NCT05695391
- Objective
- Not yet disclosed
- Design
- Not yet disclosed
- Participants
- Not yet disclosed
- Primary endpoint
- Not yet disclosed
- Results
- Results not yet reported; trial associated with Phase 3 program F7TG2202 which was terminated 9 July 2025
pharma · Retinitis Pigmentosa · Dyslipidaemia
Laboratoire HRA Pharma
Laboratoire HRA Pharma is a pharma organization headquartered in CHATILLON, FR. Primary therapeutic focus areas include Retinitis Pigmentosa, Dyslipidaemia, Hemophilia, Allergic Conjunctivitis, Leber congenital amaurosis
Phase 3 · mab · Hemophilia
F7TG2202 is a recombinant Coagulation Factor VIIa program sponsored by Laboratoire HRA Pharma for the treatment of hemophilia. The program represents a monoclonal antibody modality approach to hemophilia management, though specific mechanism of action details remain undisclosed. The program was in Phase 3 development b
Internal code F7TG2202
F7TG2202 is a recombinant Coagulation Factor VIIa program sponsored by Laboratoire HRA Pharma for the treatment of hemophilia. The program represents a monoclonal antibody modality approach to hemophilia management, though specific mechanism of action details remain undisclosed. The program was in Phase 3 development but has been terminated as of the latest milestone dated 9 July 2025. No partner or licensing arrangement is currently disclosed. The termination represents a strategic shift away from this particular development pathway, though the rationale for discontinuation has not been publicly detailed. The competitive landscape for hemophilia includes multiple approved therapies spanning coagulation factor replacement, gene therapy, and bypass agents, indicating a mature but evolving market with diverse treatment options.
The program was associated with clinical trial NCT05695391, which appears to have been the pivotal Phase 3 study. Prior to termination, the recombinant Factor VIIa candidate had been evaluated across multiple clinical trials in China registered under the NMPA, spanning NCT01084265 through NCT03095079. The termination of F7TG2202 in mid-2025 suggests that efficacy, safety, or commercial viability concerns may have prompted the decision to discontinue further development. No projected peak sales, regulatory filing dates, or expected approval timelines were disclosed prior to termination.
Hemophilia remains a significant unmet medical need despite the availability of multiple approved therapies. While Factor VIII and Factor IX replacement products dominate the market, the disease continues to present challenges including inhibitor development, frequent dosing requirements, and variable patient response. The recombinant Factor VIIa approach, if successful, could have offered an alternative mechanism for patients with specific hemophilia subtypes or those with inhibitors to conventional therapies.
The termination of F7TG2202 reflects the competitive pressures and high bar for approval in the hemophilia space. Approved competitors include ADVATE (Factor VIII), ROCTAVIAN (gene therapy with Factor IX), HEMLIBRA (bispecific antibody), and multiple thrombopoietin receptor agonists. The monoclonal antibody modality selected for F7TG2202 was differentiated from traditional protein replacement, potentially offering improved pharmacokinetics or reduced immunogenicity. However, the termination suggests that clinical or commercial data did not support continuation.
The patient population for hemophilia includes both congenital and acquired forms, with varying severity and inhibitor status. Market relevance depends on addressing unmet needs in difficult-to-treat populations, including those with inhibitors or poor venous access. The discontinuation of F7TG2202 may redirect resources within HRA Pharma's hemostasis portfolio or signal market saturation in certain hemophilia segments.
F7TG2202 is classified as a monoclonal antibody (mab modality) targeting coagulation pathways for hemophilia treatment. The program name indicates a recombinant Factor VIIa-based approach, though the precise molecular target and mechanism of action remain undisclosed in available sources.
The monoclonal antibody modality represents a departure from traditional recombinant protein replacement, potentially offering advantages in stability, immunogenicity, or dosing frequency. However, specific differentiation from competitors remains undisclosed.
Prevalence: Point prevalence: 1-9 / 100 000 (China) — source: Orphanet, validated.
Hemophilia is a genetic disorder characterized by spontaneous hemorrhage or prolonged bleeding due to factor VIII or IX deficiency.
ClinicalTrials.gov lists 150 registered studies for Hemophilia (AACT aggregate).
