Last Updated: July 27, 2026

CLINICAL TRIALS PROFILE FOR CABAZITAXEL


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505(b)(2) Clinical Trials for cabazitaxel

This table shows clinical trials for potential 505(b)(2) applications. See the next table for all clinical trials
Trial Type Trial ID Title Status Sponsor Phase Start Date Summary
New Combination NCT01845792 ↗ Study of Abiraterone Acetate and Prednisone in Combination With Cabazitaxel in Patients With Prostate Cancer Terminated Janssen Services, LLC Phase 2 2013-07-01 Patients are being asked to take place in this research study because they have advanced prostate cancer that has gotten worse after other treatments. If they join this study they will receive a new combination of drugs that are used to treat prostate cancer.
New Combination NCT01845792 ↗ Study of Abiraterone Acetate and Prednisone in Combination With Cabazitaxel in Patients With Prostate Cancer Terminated University of Colorado, Denver Phase 2 2013-07-01 Patients are being asked to take place in this research study because they have advanced prostate cancer that has gotten worse after other treatments. If they join this study they will receive a new combination of drugs that are used to treat prostate cancer.
>Trial Type >Trial ID >Title >Status >Phase >Start Date >Summary

All Clinical Trials for cabazitaxel

Trial ID Title Status Sponsor Phase Start Date Summary
NCT00925743 ↗ A Study to Evaluate the Effects of Combining Cabazitaxel With Cisplatin Given Every 3 Weeks in Patients With Advanced Solid Cancer Completed Sanofi Phase 1 2009-06-01 This study is designed as a phase 1, multicenter, open-label, single arm, dose-escalation, study of Cabazitaxel in combination with cisplatin, to determine safety, pharmacokinetics (PK), and efficacy in solid tumors (parts 1 and 2) and single sequence, two-treatment, crossover studies to determine the effect of strong CYP3A4 inhibition and induction on the PK of Cabazitaxel in patients with solid tumors (part 3 and part 4, respectively). There are 4 parts to the study: Part 1: Determine the Dose Limiting Toxicities (DLT)'s and Maximum Tolerated Dose (MTD) based on safety. Part 2: Determine the anti-tumor activity of the combination regimen at the Maximum Tolerated Dose (MTD) in an extended cohort of patients. Part 3: Determine the effect of a strong CYP3A4 inhibitor (ketoconazole) on the pharmacokinetic (PK) of Cabazitaxel. Part 4: Determine the effect of a strong CYP3A4 inducer (rifampin) on the pharmacokinetic (PK) of Cabazitaxel.
NCT01001221 ↗ Dose-Escalation, Safety, Pharmacokinetics Study of Cabazitaxel With Gemcitabine In Patients With Solid Tumor Terminated Sanofi Phase 1/Phase 2 2009-11-01 Primary Objectives: - Study part 1: To determine the Maximum Tolerated Dose (MTD) and the Dose Limiting Toxicities (DLTs) of cabazitaxel administered as a 1-hour infusion in combination with gemcitabine, every 3 weeks in patients with advanced solid malignancies. - Study part 2: To determine the antitumor activity of cabazitaxel in combination with gemcitabine, in an additional extended cohort of 15 patients with advanced solid malignancies treated with the defined MTD, as assessed by objective response rate (ORR) according to the revised guideline for Response Evaluation Criteria in Solid Tumours (RECIST 1.1 criteria). Secondary Objectives: - To assess the safety profile of the combination regimen of cabazitaxel with gemcitabine. - To assess the pharmacokinetics (PK) of cabazitaxel, gemcitabine and its metabolite 2',2' difluorodeoxyuridine (dFdU) when given in combination. - To determine Time to Progression (TTP), Objective Response Rate (ORR), and Duration of Response (DR), in the extended cohort of patients treated at the MTD in Part 2 of the study and the patients who received the MTD in Part 1 component. For study part 1, dose levels were to be escalated according to predefined dose escalation decision rules. The Maximum Administered Dose (MAD) was reached at the dose level when at least 2 patients developed a DLT during the first 3 weeks of treatment. There was no further dose escalation when this dose was achieved. The MTD was defined as the highest dose at which 0 or 1 of 3 to 6 patients, respectively, experienced DLT during the first 3 weeks of treatment.
NCT01083615 ↗ A Study Evaluating the Pain Palliation Benefit of Adding Custirsen to Docetaxel Retreatment or Cabazitaxel as Second Line Therapy in Men With Metastatic Castrate Resistant Prostate Cancer (mCRPC) Terminated Teva Pharmaceuticals USA Phase 3 2010-03-01 The purpose of this study is to determine if the addition of study drug (custirsen) can provide durable pain palliation for castrate resistant prostate cancer patients receiving docetaxel retreatment or cabazitaxel as a second line therapy.
NCT01083615 ↗ A Study Evaluating the Pain Palliation Benefit of Adding Custirsen to Docetaxel Retreatment or Cabazitaxel as Second Line Therapy in Men With Metastatic Castrate Resistant Prostate Cancer (mCRPC) Terminated Achieve Life Sciences Phase 3 2010-03-01 The purpose of this study is to determine if the addition of study drug (custirsen) can provide durable pain palliation for castrate resistant prostate cancer patients receiving docetaxel retreatment or cabazitaxel as a second line therapy.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for cabazitaxel

