Last Updated: August 9, 2026

CLINICAL TRIALS PROFILE FOR CEFOTAXIME SODIUM


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All Clinical Trials for cefotaxime sodium

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00187655 ↗ Effect of, OAT3, on the Renal Secretion of Cefotaxime Completed University of California, San Francisco Phase 1 2004-01-01 In the proposed study, we plan to use a genotype to phenotype strategy to study the role of the organic anion transporter, OAT3, in drug response. More specifically we will examine the contribution of OAT3 to the renal clearance of anionic drugs such as cefotaxime by studying individuals with a non-functional (or poorly-functional) variant of OAT3.
NCT00570960 ↗ Clinical, Inflammatory, and Economic Impact of Dextran 70 in Treating Spontaneous Bacterial Peritonitis Terminated American Association for the Study of Liver Diseases Phase 4 2007-06-01 The core of the proposal is a prospective, randomized, double-blinded, controlled study which will compare the efficacy of dextran 70 versus human albumin in the treatment of cirrhotic patients with spontaneous bacterial peritonitis (SBP). Because dextran 70, which is FDA approved for plasma volume expansion, is significantly less expensive than human albumin, this study is designed and powered to determine if dextran 70 is equivalent in clinical efficacy when compared to albumin. Specific aims for this project are to: 1. Assess the effect of plasma volume expansion with dextran 70 on disease-specific mortality at 30 days in cirrhotic patients with spontaneous bacterial peritonitis compared to plasma volume expansion with human albumin. 2. Assess the effect of dextran 70 compared to human albumin on the prevention of renal dysfunction within 30-days of diagnosis of SBP, as measured by the calculated creatinine clearance, plasma renin activity, serum aldosterone levels, levels of brain natriuretic peptide, and further development of the hepatorenal syndrome in cirrhotic patients with spontaneous bacterial peritonitis. 3. Compare the survival to liver transplantation, treatment costs, hospitalization costs, resource utilization, and quality of life of patients with spontaneous bacterial peritonitis treated with dextran 70 and human albumin in the 30 days following diagnosis. 4. Establish a comprehensive tissue bank of blood, ascites, and urine in patients with spontaneous bacterial peritonitis for future testing and translational research. 5. Establish a clinical electronic database with web-based data entry and remote analysis capabilities linking tissue bank samples and patient outcomes related to the above clinical trials.
NCT00570960 ↗ Clinical, Inflammatory, and Economic Impact of Dextran 70 in Treating Spontaneous Bacterial Peritonitis Terminated University of Virginia Phase 4 2007-06-01 The core of the proposal is a prospective, randomized, double-blinded, controlled study which will compare the efficacy of dextran 70 versus human albumin in the treatment of cirrhotic patients with spontaneous bacterial peritonitis (SBP). Because dextran 70, which is FDA approved for plasma volume expansion, is significantly less expensive than human albumin, this study is designed and powered to determine if dextran 70 is equivalent in clinical efficacy when compared to albumin. Specific aims for this project are to: 1. Assess the effect of plasma volume expansion with dextran 70 on disease-specific mortality at 30 days in cirrhotic patients with spontaneous bacterial peritonitis compared to plasma volume expansion with human albumin. 2. Assess the effect of dextran 70 compared to human albumin on the prevention of renal dysfunction within 30-days of diagnosis of SBP, as measured by the calculated creatinine clearance, plasma renin activity, serum aldosterone levels, levels of brain natriuretic peptide, and further development of the hepatorenal syndrome in cirrhotic patients with spontaneous bacterial peritonitis. 3. Compare the survival to liver transplantation, treatment costs, hospitalization costs, resource utilization, and quality of life of patients with spontaneous bacterial peritonitis treated with dextran 70 and human albumin in the 30 days following diagnosis. 4. Establish a comprehensive tissue bank of blood, ascites, and urine in patients with spontaneous bacterial peritonitis for future testing and translational research. 5. Establish a clinical electronic database with web-based data entry and remote analysis capabilities linking tissue bank samples and patient outcomes related to the above clinical trials.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for cefotaxime sodium

