CLINICAL TRIALS PROFILE FOR FLUCICLOVINE F-18

All Clinical Trials for FLUCICLOVINE F-18

Trial ID	Title	Status	Sponsor	Phase	Start Date	Summary
NCT00562315 ↗	FACBC PET/CT for Recurrent Prostate Cancer	Completed	National Cancer Institute (NCI)	Phase 2	2007-10-01	Hypothesis:Anti-[18F]FACBC PET-CT will adequately detect local and extraprostatic recurrence, and lead to better characterization of disease status in restaging patients. This is a study that will test a compound (chemical substance) that has a small amount of radioactivity attached to it. This substance has a natural tendency to go to prostate tissue. The substance is called [18]FACBC and it is given in the form of an injection into a vein. After the substance reaches the prostate, scans called PET or Positron Emission Tomography, are done. This is similar to having CAT scans or x-rays. Usually a compound called [18]FDG is used for PET scans but this substance is eliminated by the kidneys and cannot reach the prostate. This substance called [18]FACBC is not eliminated by the kidneys and may allow tumors in the prostate to be seen better. It is sometimes difficult to tell if a growth on the prostate is cancer with scans or x-rays that are usually done. Anti-[18F]FACBC PET-CT will be compared to ProstaScint (In-capromab pendetide) which is the conventional imaging for prostate cancer. Investigators will be blinded of the intervention. This study will look at how the [18]FACBC goes into the prostate tissue and determine its ability to detect recurrent prostate cancer.
NCT00562315 ↗	FACBC PET/CT for Recurrent Prostate Cancer	Completed	David M. Schuster, MD	Phase 2	2007-10-01	Hypothesis:Anti-[18F]FACBC PET-CT will adequately detect local and extraprostatic recurrence, and lead to better characterization of disease status in restaging patients. This is a study that will test a compound (chemical substance) that has a small amount of radioactivity attached to it. This substance has a natural tendency to go to prostate tissue. The substance is called [18]FACBC and it is given in the form of an injection into a vein. After the substance reaches the prostate, scans called PET or Positron Emission Tomography, are done. This is similar to having CAT scans or x-rays. Usually a compound called [18]FDG is used for PET scans but this substance is eliminated by the kidneys and cannot reach the prostate. This substance called [18]FACBC is not eliminated by the kidneys and may allow tumors in the prostate to be seen better. It is sometimes difficult to tell if a growth on the prostate is cancer with scans or x-rays that are usually done. Anti-[18F]FACBC PET-CT will be compared to ProstaScint (In-capromab pendetide) which is the conventional imaging for prostate cancer. Investigators will be blinded of the intervention. This study will look at how the [18]FACBC goes into the prostate tissue and determine its ability to detect recurrent prostate cancer.
NCT02578940 ↗	Fluciclovine (18F) PET/CT in biochemicAL reCurrence Of Prostate caNcer	Completed	IND 2 Results LLC	Phase 3	2015-11-01	The main aim is to assess the impact of using 18F-fluciclovine (as a PET imaging radiotracer) on the clinical and treatment decision required for managing patients with biochemically recurrent prostate cancer (BCR) who are being considered for salvage treatment with the intention of providing disease cure. Also, this study will consolidate the information regarding diagnostic performance of fluciclovine PET/CT in a large number of prospectively followed patients at several centres in the UK and assess the effect of PSA level on the likelihood of detecting cancer lesions by 18F-fluciclovine
NCT02578940 ↗	Fluciclovine (18F) PET/CT in biochemicAL reCurrence Of Prostate caNcer	Completed	Innovate UK	Phase 3	2015-11-01	The main aim is to assess the impact of using 18F-fluciclovine (as a PET imaging radiotracer) on the clinical and treatment decision required for managing patients with biochemically recurrent prostate cancer (BCR) who are being considered for salvage treatment with the intention of providing disease cure. Also, this study will consolidate the information regarding diagnostic performance of fluciclovine PET/CT in a large number of prospectively followed patients at several centres in the UK and assess the effect of PSA level on the likelihood of detecting cancer lesions by 18F-fluciclovine
NCT02578940 ↗	Fluciclovine (18F) PET/CT in biochemicAL reCurrence Of Prostate caNcer	Completed	Syne Qua Non Limited	Phase 3	2015-11-01	The main aim is to assess the impact of using 18F-fluciclovine (as a PET imaging radiotracer) on the clinical and treatment decision required for managing patients with biochemically recurrent prostate cancer (BCR) who are being considered for salvage treatment with the intention of providing disease cure. Also, this study will consolidate the information regarding diagnostic performance of fluciclovine PET/CT in a large number of prospectively followed patients at several centres in the UK and assess the effect of PSA level on the likelihood of detecting cancer lesions by 18F-fluciclovine
NCT02578940 ↗	Fluciclovine (18F) PET/CT in biochemicAL reCurrence Of Prostate caNcer	Completed	Blue Earth Diagnostics	Phase 3	2015-11-01	The main aim is to assess the impact of using 18F-fluciclovine (as a PET imaging radiotracer) on the clinical and treatment decision required for managing patients with biochemically recurrent prostate cancer (BCR) who are being considered for salvage treatment with the intention of providing disease cure. Also, this study will consolidate the information regarding diagnostic performance of fluciclovine PET/CT in a large number of prospectively followed patients at several centres in the UK and assess the effect of PSA level on the likelihood of detecting cancer lesions by 18F-fluciclovine

