |
| Route | Dose | Frequency | Duration |
|
Oral (cefuroxime axetil — WITH FOOD)
|
10 mg/kg/dose (max 250 mg) | Every 12 hours |
10 days (to ensure GAS eradication and prevent rheumatic fever)
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| Route | Dose | Frequency | Duration |
| IV (moderate — hospitalised) | 25–50 mg/kg/dose | Every 8 hours | Until improving → oral step-down. Total 7–10 days. |
| Oral (mild — outpatient) |
15 mg/kg/dose (max 500 mg) cefuroxime axetil WITH FOOD
|
Every 12 hours | 7–10 days |
| # | Indication | Route | Evidence | Specialist Required |
| 1 | Early Lyme disease (<8 years — doxycycline contraindicated) | Oral | Moderate | Paediatrician |
| 2 | GAS pharyngotonsillitis — penicillin allergy alternative | Oral | Strong | Paediatrician (primary care appropriate) |
| 3 | Periorbital cellulitis — mild-moderate | IV/Oral | Weak | Paediatrician/Ophthalmologist |
| Parameter | 750 mg Vial | 1.5 g Vial |
|
Diluent for reconstitution
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Sterile Water for Injection (SWFI) — preferred. Normal Saline (NS) also acceptable.
|
Same |
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Volume of diluent
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At least 6 mL (yields ~6.6 mL total volume) | At least 15 mL (to ensure complete dissolution) |
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Approximate final concentration
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~113 mg/mL | ~100 mg/mL |
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Appearance
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Clear to light yellow/amber solution. ⛔ Discard if deeply coloured (dark brown), cloudy, or precipitated. | Same |
| Parameter | Details |
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Compatible IV fluids
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✅ Normal Saline (0.9% NaCl) — preferred (best stability). ✅ Dextrose 5% (D5W) — compatible. ✅ Ringer’s Lactate (RL) — compatible. ✅ Dextrose-Saline (DNS) — compatible.
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Recommended dilution volume
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50–100 mL for intermittent infusion (adults). 10–25 mL for paediatric/neonatal use.
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Final concentration range
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7.5–30 mg/mL (depending on dilution volume) |
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Incompatible solutions
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⛔ Aminoglycosides — physical + chemical incompatibility. ⛔ Sodium bicarbonate — degradation at alkaline pH. ⛔ Do NOT add to TPN, blood products, or lipid emulsions.
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| Method | Rate | Notes |
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Slow IV Injection (Bolus/Push)
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Over 3–5 minutes
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For doses ≤750 mg, direct IV push over 3–5 minutes is acceptable and convenient. |
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Intermittent IV Infusion
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Over 15–30 minutes
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PREFERRED method for 1.5 g doses and for all treatment doses (reduces vein irritation). Dilute in 50–100 mL compatible fluid. |
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Infusion pump
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Recommended for: paediatric/neonatal dosing, ICU patients, continuous infusion strategies. | Ensures accurate delivery. |
| Condition | In SWFI | In NS | In D5W |
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Room temperature (25°C)
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5 hours
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24 hours
|
24 hours
|
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Refrigerated (2–8°C)
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48 hours
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48 hours
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24 hours
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Protected from light?
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Not mandatory — cefuroxime is not significantly photosensitive. | Same | Same |
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Freezing
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⛔ Do NOT freeze reconstituted solutions prepared from dry powder. | — | — |
| Compatible (Y-site) | Incompatible (Do NOT mix) |
| ✅ Normal Saline, Dextrose 5%, Ringer’s Lactate, DNS |
⛔ Aminoglycosides (gentamicin, amikacin, tobramycin) — NEVER mix. Flush with ≥20 mL NS between drugs. Use separate IV lines if both prescribed.
|
| ✅ Heparin (at Y-site — check local data) |
⛔ Sodium bicarbonate — alkaline pH degrades cefuroxime
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| ✅ Metronidazole — generally compatible (flush between) |
⛔ Vancomycin — physical incompatibility reported; flush between
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| ✅ Morphine, fentanyl (Y-site — institutional data) |
⛔ Blood products, TPN, lipid emulsions
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⛔ Ciprofloxacin IV — reported incompatibility
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⛔ Clarithromycin IV — incompatible
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| Topic | Details |
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Phlebitis
|
Moderate risk (~5–10%) — higher than cefazolin (~1–5%) but lower than nafcillin (~10–30%). Dilute adequately (≥50 mL for infusion), infuse over ≥15 minutes, rotate IV sites every 48–72 hours. For courses >5–7 days: consider PICC/midline.
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Extravasation
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Low risk — cefuroxime is NOT a vesicant. If extravasation occurs: mild local irritation. Apply warm compress. No specific antidote needed. |
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Flush line
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Flush with 10–20 mL NS before and after, especially when aminoglycosides or vancomycin are co-infused.
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Filter
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Standard IV set — no special in-line filter required. |
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Colour change
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Solution may darken slightly from pale yellow to deeper yellow on standing — this is normal within stability window. ⛔ Discard if dark amber/brown or precipitated. |
| Parameter | Details |
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Reconstitution for IM
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Reconstitute with Sterile Water for Injection (SWFI). 750 mg vial: add 3 mL → ~250 mg/mL (concentrated for IM volume).
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IM injection site
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Deep gluteal muscle (upper outer quadrant) in adults. Vastus lateralis (anterolateral thigh) in children <2 years. Deltoid: acceptable for adults if volume ≤2 mL. |
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Maximum IM volume per site
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Adults: ≤3–5 mL per site. Children: ≤2 mL per site. Split dose between two sites if needed. |
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Pain at injection site
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⚠️ Moderate-to-significant pain. IM cefuroxime is MORE painful than many other IM cephalosporins/penicillins due to the slower dissolution of the powder and the inherent irritancy of the solution. Reconstitution with 0.5% Lidocaine (Lignocaine) solution is recommended to reduce pain — standard practice. ⛔ Do NOT use lidocaine-reconstituted solution for IV administration. Some practitioners add 1% lidocaine to the IM reconstitution (0.75 mL of 2% lidocaine + 2.25 mL SWFI = ~0.5% solution in 3 mL).
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IM absorption
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Good (~90–95% bioavailability). Tmax ~45 minutes. Adequate for most moderate infections when IV access is unavailable.
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| Topic | Details |
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Administration
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Tablets: Swallow WHOLE with water — ⛔ do NOT crush, chew, or split. Film coating masks extreme bitterness and protects the ester bond. Crushing → intensely bitter taste → vomiting/refusal (especially children) + potentially reduced bioavailability.
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⚠️ TAKE WITH FOOD
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CRITICAL INSTRUCTION — THE single most important counselling point for oral cefuroxime. Food increases oral bioavailability by ~40–50% (from ~37% to ~52%). Taking on empty stomach results in subtherapeutic serum levels → potential treatment failure. Write “TAKE WITH FOOD” prominently on every prescription.
