Last Updated: August 9, 2026

CLINICAL TRIALS PROFILE FOR FARXIGA


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All Clinical Trials for FARXIGA

Trial ID Title Status Sponsor Phase Start Date Summary
NCT02235298 ↗ Dapagliflozin Effects on Epicardial Fat Completed AstraZeneca Phase 4 2015-09-01 The purpose of this research study is to learn about the effect of Dapagliflozin (Farxiga) on the fat of the heart.
NCT02235298 ↗ Dapagliflozin Effects on Epicardial Fat Completed University of Miami Phase 4 2015-09-01 The purpose of this research study is to learn about the effect of Dapagliflozin (Farxiga) on the fat of the heart.
NCT02371187 ↗ Does Dapagliflozin Augment The Favorable Adaptation To Endurance Exercise Training? Completed AstraZeneca Phase 2 2015-06-01 Exercise is frequently prescribed as a favorable lifestyle intervention to prevent/reverse type 2 diabetes. It is also prescribed in addition to concurrent pharmacological treatment, such as metformin. Recent data (animal and human) suggest that metformin may attenuate the favorable benefits of exercise training. In light of the physiological mechanism of Dapagliflozin (sodium-glucose co-transporter 2 (SGLT2) inhibition), one might speculate that rather than inhibit, it will augment the favorable adaptations to exercise training.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for FARXIGA

Condition Name

Condition Name for FARXIGA
Intervention Trials
Diabetes Mellitus, Type 2 12
Type 2 Diabetes 3
Healthy Subjects 2
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Condition MeSH

Condition MeSH for FARXIGA
Intervention Trials
Diabetes Mellitus 23
Diabetes Mellitus, Type 2 22
Diabetes Mellitus, Type 1 5
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Clinical Trial Locations for FARXIGA

Trials by Country

Trials by Country for FARXIGA
Location Trials
United States 109
Brazil 16
India 7
Canada 4
Argentina 2
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Trials by US State

Trials by US State for FARXIGA
Location Trials
Texas 16
New York 10
California 8
Florida 6
Maryland 5
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Clinical Trial Progress for FARXIGA

Clinical Trial Phase

Clinical Trial Phase for FARXIGA
Clinical Trial Phase Trials
PHASE2 1
Phase 4 23
Phase 3 6
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Clinical Trial Status

Clinical Trial Status for FARXIGA
Clinical Trial Phase Trials
Completed 17
Recruiting 13
Unknown status 6
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Clinical Trial Sponsors for FARXIGA

Sponsor Name

Sponsor Name for FARXIGA
Sponsor Trials
AstraZeneca 15
The University of Texas Health Science Center at San Antonio 10
University at Buffalo 4
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Sponsor Type

Sponsor Type for FARXIGA
Sponsor Trials
Other 67
Industry 21
NIH 7
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FARXIGA clinical trials update, market analysis, and launch/exclusivity projections (2026 outlook)

Last updated: July 25, 2026

Executive summary: Farxiga (dapagliflozin) is a long-established SGLT2 inhibitor with sustained demand driven by type 2 diabetes, heart failure with reduced and preserved ejection fraction, and CKD indications. Near-term “share” risk is more tied to competition from other SGLT2 inhibitors and potential label expansions than to loss of patent exclusivity in the US. The core commercial outlook remains supported by chronic disease treatment penetration, payer durability, and guideline placement, with incremental upside from ongoing or newly filed studies in cardiovascular, renal, and earlier-stage disease settings.

What is the latest FARXIGA clinical trials update (2025-2026) and what readouts matter?

Net answer: The most market-moving readouts for Farxiga are those that (1) expand cardiovascular and renal claims into broader phenotypes, (2) add earlier intervention or combination strategies, and (3) support new dosing or safety positions that improve reimbursement. The commercial impact is typically mediated through FDA label expansion, guideline adoption, and payer coverage rather than through diabetes-only endpoints.

Which FARXIGA trial programs are most likely to drive label expansion?

Key development themes by category (industry-wide SGLT2 inhibitor pattern and Farxiga-specific strategic fit):

  1. Heart failure (HFrEF and HFpEF)

    • Trials with outcomes based on composite CV death and HF hospitalization, plus renal outcomes.
    • Readouts that target subgroups such as NYHA class, post-acute decompensation, baseline eGFR strata, and background therapy (ARNI, beta-blocker, MRA, GLP-1 RA).
  2. Chronic kidney disease (CKD)

    • Studies designed to establish efficacy on hard renal endpoints (sustained eGFR decline, ESKD, renal death).
    • Trials targeting earlier CKD or non-diabetic CKD populations to widen eligible populations.
  3. Diabetes earlier-stage disease

    • Trials focusing on prevention in at-risk populations, glycemic-independent cardiovascular/renal effects, and combination use.

How do trial readouts translate into market uptake?

A label expansion that increases eligible populations typically flows through:

  • Formulary placement and step therapy evolution.
  • Shift in “line of therapy” within HF and CKD algorithms.
  • Increased persistence due to chronic once-daily dosing and multi-indication treatment.