Clinical Trial Conditions for FLUCICLOVINE F-18

Condition Name

Condition Name for FLUCICLOVINE F-18
Intervention	Trials
Prostate Cancer	8
Brain Metastases	6
Glioma	3
Metastatic Prostate Carcinoma	3

Condition MeSH

Condition MeSH for FLUCICLOVINE F-18
Intervention	Trials
Prostatic Neoplasms	19
Brain Neoplasms	9
Neoplasm Metastasis	5
Glioblastoma	5

Clinical Trial Locations for FLUCICLOVINE F-18

Trials by Country

Trials by Country for FLUCICLOVINE F-18
Location	Trials
United States	99
United Kingdom	5

Trials by US State

Trials by US State for FLUCICLOVINE F-18
Location	Trials
California	10
Pennsylvania	9
Utah	7
Georgia	7
Florida	6

Clinical Trial Progress for FLUCICLOVINE F-18

Clinical Trial Phase

Clinical Trial Phase for FLUCICLOVINE F-18
Clinical Trial Phase	Trials
PHASE4	1
PHASE2	1
Phase 4	3

Clinical Trial Status

Clinical Trial Status for FLUCICLOVINE F-18
Clinical Trial Phase	Trials
Recruiting	22
Completed	10
Not yet recruiting	9

Clinical Trial Sponsors for FLUCICLOVINE F-18

Sponsor Name

Sponsor Name for FLUCICLOVINE F-18
Sponsor	Trials
Blue Earth Diagnostics	21
National Cancer Institute (NCI)	12
Emory University	4

Sponsor Type

Sponsor Type for FLUCICLOVINE F-18
Sponsor	Trials
Other	49
Industry	30
NIH	12

Fluciclovine F-18 Clinical Trials Update and Market Forecast: Pipeline, Uptake Drivers, Competitive Landscape, and Revenue Projections

Last updated: August 1, 2026

Fluciclovine F-18 (Axumin; fluciclovine) remains a niche oncology imaging product with a concentrated labeled use in prostate cancer. The near-term market outlook is shaped by (1) payer coverage and guideline adoption for biochemical recurrence (BCR), (2) competitive pressure from PSMA PET imaging agents, (3) ongoing supply and distribution execution for the F-18 radiotracer ecosystem, and (4) the degree to which new clinical evidence expands use beyond current labeling.

What is fluciclovine F-18 used for in FDA labeling, and what drives demand in prostate cancer imaging?

Short answer: The FDA-labeled indication for fluciclovine F-18 is imaging of men with suspected prostate cancer recurrence based on elevated PSA after prior treatment, with the test used in a BCR setting to localize recurrence.

What does the label cover: BCR, post-treatment recurrence, and PSA-driven workflows?

• Typical real-world ordering is driven by PSA rise after prostatectomy or radiation, staging/localization needs, and decision points for salvage therapy.
• Demand is concentrated among imaging centers that already perform PET/CT and have established workflows for radiotracer ordering, cold-chain logistics, and interpretation.

Where fluciclovine sits versus PSMA PET in clinical practice

• PSMA-targeted PET agents have expanded across many prostate cancer pathways due to higher sensitivity in many studies.
• Fluciclovine uptake persists where clinicians and payers use it as an option, often in settings where PSMA access, reimbursement, or local expertise differs.

Market demand levers (commercial)

• Reimbursement coverage breadth for “suspected recurrence” and PSA ranges.
• Throughput capacity at PET sites (F-18 scheduling, patient prep, scanner availability).
• Competitive switching: net losses when centers adopt PSMA-first pathways for BCR.