Condition Name

Condition Name for cefotaxime sodium
Intervention Trials
Respiratory Tract Infections 2
Urinary Tract Infections 2
All Cause Mortality 1
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Condition MeSH

Condition MeSH for cefotaxime sodium
Intervention Trials
Urinary Tract Infections 2
Respiratory Tract Infections 2
Infections 2
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Clinical Trial Locations for cefotaxime sodium

Trials by Country

Trials by Country for cefotaxime sodium
Location Trials
Brazil 2
United States 1
Egypt 1
Italy 1
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Trials by US State

Trials by US State for cefotaxime sodium
Location Trials
Virginia 1
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Clinical Trial Progress for cefotaxime sodium

Clinical Trial Phase

Clinical Trial Phase for cefotaxime sodium
Clinical Trial Phase Trials
Phase 4 4
Phase 3 1
Phase 2 1
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Clinical Trial Status

Clinical Trial Status for cefotaxime sodium
Clinical Trial Phase Trials
Completed 5
Unknown status 2
Terminated 1
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Clinical Trial Sponsors for cefotaxime sodium

Sponsor Name

Sponsor Name for cefotaxime sodium
Sponsor Trials
Xiangbei Welman Pharmaceutical Co., Ltd 2
Federal University of São Paulo 1
Fayoum University Hospital 1
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Sponsor Type

Sponsor Type for cefotaxime sodium
Sponsor Trials
Other 8
Industry 3
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Last updated: July 25, 2026

Cefotaxime Sodium clinical trials update, market analysis and price projection (2026)

Cefotaxime sodium is a well-established, off-patent injectable cephalosporin antibiotic with broad global generic availability. Current clinical activity is limited and is concentrated in (1) comparative/compatibility studies for formulations, (2) infection-focused observational studies, and (3) antimicrobial stewardship and resistance-surveillance work. Market dynamics are driven by generic pricing, hospital antibiotic formularies, and national procurement rules rather than patent exclusivity. Near-term pricing pressure is the base case; upside comes mainly from supply tightening, product-specific shortages, or shifts in guideline-preferred cephalosporin use.

What clinical trials are currently active for cefotaxime sodium?

Short answer: Active interventional trials specifically labeled for “cefotaXime sodium” are sparse versus trials for newer antibiotics; most current “cefotaXime” publications are observational, stewardship-related, or resistance surveillance, often using cefotaxime as comparator or reference.

Trial types seen in recent cefotaxime literature

1) Infection epidemiology and resistance surveillance

  • Studies track cefotaxime susceptibility in Enterobacterales and other Gram-negative organisms.
  • Many are multicenter cohorts without drug-specific randomization.

2) Comparative effectiveness or guideline-consistency evaluations

  • Cefotaxime is used as a comparator arm in small pragmatic studies or as a standard-of-care reference.

3) Formulation/administration and compatibility studies

  • Updates often relate to:
    • reconstitution stability and shelf-life,
    • infusion compatibility (saline, dextrose, Y-site data),
    • preparation workflow suitability for hospital use.

4) Special populations

  • Neonatal dosing, pharmacokinetics, and renal impairment substudies appear intermittently in academic settings.

Where “cefotaXime sodium” tends to be captured under trial labels

In clinical trial registries, cefotaxime is sometimes listed under:

  • “cefOTAXIME” rather than “cefotaXime sodium” naming,
  • “cefotaXime” combined with a salt form in the protocol,
  • older active substance identifiers in legacy protocols.

Because the drug is mature, many studies focus on clinical endpoints while the drug itself is not the novelty.

What are the most recent clinical results for cefotaxime in major indications?

Short answer: Recent work typically supports known performance against susceptible organisms, with emphasis on resistance rates, ESBL-producing strains, and local susceptibility trends. Clinical outcome variability aligns with pathogen resistance rather than cefotaxime intrinsic limitations.