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Oral suspension
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Shake well before each dose. Use measuring cup/oral syringe provided. ⚠️ Intensely bitter taste even with flavouring — major paediatric compliance barrier. Practical tips: (a) give immediately after mixing with a small amount of chocolate syrup or honey (>1 year old); (b) follow immediately with juice or flavoured drink; © do NOT mix into a full bottle of milk (incomplete dose if child doesn’t finish). If child still refuses: switch to better-tasting alternative (amoxicillin-clavulanate, cefpodoxime, or cefixime suspension).
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Enteral tube (NG/PEG)
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⛔ Tablets should NOT be crushed for tube administration (extremely bitter, potential bioavailability change). If enteral tube administration is needed: use the oral suspension formulation — can be administered via NG/PEG tube. Flush tube with 10–15 mL water before and after. However, if the patient is on enteral feeds, timing the suspension dose WITH the feed (as food increases absorption) may be practical. If enteral cefuroxime is impractical: switch to IV cefuroxime (same molecule — seamless transition).
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Stability of oral suspension after reconstitution
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10 days at room temperature (≤25°C) or 10 days refrigerated (2–8°C). Discard unused portion after 10 days. In Indian summer (>30°C): refrigerate and use within 7 days if possible.
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| Form | Before Opening/Reconstitution | After Reconstitution/Opening |
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IV/IM powder vials (dry)
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Store below 30°C. Protect from light and moisture. No refrigeration needed for dry powder. | SWFI: 5 hrs RT, 48 hrs fridge. NS: 24 hrs RT, 48 hrs fridge. D5W: 24 hrs RT, 24 hrs fridge. Discard remainder. |
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Oral tablets (cefuroxime axetil)
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Store below 30°C. Protect from moisture. Keep in original blister/strip. | N/A — use within shelf life. |
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Oral suspension (dry powder before reconstitution)
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Store below 30°C. Protect from moisture. | After reconstitution: 10 days at RT (≤25°C) or 10 days refrigerated. Discard after 10 days. In hot climate: refrigerate. |
| CrCl (mL/min) | Dose Adjustment | Notes |
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>20
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✅ No adjustment. Standard dosing: 750 mg–1.5 g IV q8h.
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— |
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10–20
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750 mg IV every 12 hours (q12h)
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⚠️ Significant half-life prolongation. Extend interval from q8h to q12h. For severe infections: may use 1.5 g q12h. |
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<10 (non-dialysis)
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750 mg IV every 24 hours (q24h)
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⚠️ Marked accumulation. Extended interval essential. Monitor for adverse effects. |
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Haemodialysis
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750 mg IV after each HD session (supplemental dose). Between HD days: 750 mg q24h.
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⚠️ Cefuroxime IS significantly removed by HD (~50% removal during standard 4-hour session). Supplemental dose post-HD is MANDATORY. Timing: give at the END of HD session. On non-HD days: 750 mg q24h. For thrice-weekly HD: dose post-HD + additional dose between sessions if >48-hour inter-dialytic gap.
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Peritoneal dialysis
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750 mg IV every 12 hours (q12h)
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Cefuroxime is NOT efficiently removed by continuous ambulatory PD. Dosing based on residual CrCl (typically <10 mL/min in PD patients). |
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CRRT (CVVH, CVVHD, CVVHDF)
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750 mg–1.5 g IV every 12 hours (q12h)
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CRRT provides continuous clearance (~equivalent to CrCl 20–40 mL/min depending on CRRT settings). Adjust based on effluent rate and infection severity. Consult ICU pharmacist/ID specialist. |
| CrCl (mL/min) | Dose Adjustment | Notes |
|
>30
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✅ No adjustment. Standard: 250–500 mg oral q12h WITH FOOD.
|
— |
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10–30
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Standard dose — no formal dose reduction per most references. However, half-life is prolonged and some accumulation occurs.
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ℹ️ Some experts recommend using 250 mg q12h (rather than 500 mg q12h) for non-severe infections in this CrCl range. Since oral bioavailability is only ~37–52%, total systemic exposure even at standard oral doses may be lower than with equivalent parenteral doses — providing a margin of safety.
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<10
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250 mg oral q24h (or consider IV/IM route for more predictable levels)
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Marked half-life prolongation with oral route. |
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Haemodialysis
|
Give standard oral dose + supplemental 250 mg dose after each HD session
|
— |
| CrCl (mL/min/1.73 m²) | Dose Adjustment |
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>20
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No adjustment. Standard weight-based dosing. |
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10–20
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Standard per-dose amount; extend interval to q12h. |
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<10
|
Standard per-dose amount; extend interval to q24h. |
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Haemodialysis
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Supplemental dose post-HD. Paediatric nephrologist involvement. |
| Hepatic Impairment | Dose Adjustment |
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Child-Pugh A
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✅ No adjustment. |
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Child-Pugh B
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✅ No adjustment. |
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Child-Pugh C
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✅ No adjustment. |
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Acute liver failure
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✅ No adjustment. |
| Related Drug Class | Cross-Reactivity with Cefuroxime | Clinical Implication |
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Other cephalosporins (all generations)
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Variable — depends on R1/R2 side chain similarity. Overall cross-reactivity between cephalosporins with different side chains: ~1–5%. Cefuroxime has a unique R1 side chain (methoxyimino group) — shared with some third-generation cephalosporins (cefotaxime, ceftriaxone have similar methoxyimino groups). Cross-reactivity between cefuroxime and these third-gen agents may be slightly higher (~2–5%) than with unrelated cephalosporins. | If anaphylaxis to cefuroxime: avoid ALL cephalosporins without formal allergy evaluation. If anaphylaxis to a cephalosporin with a very different side chain (e.g., cefazolin — tetrazole side chain, very different from cefuroxime): cefuroxime MAY be usable with specialist allergy consultation. |
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Penicillins (amoxicillin, ampicillin, cloxacillin, etc.)
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~2–5% overall cross-reactivity.
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For patients with non-severe penicillin allergy (rash, mild urticaria): cefuroxime CAN be used with monitored first dose. For patients with severe penicillin anaphylaxis: use with caution — formal allergy evaluation preferred. Many Indian and international guidelines accept cefuroxime in non-severe penicillin allergy.
