Florbetaben f-18 - Generic Drug Details

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What are the generic sources for florbetaben f-18 and what is the scope of freedom to operate?

Florbetaben f-18 is the generic ingredient in one branded drug marketed by Lantheus and is included in one NDA. There are two patents protecting this compound. Additional information is available in the individual branded drug profile pages.

One supplier is listed for this compound.

Summary for florbetaben f-18

International Patents:	62
US Patents:	2
Tradenames:	1
Applicants:	1
NDAs:	1
Finished Product Suppliers / Packagers:	1
Raw Ingredient (Bulk) Api Vendors:	5
Clinical Trials:	26
Patent Litigation and PTAB cases:	See patent lawsuits and PTAB cases for florbetaben f-18
DailyMed Link:	florbetaben f-18 at DailyMed

DrugPatentWatch^® Estimated Loss of Exclusivity (LOE) Date for florbetaben f-18

Constraining patent/regulatory exclusivity:

9,308,284

Dosage:

SOLUTION;INTRAVENOUS

^*The generic entry opportunity date is the latter of the last compound-claiming patent and the last regulatory exclusivity protection. Many factors can influence early or later generic entry. This date is provided as a rough estimate of generic entry potential and should not be used as an independent source.

Recent Clinical Trials for florbetaben f-18

Identify potential brand extensions & 505(b)(2) entrants

Sponsor	Phase
Life Molecular Imaging GmbH	PHASE1
pharmtrace	PHASE1
Fujian Medical University Union Hospital	PHASE2

See all florbetaben f-18 clinical trials

Pharmacology for florbetaben f-18

Drug Class	Radioactive Diagnostic Agent
Mechanism of Action	Positron Emitting Activity

US Patents and Regulatory Information for florbetaben f-18

Applicant	Tradename	Generic Name	Dosage	NDA	Approval Date	TE	Type	RLD	RS	Patent No.	Patent Expiration	Product	Substance	Delist Req.	Exclusivity Expiration
Lantheus	NEURACEQ	florbetaben f-18	SOLUTION;INTRAVENOUS	204677-001	Mar 19, 2014		RX	Yes	Yes	9,308,284		Y
Lantheus	NEURACEQ	florbetaben f-18	SOLUTION;INTRAVENOUS	204677-001	Mar 19, 2014		RX	Yes	Yes	7,807,135		Y	Y

International Patents for florbetaben f-18

Country	Patent Number	Title	Estimated Expiration
Australia	2005316421	Stilbene derivatives and their use for binding and imaging amyloid plaques
Brazil	PI0516408	derivados de estilbeno e seu uso para ligação e formação de imagem de placas de amilóide
Canada	2591534	DERIVES DE STILBENE ET LEUR UTILISATION POUR LA LIAISON ET L'IMAGERIE DE PLAQUES AMYLOIDES (STILBENE DERIVATIVES AND THEIR USE FOR BINDING AND IMAGING AMYLOID PLAQUES)
China	101123995	Stilbene derivatives and their use for binding and imaging amyloid plaques
Costa Rica	9206	DERIVADOS DE ESTILBENO Y SU USO PARA ESTUDIOS DE UNION Y POR IMAGENES DE PLACAS AMILOIDES
Denmark	2213652
Eurasian Patent Organization	012334	ПРОИЗВОДНЫЕ СТИЛЬБЕНА И ИХ ПРИМЕНЕНИЕ ДЛЯ СВЯЗЫВАНИЯ И ВИЗУАЛИЗАЦИИ АМИЛОИДНЫХ БЛЯШЕК (STILBENE DERIVATIVES AND THEIR USE FOR BINDING AND IMAGING AMYLOID PLAQUES)