Condition Name

Condition Name for cabazitaxel
Intervention Trials
Prostate Cancer 38
Prostate Cancer Metastatic 9
Castration-Resistant Prostate Carcinoma 9
Metastatic Prostate Cancer 8
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Condition MeSH

Condition MeSH for cabazitaxel
Intervention Trials
Prostatic Neoplasms 92
Carcinoma 17
Neoplasms 9
Adenocarcinoma 6
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Clinical Trial Locations for cabazitaxel

Trials by Country

Trials by Country for cabazitaxel
Location Trials
United States 380
France 32
Canada 32
Spain 30
Australia 29
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Trials by US State

Trials by US State for cabazitaxel
Location Trials
California 24
Ohio 19
New York 16
Florida 16
Pennsylvania 16
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Clinical Trial Progress for cabazitaxel

Clinical Trial Phase

Clinical Trial Phase for cabazitaxel
Clinical Trial Phase Trials
PHASE3 4
PHASE2 4
PHASE1 1
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Clinical Trial Status

Clinical Trial Status for cabazitaxel
Clinical Trial Phase Trials
Completed 49
RECRUITING 26
Terminated 18
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Clinical Trial Sponsors for cabazitaxel

Sponsor Name

Sponsor Name for cabazitaxel
Sponsor Trials
Sanofi 57
National Cancer Institute (NCI) 9
M.D. Anderson Cancer Center 6
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Sponsor Type

Sponsor Type for cabazitaxel
Sponsor Trials
Other 163
Industry 104
NIH 9
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Last updated: July 24, 2026

Cabazitaxel clinical trials update, market analysis, and projection (2024-2035)

Cabazitaxel (Jevtana; Sanofi) is a taxane indicated for metastatic castration-resistant prostate cancer (mCRPC) and, in combination and/or earlier lines, is expanding across prostate cancer subpopulations. Market growth is driven by (1) label expansion and guideline positioning, (2) dose and scheduling refinements in real-world practice, and (3) continued uptake after progression post-docetaxel. Competitive risk is concentrated in docetaxel and second-generation androgen receptor pathway inhibitors (ARPI) sequencing, plus evolving chemo choices, not in a direct “cabazitaxel class” substitution. Patent exclusivity is still a gating factor for generic entry dynamics, supporting pricing power through the mid-term.


What is the latest cabazitaxel clinical trials update for mCRPC and earlier-line prostate cancer?

What are the main cabazitaxel development themes right now?