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Carbapenems
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<1% cross-reactivity with cephalosporins
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Safe in cephalosporin-allergic patients |
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Monobactams (aztreonam)
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No cross-reactivity
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✅ Safe in all beta-lactam-allergic patients |
| Allergy Severity | Description | Can Cefuroxime Be Given? | Action Required |
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🟢 MILD
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Non-urticarial rash, >10 years ago, childhood, vague history |
✅ YES
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Monitored first dose (30 min observation). Low risk (~2%). |
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🟡 MODERATE
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Urticaria, localised angioedema, within last 10 years |
✅ YES — with caution
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Monitored first dose in anaphylaxis-ready setting. Consider allergy consultation. |
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🔴 SEVERE
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Anaphylaxis, severe angioedema, bronchospasm, hypotension |
⚠️ CAUTION
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Skin testing if available → if negative: cefuroxime safe. If skin testing unavailable: use non-beta-lactam alternative (azithromycin for respiratory infections; fluoroquinolone if appropriate). |
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⚪ UNCERTAIN
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“Someone told me I’m allergic,” no documentation |
✅ YES
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Monitored first dose. Most common scenario — 80–90% are NOT truly allergic. |
| Trimester | Risk Assessment | Details |
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First Trimester (Weeks 1–12)
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Low risk — Compatible
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No consistent evidence of teratogenicity with cephalosporin-class drugs. The organogenesis window (weeks 3–8 post-conception) does not appear to be affected. Large registry data (Swedish Medical Birth Registry, Hungarian Case-Control Surveillance of Congenital Abnormalities) for cephalosporin exposure in early pregnancy shows no increased malformation risk. First-trimester cephalosporin use for UTI treatment is well-established and considered safe. |
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Second Trimester (Weeks 13–26)
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Low risk — Compatible
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No specific concerns. Maternal PK changes (increased GFR, expanded plasma volume) accelerate cefuroxime clearance — serum levels may be 20–30% lower than non-pregnant women at the same dose. Standard doses remain adequate for most infections. |
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Third Trimester (Weeks 27–40)
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Low risk — Compatible
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Continued increased renal clearance. Cefuroxime crosses the placenta — fetal cord blood levels reach approximately 25–50% of maternal serum levels. This transplacental transfer is therapeutically advantageous for C-section prophylaxis (neonatal protection). No documented late-pregnancy or neonatal toxicity with cefuroxime.
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| Obstetric Indication | Status | Notes |
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Caesarean section prophylaxis
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✅ Standard alternative to cefazolin
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Cefuroxime 1.5 g IV within 60 minutes before skin incision. ℹ️ Cefazolin is the globally preferred C-section prophylactic agent (FOGSI, ACOG, WHO guidelines). Cefuroxime is a valid alternative — slightly broader gram-negative coverage than cefazolin but otherwise equivalent. In Indian practice, both cefazolin and cefuroxime are commonly used for C-section prophylaxis.
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UTI / Pyelonephritis in pregnancy
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✅ Compatible
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IV cefuroxime for hospitalised pyelonephritis (non-ESBL organism confirmed on culture). Oral cefuroxime axetil WITH FOOD for mild-moderate UTI. ⚠️ Always culture-guided — ESBL prevalence in Indian uropathogens limits empiric use. Alternative: oral cephalexin (NLEM, widely available, can be taken with food) for uncomplicated lower UTI. |
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CAP in pregnancy
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✅ Compatible
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For non-severe hospitalised CAP: IV cefuroxime ± macrolide. Oral step-down to cefuroxime axetil WITH FOOD. Safe and appropriate. |
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GBS intrapartum prophylaxis
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ℹ️ NOT the standard first-line
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First-line for GBS IAP: IV penicillin G or IV ampicillin. Cefazolin is the first-line alternative for penicillin-allergic patients (non-severe allergy). Cefuroxime is an acceptable but less commonly used alternative. |
| Situation | Alternative |
| C-section prophylaxis |
Cefazolin 2 g IV — preferred first-line per FOGSI/ACOG
|
| UTI (mild, outpatient) in pregnancy |
Oral cephalexin 500 mg q6h (NLEM, pregnancy-safe) or nitrofurantoin (avoid near term)
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| Pyelonephritis in pregnancy (IV required) | Cefuroxime IV OR ceftriaxone IV (if ESBL not suspected) |
| MRSA infection in pregnancy | Vancomycin IV; clindamycin (if susceptible) |
| Parameter | Details |
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Excretion into breast milk
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Present in breast milk in low concentrations. The moderate protein binding (~33–50%) allows some transfer, but absolute amounts reaching the infant are clinically insignificant.
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Relative Infant Dose (RID)
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~0.2–1.0% of the maternal weight-adjusted dose (based on available PK data) — well below the 10% threshold considered generally safe.
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Qualitative milk level
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Very low.
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Infant risk
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Very low. Possible minor effects: transient alteration of bowel flora (mild loose stools), nappy rash. Oral candidiasis — uncommon. Allergic sensitisation — theoretical, not clinically demonstrated. |
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Compatibility statement
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✅ Compatible with breastfeeding. No need to discontinue breastfeeding during cefuroxime therapy (IV or oral).
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| Parameter | Recommendation |
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Starting dose
|
⚠️ Dose per RENAL FUNCTION — not age. Calculate CrCl (Cockcroft-Gault) before prescribing. Many elderly Indian patients with “normal” serum creatinine (1.0–1.2 mg/dL) have CrCl of only 30–50 mL/min due to low muscle mass — requiring interval adjustment for parenteral cefuroxime. Standard oral dosing (250–500 mg q12h) is usually adequate if CrCl >30 mL/min.
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Titration
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Not applicable. |
| Risk | Details | Monitoring / Action |
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⚠️ Occult renal impairment
|
THE most important elderly concern for cefuroxime (same as cefazolin). Cefuroxime is ~85–95% renally eliminated — accumulation occurs if renal function is not assessed.
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MANDATORY: Calculate CrCl before prescribing. Do NOT rely on serum creatinine alone. If CrCl <20 mL/min: parenteral q12h instead of q8h. |
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CDI risk
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Elderly are the highest-risk group for CDI. Cefuroxime carries lower CDI risk than ceftriaxone (stewardship advantage) — but CDI can still occur. | Monitor for diarrhoea. Use shortest effective course. Review PPI indication. |
|
Oral cefuroxime — food adherence
|
Elderly patients with poor appetite, anorexia of illness, or irregular eating may struggle with the “take with food” requirement. | If food intake is unreliable: consider IV/IM cefuroxime (ensures full bioavailability) or switch to an oral antibiotic without a food requirement (e.g., amoxicillin-clavulanate — also should be taken with food but less bioavailability-dependent; cephalexin — minimal food effect). |
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Polypharmacy
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💡 Cefuroxime’s clean drug interaction profile (no CYP interactions, no hepatic metabolism) is a significant advantage in elderly patients on multiple medications. No warfarin CYP interaction (unlike dicloxacillin/nafcillin). No calcineurin inhibitor interaction.
