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Last Updated: December 28, 2025

Drug Price Trends for NDC 70000-0053


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Average Pharmacy Cost for 70000-0053

Drug Name NDC Price/Unit ($) Unit Date
EYE ALLERGY ITCH RLF 0.2% DROP 70000-0053-01 3.39656 ML 2025-12-17
EYE ALLERGY ITCH RLF 0.2% DROP 70000-0053-01 3.57989 ML 2025-11-19
EYE ALLERGY ITCH RLF 0.2% DROP 70000-0053-01 3.66142 ML 2025-10-22
EYE ALLERGY ITCH RLF 0.2% DROP 70000-0053-01 3.68216 ML 2025-09-17
EYE ALLERGY ITCH RLF 0.2% DROP 70000-0053-01 3.61825 ML 2025-08-20
>Drug Name >NDC >Price/Unit ($) >Unit >Date

Best Wholesale Price for NDC 70000-0053

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 70000-0053

Last updated: July 30, 2025


Introduction

NDC 70000-0053 refers to a specific pharmaceutical product registered within the U.S. National Drug Code (NDC) system. While explicit product details for this particular code are necessary for precise assessment, typical market dynamics revolve around the drug's therapeutic class, indications, patent status, manufacturing landscape, and competitive positioning. This analysis synthesizes current market conditions, pricing strategies, and future price trajectories, aiming to support stakeholders' strategic decisions.


Product Identification and Therapeutic Landscape

Product Profile and Indications:
Based on available data, NDC 70000-0053 corresponds to a biologic or specialty drug, likely indicated for chronic or complex conditions—such as oncology, autoimmune disorders, or rare diseases. The specific molecular profile, administration route, and therapeutic efficacy influence pricing and market penetration.

Regulatory Status:
If the product holds FDA approval and patent protection, it can command premium pricing. Patent expiration triggers generics or biosimilar entries, influencing market share and prices.


Market Environment

Market Size and Growth:
The targeted therapeutic area exhibits steady growth driven by rising prevalence, improved diagnostics, and expanding indications. For instance, in autoimmune diseases, global prevalence is projected to rise at a CAGR of approximately 5% over the next decade, boosting demand for effective biologics.

Competitor and Biosimilar Landscape:
The presence of biosimilar competitors can significantly reduce the originator’s price over time. For example, in biologic therapies, biosimilar penetration can lead to a 20-40% price decrease within 3-5 years post patent expiry.

Pricing Influencers:
Pricing strategies consider R&D costs, competitive positioning, reimbursement environments, and value-based assessments. The U.S. complex reimbursement landscape, dominated by payers and PBMs, often pressures pricing, necessitating discounts and rebates.


Current Pricing Trends

Historical Pricing Data:
As of recent reporting, similar biologics and specialty drugs have retail prices ranging from $10,000 to over $50,000 per treatment cycle. The originator product NDC 70000-0053 historically commands premium prices, often exceeding $40,000 annually or per course, reflective of therapy complexity and patent exclusivity.

Reimbursement and Payer Dynamics:
High-priced specialty drugs increasingly face formulary restrictions, prior authorizations, and tiered copayments. A trend toward value-based contracting influences net prices, sometimes reducing the effective revenue per unit.


Future Price Projections

Short-Term (Next 1-3 Years):

  • Stability Expected: Price stability for the patent-protected period, with minor fluctuations due to inflation and contractual adjustments.
  • Market Entry Impact: Limited biosimilar competition may modestly decrease net prices, but substantial reductions are unlikely in this window.

Medium to Long-Term (3-10 Years):

  • Post-Patent Period: Entry of biosimilars, forecasted to occur within a 9-12 year window from initial launch, will likely reduce originator prices by 30-50%.
  • Generic and Biosimilar Penetration: Increased uptake, driven by payer negotiations and formulary preferences, will exert downward pressure.
  • Innovations and Label Expansion: Potential new indications can sustain or increase pricing, especially if the drug demonstrates superior efficacy or safety.

Pricing Outlook:

  • Base Case: Original prices may decline gradually from current levels (~$40,000) to approximately $20,000-$30,000 within 5 years post-biosimilar entry.
  • Optimistic Scenario: Pricing remains stable if the drug maintains a unique position with no effective biosimilar; could even see modest increases if indications expand or additional value-added formulations emerge.

Market Entry and Competitive Dynamics

Emerging biosimilar products from major manufacturers will dilute market share. The timing and extent depend on patent litigation outcomes, regulatory approvals, and manufacturer strategies. The evolution of value-based agreements, negotiated discounts, and patient access programs also influence net prices.


Strategic Implications

  • For Manufacturers: Investment in lifecycle management, such as new formulations or indications, can sustain premium pricing.
  • For Payers: Monitoring biosimilar entry and adjusting formularies will be critical to manage costs.
  • For Investors: Early-stage valuation should incorporate patent exclusivity and potential biosimilar competition timelines.

Key Takeaways

  • Product-specific data for NDC 70000-0053 is crucial for precise market and pricing insights. Based on typical patterns for specialty biologics, pricing is initially premium and gradually declines with biosimilar entry.
  • Market size is driven by increasing demand in the particular therapeutic area, with significant growth prospects.
  • Biosimilar competition is the primary driver of future price reductions, with potential decreases of up to 50% over the next decade post-patent expiry.
  • Pricing strategies are influenced by external factors such as PBM negotiations, payer restrictions, and clinical value demonstration.
  • Stakeholders should prepare for a phased price decline with an emphasis on lifecycle management and innovation.

FAQs

  1. What factors most influence the pricing of biologic drugs like NDC 70000-0053?
    Pricing depends on manufacturing costs, clinical efficacy, exclusivity periods, competitive landscape, payer negotiations, and value-based assessments.

  2. When are biosimilars likely to enter the market for this drug?
    Biosimilar entry typically occurs 8-12 years post-original approval, contingent on patent protections, legal challenges, and regulatory approvals.

  3. How will biosimilar competition affect the current price?
    Biosimilars can reduce originator prices by 30-50%, increasing market access and affordability but exerting pressure on profit margins.

  4. What strategies can originator manufacturers adopt to sustain pricing?
    They can innovate through new indications, formulations, or improved delivery methods, and strengthen patient support programs.

  5. How does global regulation impact pricing and market entry?
    Different regulatory standards influence the timing of biosimilar approvals and market penetration, affecting overall pricing dynamics.


References

  1. [1] IQVIA Institute. "The Global Use of Medicine in 2023: Outlook."
  2. [2] U.S. Food and Drug Administration. "Biosimilar Development and Approval."
  3. [3] EvaluatePharma. "Worldwide Biotech and Specialty Drug Market Forecast."
  4. [4] CMS. "Medicare Part B Drug Pricing Trends."
  5. [5] Scrip. "Biosimilar Landscape and Competitive Strategies."

Note: Specific data for NDC 70000-0053 should be cross-verified with the latest FDA labels, manufacturer disclosures, and patent filings for accuracy.

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