Featured snippet:

  • Most label-impacting FARXIGA trials: cardiovascular and renal outcome trials that add new phenotypes or broader CKD/eGFR ranges.
  • Most commercial-impacting endpoints: CV death/HF hospitalization and sustained renal endpoint composites.

How big is the FARXIGA market and what segments drive sales (US and ex-US)?

Net answer: Farxiga’s addressable market is dominated by people with type 2 diabetes plus high-risk cardiovascular and renal comorbidities. Over time, HF and CKD indications have shifted the sales mix from diabetes-centric to chronic cardiorenal disease coverage.

Commercial drivers by indication

  • Type 2 diabetes: baseline demand and ongoing conversion to chronic cardiorenal-preserving regimens.
  • Heart failure: sustained growth as evidence supports use across ejection fraction categories.
  • Chronic kidney disease: payer and provider uptake increases as CKD definitions broaden and as renal benefit data support earlier intervention.

Market pressure and competitive dynamics

  • Class competition (SGLT2 inhibitors): empagliflozin (Jardiance), canagliflozin (Invokana), ertugliflozin (Steglatro), and region-specific entrants.
  • GLP-1 and dual agonist encroachment: diabetes and obesity category growth can alter payer mix, but SGLT2 benefits in HF/CKD reduce substitution.
  • Price and rebates: US net pricing tends to compress over time; volume growth offsets declines in unit economics.

Featured snippet:

  • Segment with highest volume durability for Farxiga: cardiorenal indications (HF and CKD).

What is the FARXIGA competitive landscape versus Jardiance and other SGLT2 inhibitors?

Net answer: Farxiga competes on payer positioning, comparative clinical evidence, and label breadth. Competitive head-to-head execution is less about glycemic endpoints and more about guideline and payer coverage for HF and CKD populations.

How does FARXIGA compare with Jardiance on label breadth and clinical positioning?

  • Both drugs carry HF and CKD indications in most major markets after outcomes evidence.
  • Positioning differences typically emerge from:
    • Trial design populations and endpoint hierarchies.
    • Subgroup labeling (eGFR ranges, diabetes status stratification).
    • Local pricing/rebate strategies and tender results.

Where can competitors take share?

  • Earlier CKD identification programs can raise demand for the class; the winner is often the formulary-preferred agent.
  • HF pathways that emphasize particular agents based on institutional protocols can shift share.

When does FARXIGA lose exclusivity in the US and what is the generic entry risk?

Net answer: Exclusivity risk is managed by layered patent estates around composition, methods, formulations, and specific indications. Generic entry risk is not a single-date event; it depends on Orange Book expiry and the status of relevant patents at the time of Paragraph IV filings and litigation outcomes.

US exclusivity framework

For small molecules like dapagliflozin, the generic risk profile usually combines:

  • Composition-of-matter patent expiry (highest structural risk driver).
  • Indication or method-of-use patents (can block carve-outs or narrow entry timing).
  • Formulation patents (block generic versions if they rely on protected formulation design).
  • Orange Book listed patents affecting timing for ANDA approval.

Generic entry scenarios

  • Scenario A: Full exclusivity loss + no enforceable method/formulation blocks
    • ANDA approval around the last triggering patent expiry.
  • Scenario B: Method-of-use patents still enforceable
    • Generic launch delayed or restricted to non-protected indications.
  • Scenario C: Litigation settlement
    • Agreement can set “at-risk” launch dates and/or design-around requirements.

Featured snippet:

  • Generic entry risk: determined by the last enforceable Orange Book patent tied to the active indications rather than by the earliest composition expiry.

What is the Orange Book status of FARXIGA and which patents matter most?

Net answer: The patent estate typically includes multiple Orange Book listings across:

  • Composition-of-matter.
  • Method-of-use for diabetes and cardiorenal outcomes.
  • Formulation-specific listings.

Patent estate mapping approach for market protection

To assess how long Farxiga can keep exclusivity leverage, the market uses a layered map:

  • Identify the last-to-expire patent category tied to US indications (especially HF and CKD).
  • Track litigation for any Orange Book listings with active Paragraph IV challenges.
  • Evaluate whether settlement agreements create “launch windows.”

What FARXIGA patent litigation affects launch timing (Paragraph IV and settlements)?

Net answer: For blockbuster chronic disease drugs, the most impactful litigation is the set of Orange Book-linked disputes resolved through:

  • Court outcomes narrowing enforced claims.
  • Settlement agreements fixing launch dates.
  • Design-around attempts that trigger additional patent disputes.

How litigation changes market projections

  • A settlement can shift the launch date of authorized generics and ANDAs by months to years.
  • A court ruling can remove injunction leverage, allowing earlier commercial entry “at risk” or through design.

How do FARXIGA formulation and method-of-use patents affect generic substitution?

Net answer: Even when composition-of-matter expires, method-of-use and formulation patents can limit “label-for-label” substitution and change payer switch behavior.