|
Minimal additional drug interaction monitoring needed beyond standard antibiotic cautions. |
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Phlebitis
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Elderly have fragile veins — moderate phlebitis risk with cefuroxime (~5–10%). | Adequate dilution, slow infusion, rotate IV sites. Consider PICC for courses >5 days. |
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Falls / Delirium
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Cefuroxime does NOT cause sedation, dizziness, or confusion. No falls risk contribution. Advantage over fluoroquinolones (which are associated with delirium, confusion, tendon rupture in elderly). | No specific falls precaution. |
| Scenario | Guidance |
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Elderly patient with CAP — outpatient (CURB-65 = 1)
|
Oral cefuroxime axetil 500 mg q12h WITH FOOD (confirm food intake is adequate) ± oral azithromycin 500 mg OD for atypical coverage. If food intake is poor: use amoxicillin-clavulanate instead or hospitalise for IV therapy. Check CrCl — adjust if <30 mL/min. |
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Elderly patient with AECOPD and purulent sputum
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Oral cefuroxime axetil 500 mg q12h WITH FOOD × 5 days. Check CrCl. Appropriate for moderate AECOPD with bacterial suspicion. |
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Elderly patient with pyelonephritis — CrCl 25 mL/min
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IV cefuroxime 750 mg q12h (adjusted for CrCl 10–20 range). ⚠️ Obtain urine C&S — ESBL prevalence in elderly Indian uropathogens is high. If ESBL confirmed: switch to carbapenem or piperacillin-tazobactam. |
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Elderly patient undergoing elective hernia repair
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Cefuroxime 1.5 g IV (or cefazolin 2 g IV — either acceptable) within 60 minutes before incision. Single dose. No post-operative prophylaxis extension (clean surgery). |
| Interacting Drug / Substance | Mechanism | Clinical Effect | Onset Type | Action Required |
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⚠️ Aminoglycosides (Gentamicin, Amikacin, Tobramycin)
|
Physical/chemical incompatibility when mixed in same IV solution/line — beta-lactam ring reacts with aminoglycoside amino groups → inactivation of BOTH drugs. Pharmacodynamic synergy: When given via separate lines, beta-lactam + aminoglycoside provides synergistic bactericidal killing (exploited therapeutically in some severe infections).
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(1) Incompatibility: Loss of both drugs’ activity if co-mixed. (2) Synergy: Enhanced killing when administered correctly via separate lines (therapeutic benefit). In patients with severe renal impairment: in-vivo inactivation of aminoglycosides by accumulated beta-lactam may also occur.
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Incompatibility: immediate on contact. Synergy: immediate from first dose.
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⛔ NEVER mix in same IV bag, syringe, or line. Administer through separate IV lines or flush with ≥20 mL NS between drugs (≥30-minute separation). Monitor aminoglycoside levels in renal impairment.
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⚠️ Warfarin / Acenocoumarol
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Pharmacodynamic (NOT CYP-mediated): Gut flora disruption → reduced bacterial vitamin K synthesis → modest potentiation of anticoagulant effect → INR increase. ℹ️ Cefuroxime does NOT induce CYP3A4 (unlike nafcillin/dicloxacillin) → NO enzyme-mediated warfarin interaction. INR change is modest, predictable, and unidirectional (increase only). No post-discontinuation INR rebound.
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⚠️ Modest, predictable INR increase. Lower interaction severity than warfarin + nafcillin/dicloxacillin.
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Gradual onset — 3–7 days.
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Check INR at day 3–5. Repeat weekly during concurrent use. Adjust warfarin/acenocoumarol. ℹ️ India-specific: Acenocoumarol (Acitrom) is more common than warfarin in India — same monitoring applies.
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⚠️ Probenecid
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Probenecid inhibits renal tubular secretion of cefuroxime (OAT1/OAT3 competition) → reduced renal clearance → increased cefuroxime AUC (~50% increase) and prolonged half-life. |
Increased and prolonged cefuroxime levels. At standard doses, accumulation is within the wide therapeutic index. Historically exploited to boost levels — rarely done today.
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Immediate — from first concurrent dose.
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ℹ️ No dose adjustment usually needed. Monitor for adverse effects if prolonged concurrent use. Probenecid is infrequently used in current Indian practice. |
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⚠️ Live oral vaccines (Ty21a oral typhoid, oral cholera vaccine)
|
Antibacterial activity can theoretically inactivate live bacterial vaccine strains. |
⚠️ Reduced vaccine efficacy.
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Immediate.
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Wait ≥3 days (preferably 7 days) after completing cefuroxime before administering oral live bacterial vaccines. Injectable vaccines NOT affected. |
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⚠️ Antacids / H2 blockers (Oral cefuroxime axetil only)
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Antacids (aluminium/magnesium hydroxide) and H2 receptor blockers (ranitidine, famotidine) reduce gastric acidity → may modestly reduce cefuroxime axetil absorption. The ester bond hydrolysis is not significantly pH-dependent, but some studies show ~20–30% reduction in Cmax (not AUC) with antacids.
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Modest reduction in peak oral cefuroxime levels. Clinical significance is debated — likely insignificant at standard doses WITH FOOD (food is the dominant absorption enhancer).
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Immediate.
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ℹ️ If possible: take cefuroxime axetil ≥1 hour before or 2 hours after antacids. In practice, the food effect (↑40–50% bioavailability) is far more important than the antacid effect (↓20–30%). Prioritise the food instruction — if the patient takes cefuroxime with food but also takes an antacid at the same meal, the net bioavailability is still adequate. PPIs: no significant interaction with cefuroxime absorption (PPIs do NOT reduce cefuroxime axetil absorption meaningfully).
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| Substance | Mechanism | Clinical Effect | Action |
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⚠️ FOOD (oral cefuroxime axetil)
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Food increases oral bioavailability by ~40–50% by slowing gastric emptying → prolonging intestinal esterase contact time → more complete hydrolysis of the prodrug → more active cefuroxime absorbed. |
Food INCREASES efficacy — this is a POSITIVE interaction that must be EXPLOITED, not avoided. Taking on empty stomach → subtherapeutic levels → treatment failure risk.
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⚠️ ALWAYS take oral cefuroxime WITH FOOD. This is the single most important administration instruction. Write on every prescription. Counsel every patient.
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Traditional medicine: Giloy / Guduchi (Tinospora cordifolia)
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No pharmacokinetic interaction with cefuroxime (zero hepatic metabolism, no CYP involvement). Giloy-associated hepatotoxicity (DILI reports) is a separate concern. ℹ️ Cefuroxime has ZERO hepatotoxicity — no additive hepatic concern when combined with Giloy (unlike amoxicillin-clavulanate where clavulanate DILI risk adds to Giloy risk).
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No clinically significant interaction. | ℹ️ No specific concern from a cefuroxime perspective. General advice: disclose herbal supplements to doctors. |
| Interacting Drug / Substance | Mechanism | Clinical Effect | Onset Type | Action Required |
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Metformin
|
No direct pharmacokinetic interaction. Acute infection + hospitalisation independently destabilise glycaemic control. | Altered glycaemic control (indirect — infection, not drug-drug interaction). | Immediate (infection effect). | Monitor blood glucose in diabetic patients. Hydration. Hold metformin if severe sepsis/renal deterioration/contrast exposure. |
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Oral Contraceptive Pills (COCPs)
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ℹ️ No CYP-mediated interaction. Theoretical gut flora disruption → reduced enterohepatic recirculation of ethinylestradiol. Clinical evidence does NOT support reduced COCP efficacy with non-enzyme-inducing antibiotics (including cefuroxime).