Indications where cefotaxime remains a reference antibiotic

  • Community-acquired and hospital-acquired infections where Gram-negative coverage is needed and susceptibility supports cephalosporin use.
  • Sepsis and bacteremia cohorts frequently report cefotaxime exposure, but modern treatment arms often include broader agents, so cefotaxime is commonly a comparator or historical regimen reference.
  • Neonatal and pediatric infections: cefotaxime dosing and PK/PD are periodically reviewed, but clinical trial density is lower than for newer agents.

What recent evidence is usually driven by

  • ESBL prevalence and local resistance to third-generation cephalosporins.
  • Timeliness of source control and appropriateness of empiric therapy.
  • Hospital-specific antimicrobial stewardship protocols.

How strong is cefotaxime’s patent and exclusivity position (and does it affect trials)?

Short answer: Cefotaxime sodium is a legacy generic with expired brand and broad-based IP; trial activity is not shaped by exclusivity or late-stage patent cliffs.

Typical IP reality for cefotaxime sodium

  • Originator compounds and early manufacturing/process patents are long expired.
  • Market access is dominated by generic ANDA/authorized generic products and procurement contracting.
  • Trial activity shifts toward stewardship, compatibility, and resistance rather than proprietary clinical development.

What is the Orange Book status of cefotaxime sodium?

Short answer: Cefotaxime is generally off-patent in the US with extensive generic entries; Orange Book listings exist for many NDA/ANDA products but do not confer meaningful exclusivity for new cefotaxime development.

(No Orange Book dataset is included in the provided inputs; detailed listing counts and specific reference product numbers cannot be produced accurately here.)

How big is the cefotaxime sodium market, and what drives demand?

Short answer: Demand tracks hospital antibiotic utilization and Gram-negative infection burden, but procurement pricing and formulary restrictions drive revenue more than growth in use.

Demand drivers

  • Hospital procurement: antibiotic formularies and purchasing contracts dominate volume.
  • Resistance patterns: when third-generation cephalosporin susceptibility falls, cefotaxime use declines in empiric regimens.
  • Guideline shifts: recommendations for broader-spectrum agents can reduce cefotaxime share.
  • Pediatric use patterns: cefotaxime is used in certain dosing contexts where appropriate.
  • Seasonality: respiratory and GI infection seasonality can indirectly move antibiotic utilization.

Supply and contracting dynamics

  • Multiple global generic suppliers create competitive pricing.
  • Shortages at the API or sterile fill-finish level can temporarily lift prices for specific SKUs.

Which countries and procurement systems buy the most cefotaxime?

Short answer: Large hospital systems in the US, EU5 (Germany, France, Italy, Spain, UK), and major APAC markets (China, India, Japan, South Korea) are key demand regions, but market structure differs:

  • US: payer and hospital contracting, heavy generic presence.
  • EU: tender-based procurement with strict quality documentation and local tender cycles.
  • China/India: high-volume generic manufacturing and often cost-driven selection.

(Country-specific market share numbers require external market databases not provided in the prompt.)

How does cefotaxime pricing behave for generics, and what is the 2026 projection?

Short answer: Baseline 2026 pricing is expected to remain pressured downward or flat in normal supply conditions, with episodic SKU-level spikes from supply disruptions.

Pricing mechanics for mature injectables

  • Generic competition compresses ex-manufacturer margins.
  • Formulary standardization favors lowest-cost equivalent products that meet quality specs.
  • Sterile manufacturing and supply chain constraints can cause short-term price moves.

2026 projection framework (qualitative, procurement-driven)

  • Base case: flat-to-downward pricing in most regions due to persistent generic supply.
  • Upside scenario: sustained spikes only if there is broad supply contraction or major sterile manufacturing capacity loss.
  • Downside scenario: further price erosion if new suppliers enter tender markets or if larger contract awards shift volumes.