Supplementary Protection Certificates for florbetaben f-18

Patent Number	Supplementary Protection Certificate	SPC Country	SPC Expiration	SPC Description
2213652	CA 2015 00018	Denmark		PRODUCT NAME: FLORBETABEN (18F); REG. NO/DATE: EU/1/13/906/001 20140220
2213652	SPC/GB15/010	United Kingdom		PRODUCT NAME: FLORBETABEN (18F), WHICH IS (4-((E)-2-(4-(2-(2-(2-(1F)FLUOROETHOXY)ETHOXY)ETHOXY)PHENYL)ETHENYL)-N-METHYLANILINE); REGISTERED: UK EU/1/13/906/001 20140224
2213652	15C0012	France		PRODUCT NAME: FLORBETABEN (18F); REGISTRATION NO/DATE: EU/1/13/906/001 20140224
2213652	C20150010 00142	Estonia		PRODUCT NAME: FLORBETABEEN (18F);REG NO/DATE: EU/1/13/906 24.02.2014
2213652	8/2015	Austria		PRODUCT NAME: FLORBETABEN (18 F); REGISTRATION NO/DATE: EU/1/13/906/001 (MITTEILUNG) 20140224
2213652	92647	Luxembourg		PRODUCT NAME: FLORBETABEN (18F). FIRST REGISTRATION: 20140224
2213652	122015000018	Germany		PRODUCT NAME: FLORBETABEN (18F); REGISTRATION NO/DATE: EU/1/13/906/001 20140220

FLORBETABEN F-18 market dynamics and financial trajectory (revenue exposure, pricing, exclusivity timelines, and competitive risk)

Last updated: July 16, 2026

Florbetaben F-18 is an anti-amyloid PET radiotracer used in Alzheimer’s disease assessment workflows. In the U.S., its commercial trajectory is shaped by (1) PET scan volume trends, (2) payer and coverage policy for dementia biomarker testing, (3) platform competition from other anti-amyloid tracers, and (4) the patent and regulatory regime for radiochemistry process know-how and supply capacity rather than tablet-style “generic launches.” The financial path is typically characterized by limited addressable volume relative to primary-care drugs, revenue dependence on large imaging centers and hospital systems, and constrained substitution because supply chain qualification and FDA-enforced manufacturing controls gate competition.

What is FLORBETABEN F-18 and how is it sold in the market?

Answer: Florbetaben F-18 (anti-amyloid PET imaging agent) is commercialized as a radiopharmaceutical that is administered intravenously for PET imaging. Sales are driven by demand for anti-amyloid biomarker assessment and the installed base of PET scanners and tracer ordering practices at imaging centers.

Where does demand come from?

Demand is mostly institutional:

• Hospital imaging departments with PET/CT capacity
• Academic medical centers running neurology and dementia biomarker programs
• Commercial imaging networks with centralized procurement

Key demand drivers that affect revenue:

• Alzheimer’s diagnosis and staging workflow adoption
• Coverage and reimbursement rules for PET amyloid imaging
• PET utilization rates and tracer ordering frequency
• Availability and logistical reliability (short half-life impacts fulfillment)

How is revenue typically generated?

Radiotracer revenue is a function of:

• PET scan volumes (regional and payer-driven)
• Pricing per vial/injection size and contracted volume discounts
• Distributor and direct-to-institution sales mix
• Service-level agreements around manufacturing cadence and delivery

What market dynamics affect anti-amyloid PET tracer revenue?

Answer: Revenue is most sensitive to PET biomarker reimbursement policy, competing tracer selection, and supply reliability. Half-life logistics and manufacturing qualification reduce substitution risk compared with small-molecule generics.

Payer policy and reimbursement volatility

Anti-amyloid PET imaging is reimbursed unevenly by payer:

• Coverage criteria tied to cognitive impairment stage and diagnostic uncertainty
• Prior authorization patterns that can throttle utilization
• Coding and billing practices that can change utilization economics These factors create lumpy ordering patterns across regions and quarters.

Competition: how do other anti-amyloid PET agents pressure pricing?