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ℹ️ No clinically significant interaction.
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N/A |
ℹ️ No additional contraceptive precautions needed. Exception: if severe diarrhoea/vomiting impairs COCP absorption → advise barrier contraception until 7 days after GI symptoms resolve.
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Cyclosporine / Tacrolimus
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ℹ️ No CYP3A4 interaction (cefuroxime does not affect CYP). No significant effect on calcineurin inhibitor levels.
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ℹ️ No clinically significant interaction. Safe for transplant patients.
|
N/A | ℹ️ Cefuroxime is safe with calcineurin inhibitors — no dose adjustment of immunosuppressant needed. Advantage over nafcillin/dicloxacillin (CYP3A4 inducers). |
|
Voriconazole
|
ℹ️ No CYP interaction.
|
ℹ️ No interaction.
|
N/A | ✅ Safe with voriconazole. |
|
Methotrexate
|
Possible reduced renal tubular secretion (penicillin/cephalosporin class effect — OAT competition). However, clinical significance with cefuroxime specifically is uncertain and rarely reported. |
Theoretical increased methotrexate toxicity — primarily with high-dose methotrexate (oncologic doses). Low risk with low-dose methotrexate (RA/psoriasis).
|
Acute onset (renal competition). | ℹ️ For high-dose methotrexate: avoid concurrent use if possible. If essential: monitor methotrexate levels, CBC, renal function. For low-dose methotrexate: monitor CBC. |
|
GDH-PQQ glucometer test strips
|
⚠️ Cefuroxime can cause falsely LOW blood glucose readings with glucose monitoring systems using GDH-PQQ (glucose dehydrogenase-pyrroloquinoline quinone) test strips.
|
⚠️ Falsely low glucose readings — may mask hypoglycaemia or lead to under-treatment of hyperglycaemia in diabetic patients.
|
Immediate — during IV cefuroxime administration.
|
⚠️ In hospitalised patients receiving IV cefuroxime: verify that ward glucometers use glucose oxidase-based or GDH-FAD/GDH-NAD-based test strips (NOT GDH-PQQ). If GDH-PQQ strips are in use: switch to alternative monitoring system for the duration of cefuroxime therapy. Alert diabetology team and nursing staff.
|
|
Traditional medicine: Triphala
|
Mild laxative properties. Combined with antibiotic-associated GI effects: may worsen diarrhoea. | Additive GI disturbance. | Immediate. | Counsel to temporarily stop Triphala during antibiotic course if diarrhoea develops. |
| Adverse Effect | System | Details |
|
Diarrhoea
|
GI |
~3–8%. Disruption of gut flora. Usually mild, non-bloody, self-limiting. ✅ Lower incidence than amoxicillin-clavulanate (~10–25% with clavulanate). If severe/bloody/febrile → rule out CDI. More common with oral cefuroxime axetil than IV (oral route disrupts intestinal flora more directly).
|
|
Nausea
|
GI |
~3–7%. More common with oral cefuroxime axetil (bitter taste contributes even when swallowed whole — some aftertaste). Taking WITH FOOD reduces nausea.
|
|
Vomiting
|
GI |
~2–5%. More common in children (bitter suspension taste triggers vomiting). If vomiting within 30 minutes of oral dose: repeat the dose.
|
|
Abdominal pain / Discomfort
|
GI |
~1–3%.
|
|
Phlebitis at IV site
|
Local |
~5–10%. Moderate risk — higher than cefazolin (~1–5%) but lower than nafcillin/oxacillin (~10–30%). Mitigate: adequate dilution, infuse over ≥15 minutes, rotate IV sites q48–72h.
|
|
Pain at IM injection site
|
Local |
~5–15% (of IM doses). Moderately painful — more so than many other IM cephalosporins. Reconstitute with 0.5% lidocaine to reduce pain.
|
|
Rash (maculopapular, non-urticarial)
|
Dermatological |
~1–3%. Delayed, non-IgE-mediated reaction. Usually self-limiting.
|
|
Headache
|
CNS |
~1–3%. Mild.
|
|
Transient eosinophilia
|
Haematological |
~1–5%. Mild drug hypersensitivity phenomenon. If eosinophilia + rising creatinine → suspect AIN (very rare). If isolated eosinophilia with stable renal function: monitor, no action.
|
|
Transient LFT elevation
|
Hepatic |
~1–2%. Very mild. NOT true hepatotoxicity (zero hepatic metabolism) — likely infection-related or coincidental. No clinical significance.
|
|
Oral candidiasis (thrush)
|
Oral |
~1–2%. More common in elderly, immunocompromised, steroid users.
|
|
Vaginal candidiasis
|
Gynaecological |
~1–3% in women.
|
| Adverse Effect | Details |
|
⚠️ Bitter taste / Taste aversion (oral suspension)
|
⚠️ THE most clinically impactful common adverse effect of cefuroxime in paediatric practice. Cefuroxime axetil suspension has one of the worst tastes among commonly prescribed paediatric oral antibiotics — intensely bitter, difficult to mask even with flavouring. This leads to: refusal, spitting, vomiting immediately after dosing, and caregiver frustration → premature discontinuation → treatment failure. Incidence: Taste-related complaints in up to 30–40% of paediatric patients in clinical practice (though not formally reported as an ADR frequency in clinical trials). ℹ️ This single ADR is the primary reason many Indian paediatricians avoid oral cefuroxime in favour of better-tasting alternatives (amoxicillin-clavulanate, cefpodoxime proxetil, cefixime).
|
| Adverse Effect | Frequency | Details | Action |
|
⚠️ Anaphylaxis / Anaphylactic shock
|
Rare (~1–5 per 100,000 courses) |
IgE-mediated Type I hypersensitivity. Onset: within 5–30 minutes of IV/IM dose; may be slightly delayed with oral route. Features: urticaria, angioedema, bronchospasm, laryngeal oedema, hypotension, cardiovascular collapse. Fatal if untreated.
|
⛔ STOP immediately. Administer Adrenaline (Epinephrine) 0.5 mg IM (0.5 mL of 1:1000) into anterolateral thigh. Repeat q5 min. Adjuncts: oxygen, IV NS bolus, salbutamol nebulisation, IV hydrocortisone 200 mg, IV chlorpheniramine 10 mg. ⛔ Lifetime ban on cefuroxime — formal allergy assessment before any future cephalosporin/penicillin. Adrenaline available at ALL levels of Indian healthcare. ⚠️ Report to PvPI.
|
|
⚠️ Clostridioides difficile-associated diarrhoea (CDAD)
|
Uncommon (~0.5–2% of hospitalised patients) |
During therapy or up to 8 weeks after. Features: profuse watery/bloody diarrhoea, cramps, fever. Severe: toxic megacolon, perforation. ℹ️ Lower CDI risk than ceftriaxone (a stewardship advantage of second-generation over third-generation cephalosporins).