Cabazitaxel’s current clinical pipeline is centered on four clinical-intent buckets that map to payer and guideline decision-making:

  1. Earlier-line use in mCRPC
    Trials aim to position cabazitaxel before extensive exposure to additional post-docetaxel therapies, with endpoints tied to radiographic progression-free survival (rPFS), overall survival (OS), and quality of life (QoL).

  2. Combinations to improve depth of response and survival
    Combination strategies typically target synergy with androgen receptor pathway inhibitors or with radiotherapeutics and immuno-oncology in select populations, with attention to neutropenia prophylaxis and functional status.

  3. Biomarker-enriched subgroups
    Studies explore clinical predictors (prior exposure patterns, baseline performance status, imaging features) to identify patients with higher benefit-risk balance.

  4. Real-world translational endpoints
    Trials and post-marketing observational studies track adverse event management, neuropathy and fatigue profiles, and steroid/CSF scheduling in routine practice.

How do recent trial designs reflect current payer constraints?

The trial direction increasingly reflects reimbursement realities: treatment value is assessed not only by OS but by:

  • time to pain deterioration
  • hospitalization rates from febrile neutropenia
  • functional status and QoL measures
  • feasibility of outpatient administration with prophylaxis

These endpoints align with how oncology payers adjudicate high-cost infusions.

Key operational risk in current cabazitaxel trials: neutropenia and dosing

Across modern taxane programs, cabazitaxel trials emphasize mitigation of hematologic toxicity (primary/secondary prophylaxis with G-CSF, dose modifications, and steroid regimens). This is critical for dose intensity, patient retention, and downstream net pricing through adherence.

Clinical implication: trial outcomes that demonstrate stable tolerability at usable dose intensity materially improve commercial translation.


Which cabazitaxel pivotal trials and recent label-relevant studies drive market uptake?

Core evidence supporting use after docetaxel

Cabazitaxel is anchored in its post-docetaxel survival benefit in metastatic CRPC, with practice uptake following that evidence base and subsequent guideline incorporation.

Later-line expansion and real-world durability

Commercial momentum depends on whether cabazitaxel retains advantage in “treatment-exposed” mCRPC cohorts where patients receive multiple lines of ARPI and other systemic agents. Trials that show benefit after extensive sequencing underpin continued demand.

Combination evidence is pivotal for earlier adoption

Evidence that supports cabazitaxel earlier in the sequence can shift demand from “rescue” chemotherapy to “planned next-step” therapy, increasing addressable patient volumes and boosting forecasted sales.


When does cabazitaxel lose exclusivity, and what generic entry risks exist?

Exclusivity and patent gatekeeping

Cabazitaxel remains protected by:

  • drug product and formulation patents (including specific compositions and dosage-related protections)
  • manufacturing and method-of-use patents (including protocols for use in specific indications)
  • secondary patents tied to stability, administration regimens, and composition characteristics

Commercial impact: generic entry is not a single date event. It is driven by patent-by-patent clearance, successful Paragraph IV challenges (if any), and whether a generic can produce a design-around formulation without infringing active patents.

Generic entry risks

The principal risks for generic challengers are:

  • need to navigate formulation and manufacturing claims
  • proof of non-infringement or invalidity across multiple asserted patents
  • ensuring comparable safety for a drug with known neutropenia risk requiring specific supportive care patterns

Timing implication: even when a core composition patent expires, secondary patents can delay market entry and restrict automatic “first generic” advantage.


What patents protect cabazitaxel in the Orange Book, and how broad is the patent estate?

Orange Book structure that matters for cabazitaxel

For small-molecule oncology drugs, market-entry timing typically depends on:

  • active ingredient and composition of matter protections
  • dosage form and formulation protections
  • method-of-use protections tied to indications or dosing regimens
  • listed patents that block FDA approval for generics until expiry or resolution

Estate breadth and litigation leverage

A broad estate usually implies multiple infringement fronts during Paragraph IV litigation. For cabazitaxel, that translates into:

  • higher settlement likelihood only if generic challengers can target a narrow remaining patent set
  • longer resolution timelines if asserted claims span formulation, manufacturing, and method-of-use

How do Paragraph IV challenges and patent litigation affect cabazitaxel generic timelines?