Phase breakdown: NA (116), PHASE3 (10), PHASE1 (9), PHASE2 (5), PHASE4 (5), PHASE1/PHASE2 (3), EARLY_PHASE1 (2)
Common investigational therapies:
Disease data sourced from MONDO Disease Ontology (MONDO:0018660), Orphanet — hemophilia, NCT00055341, NCT00127543, NCT00324493, NCT00340548, NCT00344435, AACT (ClinicalTrials.gov aggregate), ClinicalTrials.gov, Open Targets Platform (CC BY 4.0).
Phase 3 ongoing
Phase 3 trial NCT05695391 was active in development for F7TG2202.
Program terminated
F7TG2202 development terminated as of 9 July 2025; termination rationale not yet disclosed.
The hemophilia treatment landscape is populated by multiple approved therapies addressing different mechanisms and patient populations. ADVATE (Takeda, Factor VIII) and ROCTAVIAN (BioMarin, Factor IX gene therapy) represent traditional and next-generation replacement approaches. HEMLIBRA, a bispecific antibody, offers a bypass mechanism for inhibitor patients. Thrombopoietin receptor agonists including REVOLADE (Novartis) and NPLATE (Amgen) address thrombocytopenia-related bleeding. TACHOSIL (fibrinogen), ALHEMO (tissue factor pathway inhibitor inhibitor), MULPLEO (thrombopoietin agonist), ALTUVOCT (Factor VIII), JIVI (Factor VIII), and NOVOTHIRTEEN (Factor XIII) provide additional options across hemostasis pathways.
F7TG2202's monoclonal antibody modality was intended to differentiate from traditional protein replacement, potentially offering improved pharmacokinetics or reduced immunogenicity. However, the crowded competitive space and high clinical bar for approval in hemophilia likely contributed to the termination decision. The program's discontinuation suggests that efficacy, safety, or commercial viability did not meet HRA Pharma's development criteria relative to established competitors and emerging therapies.
| Therapy | Company | Mechanism | Status |
|---|---|---|---|
| ROCTAVIAN | BioMarin Pharmaceutical Australia Pty Ltd | Coagulation factor IX exogenous protein | approved |
| ADVATE | Takeda | Coagulation factor VIII exogenous protein | approved |
| TACHOSIL | S.A. | Fibrinogen exogenous protein | approved |
| REVOLADE | Novartis Pharmaceuticals | Thrombopoietin receptor agonist | approved |
| ALHEMO | — | Tissue factor pathway inhibitor inhibitor | approved |
| NPLATE | Amgen | Thrombopoietin receptor agonist | approved |
| MULPLEO (PREVIOUSLY LUSUTROMBOPAG SHIONOGI) | — | Thrombopoietin receptor agonist | approved |
| HEMLIBRA | — | Coagulation factor IX and X other | approved |
| ALTUVOCT | — | Coagulation factor VIII exogenous protein | approved |
| INFINIA | — | Leukocyte elastase inhibitor | approved |
| JIVI | — | Coagulation factor VIII exogenous protein | approved |
| NOVOTHIRTEEN | — | Coagulation factor XIII exogenous protein | approved |
| TUROCTOCOG ALFA PEGOL | — | Coagulation factor VIII exogenous protein | Approved |
| TUROCTOCOG ALFA | — | Coagulation factor VIII exogenous protein | Approved |
| TRANEXAMIC ACID | — | Plasminogen inhibitor | Approved |
| SUSOCTOCOG ALFA | — | Coagulation factor VIII exogenous protein | Approved |
| SIMOCTOCOG ALFA | — | Coagulation factor VIII exogenous protein | Approved |
| NONACOG BETA PEGOL | — | Coagulation factor IX exogenous protein | Approved |
| MOROCTOCOG ALFA | — | Coagulation factor VIII exogenous protein | Approved |
| LONOCTOCOG ALFA | — | Coagulation factor VIII exogenous protein | Approved |
Additional associated therapies sourced from Open Targets Platform (CC0), linked to NovaPharmaNews drug profiles where matched.
FDA (United States): Regulatory status not yet disclosed.
EMA (European Union): Regulatory status not yet disclosed for F7TG2202. Note: VONCENTO (human coagulation factor VIII/von Willebrand factor, CSL Behring) was approved by EMA on 17 December 2024 (EMEA/H/C/002493), representing a related hemostasis therapy.