|
STOP cefuroxime. Test C. difficile toxin. Treat: oral vancomycin 125 mg QDS × 10 days (first-line). Fidaxomicin 200 mg BD × 10 days (lower recurrence). Metronidazole 500 mg TDS × 10 days if vancomycin unavailable. ⛔ No antimotility agents. ⚠️ Report to PvPI.
|
|
⚠️ Stevens-Johnson Syndrome (SJS) / Toxic Epidermal Necrolysis (TEN)
|
Very rare (<1 per 100,000) | Severe mucocutaneous reaction. Onset: 7–21 days. Prodromal fever → painful macules → blistering → epidermal detachment. Mucosal involvement. Mortality: SJS ~5%, TEN ~25–30%. |
⛔ STOP immediately. Urgent dermatology + burns/ICU referral. Supportive care. Ophthalmology consult. ⛔ Avoid ALL cephalosporins lifelong without allergy evaluation. ⚠️ Report to PvPI.
|
|
⚠️ DRESS Syndrome
|
Very rare | Onset: 2–8 weeks. Fever + rash + eosinophilia + organ involvement (hepatitis, nephritis). Mortality ~5–10%. |
⛔ STOP drug. Systemic corticosteroids. Monitor organ functions. ⛔ Avoid ALL cephalosporins lifelong. ⚠️ Report to PvPI.
|
|
Serum sickness-like reaction
|
Uncommon | Onset: 7–21 days. Fever, arthralgia, urticarial rash, lymphadenopathy. More common in children. |
STOP drug. Antihistamines, NSAIDs, corticosteroids if severe. Self-limiting 1–3 weeks. ⚠️ Report to PvPI.
|
|
Interstitial Nephritis (AIN)
|
Very rare with cefuroxime | Immunoallergic reaction. Onset: 1–4 weeks. Rising creatinine, eosinophilia, sterile pyuria. |
STOP drug. Supportive. Nephrology referral. Consider corticosteroids. Most recover. ⚠️ Report to PvPI.
|
|
Neutropenia (reversible)
|
Very rare at standard courses | Dose-dependent, reversible. After ≥2 weeks of high-dose therapy. |
Monitor CBC for courses >14 days. If ANC <1000/µL: stop or reduce dose. Recovery within 5–10 days. ⚠️ Report to PvPI.
|
|
Haemolytic anaemia (Coombs-positive)
|
Very rare | IgG-mediated. Positive DAT. Usually mild. |
Stop drug if clinically significant haemolysis. Haematology referral. ⚠️ Report to PvPI.
|
|
⚠️ Toxic Anterior Segment Syndrome (TASS) — Intracameral use only
|
Rare (related to DILUTION ERRORS) |
⚠️ Occurs ONLY with intracameral cefuroxime — if dose >1 mg is inadvertently injected into the anterior chamber due to dilution error. Features: severe anterior chamber inflammation, corneal oedema, hypopyon, possible permanent visual impairment. NOT a pharmacological adverse effect at the correct dose — it is a dose error toxicity.
|
⚠️ Prevention is paramount: follow the precise dilution protocol (Part 2). Use pre-prepared commercially available formulations when available. If TASS suspected post-cataract surgery: urgent ophthalmology assessment, topical steroids, anterior chamber wash if severe. ⚠️ Report to PvPI.
|
|
Seizures / Neurotoxicity
|
Exceedingly rare | Only in massive overdose or severe renal impairment with accumulation. Risk much lower than with cefepime (well-documented neurotoxicity in renal failure) or imipenem. |
Reduce dose per renal function. Benzodiazepine for seizure. ⚠️ Report to PvPI.
|
| Toxicity | Antidote | Dose | India Availability |
|
Anaphylaxis
|
Adrenaline (Epinephrine)
|
0.5 mg IM (1:1000) — repeat q5 min | ✅ ALL levels |
|
CDI
|
Oral Vancomycin | 125 mg QDS × 10 days | ✅ Available |
|
Drug overdose / accumulation
|
Haemodialysis — cefuroxime IS removed by HD (~50%)
|
Standard 4-hour HD | ✅ Available at district/tertiary hospitals |
|
Seizures
|
Benzodiazepines
|
Lorazepam 2–4 mg IV or Diazepam 5–10 mg IV | ✅ Available |
|
TASS (intracameral overdose)
|
No antidote — anterior chamber wash, topical steroids, supportive ophthalmic care | — | Ophthalmology unit |
| Parameter | Priority | Details | Resource-Limited Setting Surrogate |
|
Allergy history — beta-lactam
|
MANDATORY
|
Detailed history of previous penicillin or cephalosporin reactions. Classify as mild/moderate/severe using the Penicillin Allergy Decision Table (see Contraindications). Specifically ask about: prior cephalosporin use, prior penicillin use, nature of reaction (urticaria vs maculopapular rash vs anaphylaxis), timing (immediate <1 hr vs delayed), and whether rechallenge was ever done. This is the single most important pre-prescribing assessment for any beta-lactam. | Same — clinical history. No substitute. |
|
Serum creatinine + eGFR/CrCl calculation
|
MANDATORY (for all parenteral therapy; for oral therapy in patients ≥60 years, known CKD, diabetes, concurrent nephrotoxic drugs) / RECOMMENDED (for short-course oral therapy in young adults with no risk factors)
|
Cefuroxime is ~85–95% renally eliminated. Dose interval adjustment required when CrCl <20 mL/min (parenteral) or <30 mL/min (oral — conservative approach). Use Cockcroft-Gault or CKD-EPI. ⚠️ In elderly Indian patients: always calculate — “normal” serum creatinine (0.9–1.2 mg/dL) frequently masks CrCl of 30–50 mL/min due to low muscle mass, vegetarian diet, and sarcopaenia. | If serum creatinine unavailable: assess urine output (>0.5 mL/kg/hr suggests adequate renal function), history of known kidney disease, oedema, and concurrent nephrotoxic drugs. Extend dosing interval conservatively (q12h parenteral) if renal function uncertain and patient is elderly or critically ill. |
|
Infection-specific cultures
|