Key barriers generics face

  • Method-of-use protection: can delay generic labeling for protected indications.
  • Formulation design: can block approval of a certain drug product design.
  • Manufacturing/IP barriers: may appear as trade secret or process disputes in certain jurisdictions.

What FDA regulatory status does FARXIGA have (pathways, label, safety) that impacts sales?

Net answer: Farxiga’s sales continuity is driven by a stable label with expanding cardiorenal indications and a safety profile aligned with chronic use. Regulatory changes that clarify patient selection, renal dosing boundaries, and volume depletion risk typically affect prescribing and payer coverage.

Label elements that influence payer and guideline behavior

  • Criteria around eGFR thresholds and CKD phenotype definitions.
  • Guidance on concomitant therapy and monitoring.
  • Risk mitigation language for volume depletion, ketoacidosis risk, and renal function monitoring.

What is the FARXIGA revenue projection for 2026-2029 (volume, share, and risk drivers)?

Net answer: The most robust model assumptions for Farxiga growth typically include:

  • Continued volume expansion in HF and CKD populations.
  • Gradual erosion from class competition and net price pressure.
  • “Non-linear” changes tied to patent events or label updates.

Projection framework (high-level)

A practical market model for Farxiga generally forecasts:

  • Unit volume: driven by incident and prevalent HF/CKD treatment uptake plus persistence in diabetes patients.
  • Net price: pressured by rebates, tender dynamics, and biosimilar-style competitive pricing behavior (for small molecules, rebate compression is the analog).
  • Scenario overlays:
    • Base case: steady growth from label durability and guideline placement.
    • Bear case: accelerated SGLT2 class share shifts and stronger rebate pressure.
    • Bull case: successful trial readouts leading to incremental label expansion.

Primary downside risks

  • Faster than expected class share reallocation to competitors with better formulary access in key regions.
  • Payer utilization management tightening.
  • Additional adverse safety signal language that reduces eligible patient throughput.

Primary upside risks

  • Label broadening that expands CKD/HF eligibility.
  • Evidence supporting earlier lines of therapy and combination strategies that expand total addressable patients.

Where is FARXIGA most exposed to substitution risk by region (US, EU, UK, Japan, China)?

Net answer: Substitution risk tracks reimbursement policy and local tender/formulary rules more than it tracks clinical superiority. Countries with aggressive generic/therapeutic competition are more exposed to net price compression.

Region-by-region risk factors

  • US: rebate pressure and formulary changes; generic timing dependent on patent estate and litigation outcomes.
  • EU/UK: HTA and payer negotiations influence uptake; multiple generics or therapeutically equivalent coverage can increase switching.
  • Japan/China: local pricing controls and evolving guideline uptake can shift market growth rates and competitive dynamics.

How does FARXIGA compare with GLP-1 RA and combination strategies in diabetes and obesity care?

Net answer: GLP-1 RA use can shift diabetes and weight management share, but SGLT2 inhibitors retain a distinct HF/CKD-benefit channel. For cardiometabolic portfolios, SGLT2 often pairs with GLP-1 RA rather than fully replaces it, supporting continued class-level persistence for eligible patients.

Implications for FARXIGA market share

  • A patient’s eligibility for HF/CKD endpoints can sustain SGLT2 continuation even if glycemic targets are achieved with GLP-1 RA.
  • Payers increasingly evaluate total cost-of-care and event reduction, favoring chronic disease benefit claims.

Key Takeaways

  • Farxiga’s near- and mid-term commercial trajectory is anchored in HF and CKD uptake, not only in diabetes prevalence.
  • Market moving clinical updates are those that expand cardiorenal eligibility or strengthen earlier intervention narratives via hard CV/renal endpoints.
  • Exclusivity and generic entry are multi-patent and multi-indication events; the practical risk window is the last enforceable Orange Book patent tied to protected indications and the litigation/settlement status of those listings.
  • Competitive pressure is class-based (other SGLT2 inhibitors) and payer-driven; net price compression is a durable risk even when volume persists.
  • 2026-2029 projections should be modeled with a “volume growth offset net price decline” structure, then layered with scenario shifts tied to label expansion and any final exclusivity/litigation milestones.

FAQs

  1. What patient subgroups drive the highest FARXIGA growth in CKD and heart failure?
  2. How do formulary tiering and rebates in the US affect FARXIGA net pricing trends?
  3. What combination regimens (SGLT2 + GLP-1 RA, SGLT2 + ARNI/MRA) most influence guideline adoption?
  4. What are the most common generic launch delay mechanisms for FARXIGA in Paragraph IV cases?
  5. Which geographic markets show the strongest SGLT2 class uptake versus competitive saturation?

References (APA)

  1. FDA. Orange Book: Approved Drug Products with Therapeutic Equivalence Evaluations. U.S. Food and Drug Administration.
  2. FDA. Drug Safety Communication and labeling for Farxiga (dapagliflozin). U.S. Food and Drug Administration.
  3. ClinicalTrials.gov. Studies for dapagliflozin (Farxiga). U.S. National Library of Medicine.

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