NMPA (China): Recombinant Factor VIIa candidate was in clinical trials in China, with multiple trial registrations (NCT01084265, NCT01310478, NCT01551628, NCT01733589, NCT01915134, NCT01922193, NCT01941576, NCT02283489, NCT02764671, NCT03095079) indicating prior development activity in the Chinese market.
PMDA (Japan): Regulatory status not yet disclosed.
Program Status: F7TG2202 was terminated on 9 July 2025 prior to any regulatory filing or approval. No regulatory submissions are known to have been made.
F7TG2202 is a recombinant Coagulation Factor VIIa monoclonal antibody developed by Laboratoire HRA Pharma for the treatment of hemophilia. The program was terminated in July 2025 prior to approval.
No. F7TG2202 was terminated during Phase 3 development in July 2025 and never reached regulatory filing or approval stage with the FDA, EMA, or other regulatory agencies.
The specific mechanism of action for F7TG2202 has not been disclosed. The program name indicates a recombinant Factor VIIa approach using monoclonal antibody modality, but precise molecular targets and mechanisms remain undisclosed.
Laboratoire HRA Pharma is the sponsor of F7TG2202. No manufacturing partner or license agreement has been disclosed.
F7TG2202 was associated with Phase 3 trial NCT05695391 and prior clinical trials in China (NCT01084265 through NCT03095079). Trial results have not been publicly reported, and the program was terminated before completion.
The rationale for termination on 9 July 2025 has not been publicly disclosed by Laboratoire HRA Pharma. Possible reasons may include efficacy, safety, or commercial viability concerns.
F7TG2202 is terminated as of 9 July 2025. No further development is expected unless HRA Pharma announces revival with new clinical or commercial justification.
F7TG2202 was in Phase 3 development when it was terminated on 9 July 2025.
No development partner or licensing arrangement has been disclosed for F7TG2202. Laboratoire HRA Pharma was the sole sponsor.
Approved hemophilia therapies competing in the same space include ADVATE (Factor VIII, Takeda), ROCTAVIAN (Factor IX gene therapy, BioMarin), HEMLIBRA (bispecific antibody), and multiple thrombopoietin agonists including REVOLADE and NPLATE.
The route of administration for F7TG2202 has not been disclosed in available sources.
The specific molecular target of F7TG2202 has not been disclosed. The program name suggests a Factor VIIa-based approach, but precise targets remain undisclosed.
The first disclosure date for F7TG2202 has not been recorded in available sources.
Projected peak sales for F7TG2202 have not been disclosed. Given the program's termination, no commercial projections are expected.
Prior to termination, F7TG2202 or related recombinant Factor VIIa candidates were evaluated in multiple clinical trials in China (NCT01084265 through NCT03095079), but the program was terminated in July 2025.
F7TG2202 belongs to the Blood and blood forming organs therapeutic class (B02), consistent with coagulation factor therapies for hemophilia.
Coagulation Factor VIIa (Recombinant) → Drug → Target → Indication → Company → Trials → Competitors
Strategic Implications: The termination of F7TG2202 in July 2025 represents a significant strategic decision by Laboratoire HRA Pharma to discontinue a Phase 3 hemophilia program. This suggests that interim efficacy, safety data, or commercial projections did not justify continued investment relative to the competitive landscape and regulatory approval bar. The decision may reflect challenges in differentiating a monoclonal antibody approach in a market dominated by established Factor VIII/IX replacements and emerging gene therapies.
Competitive Implications: The termination removes a potential alternative mechanism from the hemophilia market. Competitors including Takeda (ADVATE), BioMarin (ROCTAVIAN), and others with approved therapies face no new competitive threat from F7TG2202. The crowded competitive space, with 12+ approved hemostasis therapies listed, likely contributed to HRA Pharma's decision to reallocate resources.
Future Catalysts: No future development milestones are expected for F7TG2202. HRA Pharma may redirect hemostasis research efforts toward other indications or mechanisms. The company's hemostasis portfolio strategy will be clarified through future program announcements or investor communications.
Expected Milestones: None anticipated for F7TG2202. Program termination is final unless HRA Pharma announces revival, which would require disclosure of new clinical or commercial rationale.
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Intelligence compiled from public regulatory and clinical sources (FDA, EMA, ClinicalTrials.gov and company disclosures). Figures may be editorial or analyst estimates; verify against primary sources before relying on them.