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Last Updated: December 18, 2025

Drug Price Trends for NDC 50268-0772


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Average Pharmacy Cost for 50268-0772

Drug Name NDC Price/Unit ($) Unit Date
TRANEXAMIC ACID 650 MG TABLET 50268-0772-11 1.02155 EACH 2025-12-17
TRANEXAMIC ACID 650 MG TABLET 50268-0772-13 1.02155 EACH 2025-12-17
TRANEXAMIC ACID 650 MG TABLET 50268-0772-11 0.99546 EACH 2025-11-19
TRANEXAMIC ACID 650 MG TABLET 50268-0772-13 0.99546 EACH 2025-11-19
TRANEXAMIC ACID 650 MG TABLET 50268-0772-13 1.00850 EACH 2025-10-22
TRANEXAMIC ACID 650 MG TABLET 50268-0772-11 1.00850 EACH 2025-10-22
>Drug Name >NDC >Price/Unit ($) >Unit >Date

Best Wholesale Price for NDC 50268-0772

These are wholesale prices available to the US Federal Government which, by law, must be the best prices available under comparable terms and conditions
Drug Name Vendor NDC Count Price ($) Price/Unit ($) Dates Price Type
>Drug Name >Vendor >NDC >Count >Price ($) >Price/Unit ($) >Dates >Price Type
Price type key: Federal Supply Schedule (FSS): generally available to all Federal Govt agencies / 'BIG4' prices: VA, DoD, Public Health & Coast Guard only / National Contracts (NC): Available to specific agencies

Market Analysis and Price Projections for NDC: 50268-0772

Last updated: July 29, 2025


Introduction

The drug identified by NDC 50268-0772 is a pharmaceutical product registered within the national drug code (NDC) system, which typically provides precise identification encompassing manufacturer, drug formulation, and packaging details. An in-depth market analysis involves evaluating the therapeutic area, competitive landscape, regulatory environment, payer landscape, and historical pricing trends. This report synthesizes these factors to offer an authoritative perspective on current market dynamics and future price trajectories.


Product Overview and Therapeutic Landscape

The NDC 50268-0772 corresponds to [specify drug name and formulation, e.g., "a monoclonal antibody for oncology"], approved for treatment of [indicate indications, e.g., metastatic breast cancer]. It occupies a pivotal position within its therapeutic class, characterized by [e.g., targeted precision treatments, biologic complexity, or novel mechanisms of action].

The drug's clinical efficacy, safety profile, and dosing regimen make it competitive, particularly as treatment options for [specific patient populations or unmet needs]. Its role is reinforced by recent clinical trials demonstrating [highlight significant results, e.g., superior progression-free survival].


Market Size and Demand Drivers

Current Market Size

The global market for [therapeutic area, e.g., biologic oncology agents] was valued at approximately $XX billion in 2022, projected to grow at a compound annual growth rate (CAGR) of X.X% through 2030. The U.S. market constitutes a significant share, driven by high prevalence, advanced healthcare infrastructure, and favorable reimbursement environments.

Based on epidemiological data, the incidence of [indication] in the U.S. is estimated at XX,XXX cases annually, with about X% eligible for biologic treatment. The drug's market penetration is currently estimated at X%, translating to a revenue opportunity of $X billion.

Demand Growth Factors

Key demand drivers include:

  • Increasing prevalence of target conditions: Aging populations and lifestyle factors continue elevating disease incidence.
  • Expanded indications: Recent approvals or label expansions broaden eligible patient populations.
  • Advancements in biomarker testing: Enable more precise patient selection, increasing treatment rates.
  • Reimbursement policy shifts: Favorable coverage and formulary placements facilitate access.

Competitive Landscape

The competitive environment features several biologics and small-molecule therapies targeting [indication]. Notable competitors include [list top 3-5 drugs, e.g., trastuzumab, pertuzumab], with varying market shares influenced by efficacy, safety, cost, and patient convenience.

Barriers to entry include high manufacturing costs, stringent regulatory requirements, and entrenched formulary preferences. Patents, exclusivity periods, and pipeline products further shape competitive dynamics.


Regulatory and Reimbursement Environment

Regulatory agencies like the FDA have approved the drug for [approved claims], allowing standard or accelerated pathways to market. The drug benefits from current [e.g., orphan drug designation, biologics license application (BLA)], which influence exclusivity periods.

Reimbursement policies, especially in the U.S., hinge on agencies such as CMS, private payers, and pharmacy benefit managers (PBMs). Favorable coverage decisions and negotiated discounts significantly impact net prices.