Anti-amyloid PET is competitive by “workflow fit”:

• Clinicians and radiology groups select among available tracers based on local formulary preferences, reimbursement guidance, and scanner workflow
• Contracting leverage shifts toward suppliers with reliable supply and consistent imaging quality claims

In practice, competitive pricing pressure often comes from:

• Supplier efforts to become preferred tracer for health systems
• Volume-based pricing in national accounts
• Substitution across tracers when inventory shortages occur or when payers signal preferred options

Supply and operational constraints

Radiopharmaceutical economics are constrained by:

• Radiochemistry manufacturing capacity and batch release throughput
• Compliance with current good manufacturing practice and validated processes
• Chain-of-custody and cold-chain logistics
• Time-to-delivery given the physical half-life of F-18

These constraints can protect incumbent revenue during supply disruptions but can also limit growth because scaling requires manufacturing and QC capacity.

How does FLORBETABEN F-18 compare with competing anti-amyloid tracers?

Answer: Competitive dynamics follow tracer availability and payer- and site-specific adoption, not therapeutic switching in the way seen for oral drugs. Florbetaben faces competition from other FDA-approved anti-amyloid PET tracers that are used in similar clinical workflows.

Competitive set (category-level)

Anti-amyloid PET tracers commonly competing in the same clinical niche include:

• Florbetapir F-18
• Flutemetamol F-18
• (In some contexts) other imaging modalities used for dementia workups

What differentiates selection at the site level?

Sites tend to pick tracers based on:

• Contracting and supply reliability
• Training and reader familiarity with standardized image interpretation
• Institutional protocol integration and turnaround time
• Radiology department preference and payer guidance

Pricing implications

For mature tracers in a competitive class, pricing tends to:

• Compress via national account contracting
• Stabilize after preferred-provider status is established
• Fall fastest when multiple suppliers can reliably fill schedules

What patent and exclusivity timelines govern FLORBETABEN F-18?

Answer: For radiotracers, exclusivity and patent protection often cover manufacturing processes, formulation-like aspects of radiochemistry, and kit/packaging and method-of-use constructs, rather than a simple “drug ingredient composition” that maps to generic entry.

Where does the legal moat typically sit?

The practical IP moat usually includes:

• Synthesis and radiolabeling processes at scale (validated steps, yields, and QC controls)
• Kit composition and handling instructions that preserve radiochemical integrity
• Method-of-use claims for clinical interpretation and diagnostic use
• Packaging, distribution stability, and release testing methods

What is the commercial impact of IP barriers?

Compared to small molecules:

• Entry by a “generic” is constrained by manufacturing qualification and regulatory acceptance
• Competitive entry is often process- and supply-ability-limited
• Patent litigation risk shapes timing of new manufacturing sites and contract awards rather than immediate price collapse

What is the Orange Book status of FLORBETABEN F-18?

No complete Orange Book mapping (listed drug, NDA/BLA number, and patent/expiration data) is provided here. Without that record, a precise Orange Book status summary cannot be produced.

When does FLORBETABEN F-18 lose exclusivity and face higher entry risk?

No reliable exclusivity/expiration timetable can be stated here because the underlying FDA exclusivity and patent listing data for the exact listed drug is not included in the provided input set.

How does biosimilar risk apply to FLORBETABEN F-18?

Answer: Biosimilar risk does not apply in the standard sense because FLORBETABEN F-18 is not a biologic (it is a small radiolabeled molecule). The substitution risk is instead driven by radiochemistry process licensing, manufacturing qualification, and regulatory acceptance of an equivalent imaging agent.

What generic entry risks exist for FLORBETABEN F-18?

Answer: Generic-style substitution is constrained by radiopharmaceutical manufacturing controls, supply chain reliability, and regulatory pathway requirements for radiotracer equivalence.

Main entry barriers that can protect revenue

• Radiochemical identity and purity requirements and batch consistency
• Validated synthesis and QC release testing methods
• FDA and state distribution compliance for radiopharmaceutical handling
• Institutional acceptance and workflow integration

What typically triggers competitive price moves?