What clinical trial results and pipeline updates matter for fluciclovine F-18 now?

Short answer: The actionable trial signal for fluciclovine is whether new randomized or prospective evidence changes clinical positioning relative to PSMA PET, expands labeled/real-world indications, or improves detection or interpretability in specific subgroups (PSA kinetics, prior therapy type, lesion localization patterns).

Which trial categories most influence market direction?

• Head-to-head imaging performance in BCR versus PSMA PET.
• Subgroup expansions: PSA thresholds, PSA doubling time, prior radiation vs prostatectomy, and metastatic detection at low PSA.
• Operational improvements: reader consistency, standardized acquisition/interpretation criteria.

Why “trial update” outcomes translate into payer decisions

• Coverage decisions generally hinge on whether evidence supports improved management outcomes and not only lesion detection.
• If trials show improved downstream treatment selection, the reimbursement base tends to broaden.

What evidence types accelerate adoption

• Prospective multicenter studies with standardized imaging protocols.
• Evidence that supports cost-effective care pathways (reduced time to targeted therapy, fewer unnecessary interventions).

Which competitors pressure fluciclovine F-18, and how does the market share outlook compare?

Short answer: The primary competitive pressure comes from PSMA-targeted PET radiopharmaceuticals (and other prostate cancer imaging options depending on region), which have gained preferential use for many BCR and staging pathways.

Competitive set (commercial and clinical)

• PSMA PET agents dominate many “new standard of care” conversations for prostate cancer imaging.
• Fluciclovine competes on existing familiarity, institutional protocols, and payer pathways that still include fluciclovine as an accepted imaging test.

How competition affects pricing and volumes

• Radiotracer markets often price per dose under reimbursement-driven structures.
• When centers shift to PSMA-first algorithms, fluciclovine volume declines can be persistent even when clinical utility remains.

Competitive counterweights that support fluciclovine

• Established penetration in sites with existing SOPs, trained readers, and supply relationships.
• Alternative access pathways in regions or hospitals where PSMA PET is less available.

When does fluciclovine F-18 lose exclusivity, and what patent risks shape future competition?

Short answer: Exclusivity and patent timelines for fluciclovine are critical because radiotracer supply chains can shift quickly if additional entrants secure approved products or compounding-compatible pathways. The market risk is primarily driven by patent estate strength and any legal outcomes affecting distribution rights and approved manufacturing.

How to interpret “patent expiry” for radiotracers

• In radiopharmaceuticals, exclusivity and patents can affect approved formulations, manufacturing processes, and labeling protections, which then determine whether authorized generic-like supply exists.
• Even without direct generic competition, supply access and licensing can change competitive dynamics.

What to track for litigation and legal status

• Patent challenges tied to manufacturing, labeling, and process protections.
• Any settlement agreements that broaden supply rights for competing distributors.

What is the Orange Book status of fluciclovine F-18, and what does it imply for generic entry?

Short answer: Orange Book status determines legal listing for drug products with FDA-approved application references. For radiopharmaceuticals, Orange Book listings often map to product-level and formulation/process protections that can constrain generic entry or authorized replacements.

What Orange Book listings typically indicate

• Listed patents and expiration windows by:
  • Drug substance
  • Drug product
  • Methods of use
• Whether any unexpired patents remain that could deter a supply entrant.

Entry pathway implications

• If no robust unexpired patents remain, market substitution can occur through authorized supply.
• If patents remain, entrants may need licenses or face litigation risk.

What formulations and manufacturing methods are protected for fluciclovine F-18?

Short answer: For fluciclovine F-18, key IP risk points are the manufacturing process protections and any formulation/kit related inventions that cover synthesis, purification steps, QA release methods, and stability/handling.

Manufacturing method IP hotspots to evaluate

• Radiosynthesis routes
• Reagent or precursor specifications
• Purification and QC release criteria
• Stability, shelf-life, and shipment handling procedures

Why manufacturing matters for market projection

• Radiotracer capacity and yield determine cost of goods and availability.
• Even if patents relax legally, technical bottlenecks can limit rapid market entry.

What clinical evidence supports payer coverage and reimbursement for fluciclovine F-18?

Short answer: Payer coverage correlates with demonstrated utility in BCR detection and how imaging results change clinical management. Market pull is highest where coverage policies explicitly include BCR workflows.

Coverage determinants in prostate cancer imaging

• Inclusion criteria: PSA range, prior treatment type, and clinical suspicion threshold.
• Evidence standards: imaging performance metrics tied to diagnostic confidence and management impact.
• Site readiness: PET/CT availability and protocol compliance.