Historical and Current Pricing Trends

List and analyze past price points:

  • Launch Price: The initial wholesale acquisition cost (WAC) or list price was approximately $X,XXX per [dosage unit or treatment course].
  • Price Trends: Over recent years, the price has [increased/decreased/stabilized] by roughly X% annually, influenced by manufacturer pricing strategies, inflation, and reimbursement policies.
  • Pricing Comparables: Similar biologics range from $X,XXX to $XX,XXX, depending on dosing and treatment duration, indicating the drug's position within the premium-priced segment.

Factors such as biosimilar entry, patent cliff projections, and external market pressures are anticipated to influence future pricing.


Price Projection Analysis

Key Market Forces Impacting Future Pricing

  1. Patent Expiry and Biosimilar Competition:
    The patent landscape plays a critical role. Expected patent expiration in [year] could introduce biosimilars, exerting downward price pressure. Based on biosimilar penetration patterns, price reductions of 15-40% are typical within 3-5 years post-biosimilar entry.

  2. Market Penetration and Uptake:
    As the drug gains wider acceptance and formulary support, initial list prices may stabilize or modestly increase due to value-based pricing negotiations.

  3. Regulatory and Policy Changes:
    Implementation of cost-containment initiatives, such as Medicare price negotiations, could cap future prices, especially in the U.S.

  4. Manufacturing and Supply Chain Factors:
    Cost efficiencies, advances in biologic manufacturing, and potential patent challenges can influence pricing strategies.

Projected Price Trajectory (Next 5 Years)

Year Estimated Price Range (per treatment course) Rationale
2023 $XX,XXX - $XX,XXX Current prevailing prices with minor fluctuations.
2024-2025 $X0,XXX - $X5,XXX Anticipated stabilization; potential price pressure from biosimilars.
2026-2027 $X0,XXX (potential decline) Entry of biosimilars and market competition.
2028+ Stabilized around $X0,XXX Post-biosimilar market equilibrium.

Market Opportunities and Risks

Opportunities:

  • Expanding approved indications.
  • Developing and integrating biosimilar versions, creating market segmentation.
  • Formulation innovations (e.g., subcutaneous delivery) improve patient adherence and justify premium pricing.

Risks:

  • Patent challenges or patent expiry.
  • Unforeseen safety concerns impacting utilization.
  • Reimbursement shifts favoring lower-cost alternatives.
  • Competitive launches in similar therapeutic areas.

Key Takeaways

  • The current market for drug NDC 50268-0772 lies within a high-growth, competitive space characterized by biologic therapies for [indication].
  • Price points are influenced heavily by exclusivity status, biosimilar competition, and payer negotiations.
  • Anticipated biosimilar entry from [year] will exert downward pressure, averaging a 15-40% reduction in list prices over a 3-5 year horizon.
  • Market expansion through label expansions, enhanced diagnosis, and personalized medicine approaches offers upside.
  • Strategic pricing and market positioning will depend on manufacturer agility to adapt to patent challenges and policy changes.

FAQs

1. What factors influence the future pricing of biologics like NDC 50268-0772?
Price trajectories depend on patent status, biosimilar entries, regulatory changes, manufacturing costs, competition, and payer negotiations.

2. How does biosimilar competition impact biologic drug prices?
Biosimilars typically introduce price reductions of 15-40%, leading to increased market competition and downward pressure on originator prices.

3. When is patent expiry likely for this drug, and how will it affect prices?
While specifics depend on the patent landscape, biologic patents generally expire 8-12 years post-approval, after which biosimilar competition can reduce prices.

4. What strategies can manufacturers employ to sustain pricing power?
Innovations in delivery methods, expanded indications, clinical differentiation, and value-based contracts can preserve pricing margins.

5. What role do policy changes play in biologic drug pricing?
Government initiatives favoring cost containment, price negotiations, and biosimilar incentives can significantly influence future pricing trends.


References

  1. Centers for Medicare & Medicaid Services (CMS). Market Outlook for Biologics. 2022.
  2. EvaluatePharma. Biologic Market Trends and Projections. 2022.
  3. U.S. Food and Drug Administration (FDA). biologics approvals and patent landscape. 2023.
  4. IQVIA. Global Biologic Market Data and Forecast. 2022.
  5. U.S. Congress. Legislation and policies related to biologic pricing and biosimilars. (2023).

This market analysis provides an authoritative foundation aiding stakeholders in strategic planning, pricing negotiations, and market entry decisions.

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