What usually governs outcomes in cabazitaxel litigation

In taxane products with supportive-care requirements, litigation outcomes hinge on:

  • claim construction for formulation and manufacturing patents
  • whether generics can adopt a non-infringing process
  • whether alleged non-infringement is credible given clinical administration constraints

Market consequence

Even absent a “win,” delayed resolution can keep cabazitaxel in a premium pricing band, sustaining higher sales relative to generic-exposed oncology benchmarks.


What is the FDA regulatory status of cabazitaxel, and what does the label imply for future trials?

FDA approvals and current clinical positioning

Cabazitaxel is approved for:

  • metastatic castration-resistant prostate cancer after docetaxel chemotherapy (core label)
  • additional label expansions tied to earlier lines or specific combination contexts where supported by trial evidence

How label scope affects trial design and commercial uptake

Trials that match current label pathways can accelerate adoption by:

  • enabling earlier payer authorization
  • increasing sequencing flexibility for oncologists
  • lowering administrative friction compared with “off-label” use

How many patients could cabazitaxel reach, and what is the addressable market (mCRPC) projection?

Base commercial addressability

The addressable population is driven by:

  • incidence and prevalence of mCRPC
  • proportions receiving docetaxel and subsequently requiring post-docetaxel chemotherapy
  • survival duration and progression tempo (which determine cumulative treatment cycles)

Adoption levers that increase uptake

Cabazitaxel market share tends to rise when:

  • tolerability improves through prophylaxis standardization
  • sequencing guidelines position cabazitaxel as preferred post-ARPI chemotherapy
  • combination strategies demonstrate clinically meaningful incremental benefit with manageable toxicity

Cabazitaxel market analysis vs docetaxel and ARPI sequencing: where does share come from?

Direct substitution risk is limited

Cabazitaxel is typically used after docetaxel in mCRPC, which reduces direct substitution. The main competitive displacement risk is from:

  • other post-docetaxel chemotherapy options
  • radioligand therapies in eligible patients
  • earlier use of other agents that may reduce the “need” for later chemotherapy

Share capture comes from sequencing behavior

Cabazitaxel gains when clinicians use it as:

  • a planned next step after docetaxel rather than delaying to later lines where patients are weaker
  • the chemo option before or alongside emerging radiotherapeutic strategies

Real-world economics

Because cabazitaxel is a high-cost infusion oncology drug, payer coverage and prior authorization rules influence uptake speed. Trials and studies that reinforce manageable toxicity improve coverage acceptance and reduce denial rates.


What are revenue drivers and pricing dynamics for cabazitaxel through 2030?

Primary revenue drivers

  • Treatment volume: eligible patient count multiplied by cabazitaxel cycles per patient
  • Dose intensity management: supportive care that enables maintaining effective dosing
  • Line-of-therapy expansion: earlier-line use increases total cycles over a patient lifetime
  • Geographic penetration: diffusion into major markets where guideline adoption is strong

Pricing and contracting

Oncology payers increasingly use outcomes-based or tightly managed formularies. Cabazitaxel’s ability to maintain pricing depends on:

  • comparative clinical outcomes vs alternatives
  • toxicity-related hospitalization rates
  • contract coverage status in large health systems

Cabazitaxel forecast (2024-2035): scenario-based projection for US and ex-US demand

Forecast framework

A practical forecasting model for cabazitaxel uses:

  • mCRPC incidence/prevalence trend
  • proportion treated with chemotherapy post-docetaxel
  • cabazitaxel share of chemo among that cohort
  • cycles per patient
  • pricing net of rebates
  • patent/geographic entry constraints for biosimilar/generic competitors where applicable

Base case projection (directional)

  • 2024-2027: Growth supported by label-aligned uptake and improved supportive care adoption.
  • 2028-2032: Moderate growth or plateau depending on (1) further label expansions and (2) competitive pressure from ARPI sequencing changes and radioligand adoption.
  • 2033-2035: Increased entry risk from generics only if patent estate clears and/or settlements enable earlier launch. If exclusivity holds, sales remain protected into the latter period.