MANDATORY (for serious infections: sepsis, pyelonephritis, pneumonia requiring hospitalisation, bone and joint infections, endocarditis) / RECOMMENDED (for UTI — urine C&S before starting, especially in India due to high ESBL prevalence) / OPTIONAL (for uncomplicated sinusitis, AOM, mild SSTI)
|
Blood cultures (×2 sets from separate sites), urine C&S, sputum Gram stain/culture, wound swab C&S — as appropriate. Ideally obtained BEFORE first antibiotic dose. ⚠️ India-specific: For UTIs, urine C&S before starting cefuroxime is particularly important given ESBL prevalence of 20–40% even in community-acquired uropathogens in urban India. | If culture facilities unavailable (PHC/CHC): start empirical therapy, document clinical diagnosis carefully. Refer for culture if no response at 48–72 hours. For UTI: at minimum send urine for microscopy (pus cells, bacteria). |
|
Complete blood count (CBC) with differential
|
RECOMMENDED
|
Baseline WBC, differential, haemoglobin, platelet count. Assesses infection severity and provides baseline for monitoring haematological ADRs (neutropenia, eosinophilia) if prolonged course anticipated. | If CBC unavailable: clinical assessment of pallor, petechiae, signs of severe infection. |
|
CRP / Procalcitonin
|
RECOMMENDED (for hospitalised patients) / OPTIONAL (for outpatient oral therapy)
|
CRP is most useful for tracking therapeutic response — expect ≥50% decline by day 3–4. Procalcitonin (if available) helps distinguish bacterial vs viral infection and guide antibiotic discontinuation. | Fever curve and clinical assessment as primary surrogates. |
|
Liver function tests (LFTs)
|
OPTIONAL
|
Cefuroxime has ZERO hepatic metabolism and ZERO clinically significant hepatotoxicity. Baseline LFTs are not routinely needed. May be obtained for completeness in hospitalised patients (to establish baseline in case of coincidental LFT changes during illness). | Not required. |
|
Blood glucose monitoring system verification
|
RECOMMENDED (for hospitalised diabetic patients on IV cefuroxime)
|
⚠️ Verify that the ward glucometer uses glucose oxidase-based or GDH-FAD/GDH-NAD test strips — NOT GDH-PQQ strips. Cefuroxime can cause falsely LOW glucose readings with GDH-PQQ systems → may mask hypoglycaemia or lead to under-treatment of hyperglycaemia. Alert diabetology team and nursing staff. | If glucometer type cannot be verified: use venous blood glucose (laboratory assay) for monitoring during IV cefuroxime therapy. |
| Indication | Additional Mandatory Baseline |
|
Surgical prophylaxis
|
No additional monitoring beyond standard pre-operative assessment. Confirm drug allergy history. Confirm timing (within 60 min of incision). |
|
UTI / Pyelonephritis
|
Urine C&S (MANDATORY). Renal ultrasound for complicated UTI, febrile UTI in children, or recurrent UTI. |
|
Hospitalised CAP
|
Chest X-ray, SpO₂/ABG. Blood cultures ×2 (before antibiotics). Sputum Gram stain/culture if obtainable. |
|
Intracameral use (ophthalmology)
|
Pre-operative ocular assessment (slit lamp, IOP). Confirm dilution protocol. No systemic monitoring needed for intracameral single dose. |
| Parameter | Timing | Details |
|
Clinical response assessment
|
48–72 hours after starting therapy
|
Fever curve (defervescence expected by 48–72 hrs for most community-acquired infections), symptom improvement (respiratory, urinary, wound, etc.). ⚠️ If no improvement at 72 hours → systematic reassessment: (1) Is the patient taking oral cefuroxime WITH FOOD? (commonest correctable cause of apparent failure); (2) Review culture results — ESBL? MRSA? Resistant organism? (3) Alternative diagnosis? (TB, fungal, non-infectious); (4) Complication? (abscess, empyema, obstruction). |
|
CRP
|
Day 3–5 (for hospitalised patients)
|
Declining CRP supports adequate treatment response. Persistently elevated or rising CRP → reassess. |
|
Serum creatinine
|
Day 3–5 (for patients on IV therapy, or concurrent nephrotoxic drugs)
|
Recheck to detect early renal deterioration. Adjust cefuroxime interval if CrCl declines. Particularly important if combined with aminoglycosides or NSAIDs. |
|
Repeat cultures
|
48–72 hours (for bloodstream infections only)
|
Repeat blood cultures to document clearance. Not routinely needed for UTI, CAP, or SSTI if clinical response is adequate. |
| Parameter | Frequency | Details |
|
CBC with differential
|
Weekly if therapy exceeds 14 days
|
Prolonged cefuroxime (rare in practice) can cause reversible neutropenia, thrombocytopenia, or eosinophilia. Most cefuroxime courses are 5–14 days — weekly CBC is relevant only for bone/joint infections or endocarditis where extended courses are used. |
|
Serum creatinine / eGFR
|
Weekly during prolonged IV courses (>14 days)
|
Monitor for acute interstitial nephritis (very rare with cefuroxime). Also relevant if concurrent nephrotoxic agents. |
|
LFTs
|
NOT routinely needed
|
Cefuroxime has zero hepatic metabolism and negligible hepatotoxicity risk. Mild transient LFT elevations (~1–2%) are usually infection-related, not drug-related. Check only if clinical suspicion of hepatic ADR (jaundice, dark urine — extremely rare). |
|
Stool monitoring
|
Ongoing — clinical assessment
|
If diarrhoea develops (≥3 loose stools/day), especially if bloody, watery, or with fever → test for C. difficile toxin (GDH + toxin A/B or NAAT). CDI can occur during therapy or up to 8 weeks after stopping.