(A numeric forecast requires price index inputs, unit volumes, and product-level data not included here.)

What clinical and commercial risks could reduce cefotaxime use?

Short answer: Resistance to third-generation cephalosporins (especially via ESBL) is the principal clinical risk; stewardship restrictions are the principal commercial risk.

Key risk levers

  • ESBL prevalence and third-generation cephalosporin resistance trends: lowers empiric appropriateness.
  • Guideline updates favoring carbapenems or β-lactam/β-lactamase inhibitor combinations in high-resistance settings.
  • Adverse event and tolerability profile: largely manageable but contributes to protocol selection decisions.
  • Regulatory quality enforcement: can remove suppliers from tenders, temporarily improving prices for remaining products.

What formulations of cefotaxime sodium are most traded commercially?

Short answer: Injectable presentations dominate. Commercial relevance centers on:

  • Powder for injection (commonly supplied in vials),
  • Concentrations and pack sizes aligned to hospital reconstitution workflows.

Typical hospital usage constraints

  • Reconstitution volume and infusion timing.
  • Compatibility with standard IV fluids and co-administered drugs.
  • Shelf-life after reconstitution (protocol-driven).

What generic entry risks exist for cefotaxime sodium?

Short answer: Entry risk is mostly regulatory/quality and manufacturing scale rather than IP. For cefotaxime, barriers are:

  • sterile manufacturing compliance,
  • bioequivalence and stability documentation,
  • inspection outcomes and ongoing GMP adherence.

How does cefotaxime compare with ceftriaxone and other third-generation cephalosporins?

Short answer: Cefotaxime and ceftriaxone are close therapeutic equivalents in susceptible infections, but market share often diverges due to dosing convenience, local resistance epidemiology, and procurement pricing.

Where the choice typically lands

  • Once-daily convenience can favor ceftriaxone in some formularies.
  • Local susceptibility patterns influence empiric selection.
  • Supply and tender pricing can override clinical nuance.

What does the competitive landscape look like for cefotaxime sodium?

Short answer: The competitive set is dominated by multiple generic manufacturers in each geography, with competition centered on tender awards, distribution reach, and supply continuity.

Competitive differentiators that affect utilization

  • price per vial and contract tiering,
  • supply reliability,
  • ability to meet hospital preparation and compatibility requirements,
  • regulatory inspection track record in the sourcing country.

Key Takeaways

  • Cefotaxime sodium is a mature, largely off-patent injectable antibiotic with limited proprietary clinical development.
  • Current “clinical trial” activity is mainly epidemiology, stewardship, and formulation/compatibility rather than late-stage efficacy pivots.
  • Market demand is hospital-driven and resistance-sensitive; third-generation cephalosporin resistance reduces empiric use.
  • Near-term pricing in 2026 is expected to be stable to down in normal supply conditions, with episodic SKU-level spikes from supply disruptions.
  • Competitive advantage is supply and tender execution, not IP.

FAQs

  1. Is cefotaxime sodium still used for sepsis today?
    Yes, in settings and protocols where susceptibility supports third-generation cephalosporin use, but many hospitals shift empiric choices when ESBL rates are high.

  2. Does cefotaxime sodium have active clinical development for new indications?
    New indication development is limited; most recent work is stewardship, resistance tracking, or administration/compatibility.

  3. How does ESBL prevalence affect cefotaxime utilization?
    Higher ESBL prevalence typically reduces cefotaxime’s appropriateness for empiric therapy and can push use toward broader-spectrum alternatives.

  4. What drives tender selection for cefotaxime in hospitals?
    Contract pricing, supply reliability, product quality documentation, and compatibility/reconstitution suitability for clinical workflows.

  5. Can cefotaxime pricing rise in 2026?
    Prices can rise temporarily if supply constraints occur, but sustained increases are unlikely under continued generic availability.


References (APA)

  1. (No citable sources were provided in the prompt, and no external databases were supplied for verification.)

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