How reimbursement affects unit volumes

• A coverage restriction can cap annual procedures even as patient volume grows.
• Reimbursement changes can produce step-function shifts in demand.

What is the current market size for fluciclovine F-18, and how will it grow or decline?

Short answer: Fluciclovine is forecast to remain a limited-share oncology imaging product with growth largely dependent on BCR guideline adherence where fluciclovine is accepted, and mitigated by ongoing substitution to PSMA PET where available.

Bottom-up demand model framework (for projection)

• Addressable base:
  • Number of prostate cancer patients in BCR workflows
  • Proportion eligible under payer policies
  • Imaging utilization rate per year
• Unit economics:
  • Average reimbursement per dose
  • Net realized price after contract mix
• Competitive displacement:
  • PSMA PET adoption rate by site
  • Switching probability based on local access and reimbursement

Scenario-based projection structure (market outlook)

• Base case:
  • Modest growth or stagnation driven by incremental adoption in compliant payer segments.
  • Volume softness where PSMA uptake is strong.
• Downside case:
  • Faster PSMA displacement across sites and payer algorithm changes.
  • Slower new evidence expansion leading to limited label or policy expansion.
• Upside case:
  • Evidence supporting additional patient subgroups where fluciclovine retains advantage.
  • Improved reimbursement breadth or guideline positioning.

Key drivers to quantify in forecasts

• Rate of PET-capable site growth.
• Competitive share capture by PSMA PET.
• Reimbursement policy changes tied to PSA thresholds and test indications.

What generic entry risks exist for fluciclovine F-18?

Short answer: The generic-like competition risk is less about classic oral small-molecule generics and more about:

• Authorized supply of fluciclovine under allowable IP/legal regimes
• Licensing-driven distribution expansion
• Manufacturing scale and technical barriers

Where entry risk comes from in radiopharmaceuticals

• Patent expiry of manufacturing and process inventions
• Freedom-to-operate for synthesis and kit preparation
• Any legal settlements that broaden distribution

How strong is the patent estate for fluciclovine F-18, and what does that mean for commercial defensibility?

Short answer: Commercial defensibility hinges on the remaining scope and enforceability of product, method-of-use, and manufacturing/process patents plus any exclusivity-adjacent protections that control supply.

Patent estate strength signals that matter for investors

• Breadth: method-of-use versus narrow manufacturing steps.
• Remaining life: unexpired terms across key jurisdictions.
• Litigation history: frequency of challenges or sustained enforceability outcomes.
• Settlement outcomes: whether competitors gain noninfringing supply rights.

What patent litigation affects fluciclovine F-18, and what are the likely impacts on supply?

Short answer: Litigation can change who is allowed to distribute or manufacture fluciclovine and at what timelines. For market projection, the critical variable is whether legal outcomes accelerate any supply expansion or constrain competing distribution.

Litigation impact channels

• Entry timing shifts: earlier supply expansion can increase dose availability but also compress prices.
• Settlement licensing: can enable multiple distributors and broaden market penetration.
• Injunctions or stay periods: can delay competition and preserve market share.

Key Takeaways

• Fluciclovine F-18 demand is concentrated in BCR imaging workflows, where payer policy and guideline adoption determine utilization intensity.
• Competitive pressure is structurally high from PSMA PET, with market share sustainability dependent on coverage breadth, local access, and any evidence-based positioning that supports specific subgroups.
• Market projections should be modeled around procedural addressable base growth, reimbursement mix, and PSMA displacement rates rather than broad oncology imaging expansion.
• IP and Orange Book status drive the realistic “competition timeline,” which in radiopharmaceuticals maps more to authorized supply and manufacturing/process freedom-to-operate than classic generic entry.
• The forward-looking market outcome depends on whether new clinical evidence expands use cases beyond current BCR localization and whether reimbursement policies widen rather than narrow.

FAQs

1. How does PSA doubling time affect fluciclovine F-18 test selection in biochemical recurrence?
2. What reimbursement edits most commonly restrict fluciclovine F-18 claims in private payer policies?
3. How do PET center “PSMA-first” protocols change fluciclovine ordering patterns at the site level?
4. What manufacturing capacity constraints for F-18 radiotracers most influence fluciclovine supply reliability?
5. What evidence is most persuasive to payers when comparing fluciclovine versus PSMA PET for low PSA recurrence?

References

No cited sources were provided in the prompt.