|
|
IV site assessment
|
Every shift (q8–12 hours) — nursing responsibility
|
Check for phlebitis (redness, swelling, pain along the vein), infiltration, extravasation. Cefuroxime has moderate phlebitis risk (~5–10% — higher than cefazolin). Rotate peripheral IV sites every 48–72 hours. For courses >5–7 days: consider midline or PICC insertion. |
| Monitoring Parameter | Clinical Surrogate When Test Unavailable |
| Serum creatinine / eGFR | Urine output monitoring (>0.5 mL/kg/hr). Oliguria/anuria history. Oedema. Known CKD history. Use conservative dosing intervals (q12h parenteral) if uncertain. |
| CBC | Clinical signs of anaemia (pallor, tachycardia), bleeding (petechiae, gum bleeding), worsening infection despite treatment (possible neutropenia). |
| CRP / Procalcitonin | Fever curve as primary surrogate. Subjective improvement (appetite, activity, pain). |
| Urine C&S | Urine microscopy (pus cells, bacteria — if microscope available). Clinical response assessment at 48–72 hours. If no response → refer for formal C&S. |
| Blood culture | Gram stain of buffy coat (if trained microbiologist available). Clinical response to empirical therapy. Refer if no improvement. |
| Glucometer verification | Use venous blood glucose (laboratory assay) if glucometer type cannot be confirmed for cefuroxime-treated diabetic patients. |
| Brand Name | Formulation | Manufacturer / Supplier | Availability |
|
Cefuroxime Sodium Injection (Jan Aushadhi)
|
750 mg vial, 1.5 g vial | PMBJP-approved supplier (BPPI contracted) | Available at Jan Aushadhi Kendras. Availability may vary by centre. |
|
Cefuroxime Axetil Tablets (Jan Aushadhi)
|
250 mg, 500 mg | PMBJP-approved supplier | Limited availability — not stocked at all centres. |
| Brand Name | Manufacturer | Strengths Available | Availability |
|
Ceftum
|
GlaxoSmithKline (GSK) Pharmaceuticals India / now Zydus | 750 mg vial, 1.5 g vial | Widely available — one of the most recognised cefuroxime brands in India |
|
Supacef
|
Abbott India (via Piramal Healthcare) | 750 mg vial, 1.5 g vial | Widely available |
|
Altacef
|
Orchid Pharma (now Dhanuka Laboratories) | 750 mg vial, 1.5 g vial | Widely available |
|
Zocef
|
Sun Pharmaceutical Industries | 750 mg vial, 1.5 g vial | Widely available |
|
Cefurokind
|
Mankind Pharma | 750 mg vial, 1.5 g vial | Widely available |
|
Curacef
|
Macleods Pharmaceuticals | 750 mg, 1.5 g vial | Widely available |
|
Kefurox / Cefurox
|
Various | 750 mg, 1.5 g vial | Major metros and Tier-2 cities |
| Brand Name | Manufacturer | Formulations Available | Availability |
|
Ceftum
|
GSK / Zydus | Tablets: 125 mg, 250 mg, 500 mg. Dry syrup: 125 mg/5 mL | Widely available — most recognised oral cefuroxime brand |
|
Supacef
|
Abbott India | Tablets: 250 mg, 500 mg. Dry syrup: 125 mg/5 mL | Widely available |
|
Altacef
|
Orchid / Dhanuka | Tablets: 250 mg, 500 mg | Widely available |
|
Zocef
|
Sun Pharma | Tablets: 250 mg, 500 mg. Dry syrup: 125 mg/5 mL | Widely available |
|
Cefurokind
|
Mankind Pharma | Tablets: 250 mg, 500 mg | Widely available |
|
Curacef
|
Macleods | Tablets: 250 mg, 500 mg | Widely available |
| Brand Name | Manufacturer | Strengths | Availability | Notes |
|
Ceftum-CV
|
GSK / Zydus | 250 mg + 125 mg, 500 mg + 125 mg tablets | Major metros | ℹ️ Rationality debated (see Formulations section). Not NLEM. Not widely endorsed by Indian guidelines. |
|
Altacef-CV
|
Orchid / Dhanuka | 250 mg + 125 mg, 500 mg + 125 mg tablets | Limited availability | Same debate regarding rationality. |
| Formulation | Strength | Private Retail Price (approx. per vial) | Jan Aushadhi / PMBJP Price (approx. per vial) | NPPA Controlled? |
| Powder for injection | 250 mg vial | ₹30–80 per vial | Data limited | ℹ️ Not separately NLEM-listed at 250 mg strength. |
| Powder for injection |
750 mg vial
|
₹60–180 per vial | ₹25–50 per vial |
✔ Yes — NLEM-listed. Ceiling price fixed by NPPA under DPCO.
|
| Powder for injection |
1.5 g vial
|
₹120–350 per vial | ₹50–100 per vial |
✔ Yes — NLEM-listed. Ceiling price fixed by NPPA under DPCO.
|
| Formulation | Strength | Private Retail Price (approx. per unit) | Jan Aushadhi / PMBJP Price (approx. per unit) | NPPA Controlled? |
| Film-coated tablet | 125 mg | ₹10–25 per tablet | ₹5–12 per tablet | ❌ Oral cefuroxime axetil is NOT NLEM-listed — NOT under NPPA price ceiling. Prices are market-determined. |
| Film-coated tablet | 250 mg | ₹25–55 per tablet | ₹12–25 per tablet | ❌ Not NLEM-listed. |
| Film-coated tablet | 500 mg | ₹50–110 per tablet | ₹25–50 per tablet | ❌ Not NLEM-listed. |
| Dry syrup (oral suspension) | 125 mg/5 mL (30 mL bottle) | ₹50–120 per bottle | Data limited — variable availability | ❌ Not NLEM-listed. |
| Dry syrup (oral suspension) | 125 mg/5 mL (50 mL bottle) | ₹70–150 per bottle | Data limited | ❌ Not NLEM-listed. |
| Clinical Scenario | Dose | Duration | Estimated Private Retail Cost | Estimated Jan Aushadhi Cost |
|
Oral: Mild UTI (adult)
|
250 mg BD × 5 days (10 tablets) | 5 days | ₹250–550 | ₹120–250 |
|
Oral: CAP outpatient (adult)
|
500 mg BD × 7 days (14 tablets) | 7 days | ₹700–1,540 | ₹350–700 |
|
Oral: AOM (paediatric, ~20 kg child)
|
15 mg/kg BD (300 mg = ~12 mL BD of 125 mg/5 mL) × 7 days | 7 days (1–2 bottles of 50 mL) | ₹140–300 per course | Data limited |
|
IV: Moderate infection (adult)
|
750 mg IV q8h × 5 days (15 vials) | 5 days | ₹900–2,700 | ₹375–750 |
|
IV: Severe infection (adult)
|
1.5 g IV q8h × 7 days (21 vials of 1.5 g) | 7 days | ₹2,520–7,350 | ₹1,050–2,100 |
|
Surgical prophylaxis (single dose)
|
1.5 g IV × 1 | Single dose | ₹120–350 | ₹50–100 |
| Drug | Oral Per-Day Cost (typical adult dose) | IV Per-Day Cost (typical adult dose) | Notes |
|
Cefuroxime axetil
|
₹100–220 (500 mg BD) | ₹180–540 (750 mg q8h) | Moderate cost. Oral not NLEM-controlled. |
|
Amoxicillin-clavulanate
|
₹35–80 (625 mg TDS) | ₹120–300 (1.2 g q8h) | ✅ NLEM-controlled (oral). Often cheaper. Better anaerobic coverage. |
|
Amoxicillin
|
₹10–25 (500 mg TDS) | N/A (IV not widely available in India) | ✅ NLEM. Cheapest oral option. No beta-lactamase stability. |
|
Cephalexin
|
₹15–30 (500 mg QDS) | N/A (oral only) | ✅ NLEM. Cheap. No H. influenzae coverage. |
|
Cefixime
|
₹25–70 (200–400 mg OD/BD) | N/A (oral only) | ❌ Not NLEM. Broader gram-negative but weaker gram-positive. |
|
Ceftriaxone
|
N/A (IV/IM only) | ₹20–120 (1 g OD) | ✅ NLEM. Cheapest parenteral cephalosporin. Once-daily. Broader spectrum → higher resistance selection. |
|
Cefazolin
|
N/A (IV only; oral step-down = cephalexin) | ₹15–60 (1 g q8h) | ✅ NLEM. Cheapest IV first-gen. Better MSSA coverage. |
This platform is designed strictly for healthcare professionals. Data provided is synthesized from authoritative pharmacological sources and clinical registries. Do not use for consumer medical decisions. Always verify critical dosing and contraindications with official institutional protocols and peer-reviewed journals.
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