Commercial bottom line: near-term demand is driven by continued chemo integration after docetaxel; mid-term depends on whether cabazitaxel gains earlier-line share; long-term depends on patent expiry and litigation outcomes.


Which companies compete with cabazitaxel, and how do their product profiles compare?

Competitive set

  • Other mCRPC chemotherapy providers (post-docetaxel settings)
  • Radioligand therapy companies in eligible molecular/clinical subgroups
  • ARPI sequences that change the need for later chemotherapy timing

How competition affects cabazitaxel

Cabazitaxel competes on:

  • efficacy after ARPI exposure
  • tolerability management (neutropenia prophylaxis)
  • administration and cycle time in real-world settings
  • availability and coverage through treatment pathways

What formulation or manufacturing patents can block cabazitaxel generics?

Where design-arounds usually fail

Generic challengers often face barriers in:

  • specific composition details and excipient/stability-related formulations
  • manufacturing process claims tied to critical steps
  • conditions relating to preparation and administration that maintain safety profiles

Commercial consequence

If generics cannot clear formulation/manufacturing claims, launch is delayed or limited to non-infringing variants that still require regulatory acceptance and clinical equivalence.


How strong is the patent estate for cabazitaxel, and what does it mean for investment and licensing?

Estate strength indicators

  • multiple listed patents across drug substance/product and methods of use
  • long-tail patent coverage typical of oncology lifecycle management
  • likelihood of litigation leverage through broad claim sets

Investment implication

For investors and licensing partners, cabazitaxel’s strong estate typically supports:

  • stable cash flows in the mid-term
  • higher probability of maintaining premium pricing until a defined clearance event
  • negotiated settlement options if challengers face high infringement risk

Key Takeaways

  • Cabazitaxel commercial trajectory is tied to mCRPC sequencing after docetaxel, with growth supported by label-aligned adoption and improved neutropenia management.
  • Clinical development focuses on earlier-line positioning, combination strategies, and patient selection to improve benefit-risk and translation into payer coverage.
  • Generic entry is governed by patent-by-patent clearance across formulation, manufacturing, and method-of-use claims, making timelines sensitive to litigation and settlements rather than a single expiry date.
  • Market forecast to 2035 is best modeled with scenario shifts around label expansion and competitive displacement from alternative systemic and radiotherapeutic strategies.
  • Patent estate strength likely supports premium revenue maintenance through the mid-term, with increased entry risk only after estate clearance accelerates.

FAQs

  1. Does cabazitaxel compete more with other chemotherapies or with radioligand therapies in mCRPC?
    It competes primarily with chemotherapy options in post-docetaxel settings, while radioligand therapies compete for eligible subgroups based on clinical and molecular criteria.

  2. How does G-CSF prophylaxis affect cabazitaxel clinical outcomes and commercial adoption?
    It reduces febrile neutropenia rates, supports dose intensity, and improves real-world treatment continuity, which improves uptake and payer acceptance.

  3. What endpoints matter most for cabazitaxel trials seeking label expansion?
    OS and rPFS are central, with QoL and toxicity-related endpoints shaping reimbursement and adoption.

  4. What types of patents most often delay generic launches for oncology injectables like cabazitaxel?
    Formulation, manufacturing/process, and method-of-use patents typically have the highest impact on generic design-around feasibility and litigation outcomes.

  5. What line-of-therapy shifts would most increase cabazitaxel lifetime value per patient?
    Earlier adoption in mCRPC and improved retention through manageable toxicity increase cumulative cycles, raising per-patient revenue.


References

  1. FDA. Orange Book: Approved Drug Products with Therapeutic Equivalence Evaluations (Cabazitaxel listings). U.S. Food and Drug Administration.
  2. Sanofi. Jevtana (cabazitaxel) Prescribing Information.

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