Price pressure usually appears when:

• A competing supplier can reliably supply at scale
• Health systems renegotiate tracer contracts
• Supply constraints ease and switching becomes operationally easy

What litigation and Paragraph IV-style events affect the market?

Answer: Paragraph IV frameworks apply to small-molecule and certain drug product exclusivity challenges. For radiotracers like FLORBETABEN F-18, market impact depends on the presence of patent disputes covering manufacturing or use. No specific FLORBETABEN F-18 patent litigation or settlement dates are provided here, so this cannot be itemized accurately.

What is FDA regulatory status and how does it affect sales?

Answer: FDA regulatory status influences market entry and quality constraints, which in turn affect supply availability. Radiopharmaceutical adoption is also tied to FDA-cleared indications and how clinicians interpret biomarker results in routine care.

Sales implications of regulatory design

• Indication breadth and labeling interpretation influence ordering patterns
• Label alignment with payer criteria affects reimbursement and utilization
• Manufacturing changes require regulatory control that can delay competition

What are the likely financial drivers and cost structure?

Answer: Financial trajectory in anti-amyloid PET tracers tracks utilization, contracting intensity, and supply economics. Unlike small-molecule drugs, gross margin is sensitive to radiochemistry yield efficiency and batch release costs.

Revenue drivers

• PET scan volumes tied to dementia evaluation workflows
• Volume contracting with large imaging networks
• Operational reliability that reduces missed orders
• Geographic coverage where supply capacity matches demand

Cost and margin drivers

• Production yield and radiolabeling efficiency
• QC testing and release workflow time
• Half-life-limited logistics that affect spoilage and inventory planning
• Supply chain capex and validation costs for manufacturing sites

What is the expected financial trajectory (growth, plateau, decline)?

Answer: For an established anti-amyloid tracer, the typical trajectory is:

• Growth phase driven by adoption and payer coverage stabilization
• Plateau as preferred-provider status forms within health systems
• Revenue leveling with occasional volatility from supply and contracting
• Gradual margin pressure from competitive tracer substitution if supply is robust across competitors

A precise trajectory with numeric revenue levels cannot be provided here without company segment reporting, procurement volumes, or paid sales data by product and geography.

Key takeaways

• FLORBETABEN F-18 revenue is driven primarily by anti-amyloid PET utilization and institutional contracting, not by generic substitution dynamics typical of oral drugs.
• The strongest market levers are payer reimbursement rules, scanner/PET workflow adoption, and tracer selection at health systems.
• Competitive pressure comes from other anti-amyloid PET tracers and preferred-provider contracting, while supply reliability and radiochemistry qualification limit rapid price collapse.
• Patent and regulatory barriers in radiotracers are typically process- and method-of-use driven, shifting competitive entry timing from “generic launch schedules” to manufacturing qualification schedules.

FAQs

1) How do reimbursement criteria change the ordering volume for anti-amyloid PET tracers?

They directly affect prior authorization rates and eligibility windows tied to cognitive impairment stage, which changes utilization and therefore tracer purchasing cadence.

2) What determines whether a hospital switches from one anti-amyloid tracer to another?

Contracting terms, supply reliability, reader familiarity, workflow integration, and how payer policies interpret biomarker results drive switching decisions.

3) Does the short half-life of F-18 limit market reach for florbetaben?

Yes. Fulfillment timing and regional production/distribution capacity constrain which sites can consistently receive reliable doses, shaping coverage growth more than advertising or prescriber preference.

4) What are the biggest risks to revenue for a radiopharmaceutical tracer supplier?

Manufacturing outages, release QC delays, logistics disruptions, and health system contracting changes that reduce preferred-provider status.

5) Why can’t anti-amyloid PET tracers be compared to small-molecule generics?

Because competition depends on radiochemistry process qualification, batch release testing, and institutional acceptance of equivalent imaging performance, not just filing an abbreviated regulatory product like typical oral generics.

References

1. [No sources were provided in the prompt to cite.]