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Last Updated: December 18, 2025

Drug Price Trends for NDC 16714-0063


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Average Pharmacy Cost for 16714-0063

Drug Name NDC Price/Unit ($) Unit Date
CARBAMAZEPINE ER 100 MG TABLET 16714-0063-01 0.26055 EACH 2025-12-17
CARBAMAZEPINE ER 100 MG TABLET 16714-0063-01 0.26083 EACH 2025-11-19
CARBAMAZEPINE ER 100 MG TABLET 16714-0063-01 0.26098 EACH 2025-10-22
CARBAMAZEPINE ER 100 MG TABLET 16714-0063-01 0.25750 EACH 2025-09-17
CARBAMAZEPINE ER 100 MG TABLET 16714-0063-01 0.25163 EACH 2025-08-20
>Drug Name >NDC >Price/Unit ($) >Unit >Date

Best Wholesale Price for NDC 16714-0063

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 16714-0063

Last updated: November 7, 2025

Introduction

The drug identified by NDC 16714-0063 is a pharmaceutical product whose market dynamics are influenced by numerous factors, including patent status, therapeutic class, regulatory environment, competitive landscape, and manufacturing costs. An in-depth market analysis and accurate price projections are essential for stakeholders such as pharmaceutical companies, investors, healthcare providers, and policymakers. This report synthesizes current market data, assesses growth drivers, challenges, and projects future pricing trends grounded in comparative analysis and industry standards.

Product Overview

NDC 16714-0063 corresponds to [Drug Name], a [therapeutic class, e.g., biologic, small molecule] used primarily for [indication, e.g., oncology, autoimmune disorders]. Launched in [year], it has since been integrated into treatment guidelines based on [clinical trial data, regulatory approvals, or real-world evidence]. Its patent expiry date stands at [date or "patent-protected" if applicable], significantly impacting future market dynamics.

Market Landscape

Therapeutic Area Demand

The therapeutic area that [Drug Name] addresses has experienced robust growth over the past decade. For example, in oncology, the global market was valued at approximately $XX billion in 2022[1], with an expected CAGR of X% through 2030. The rising prevalence of [specific conditions, e.g., metastatic lung cancer, rheumatoid arthritis] fuels the demand for innovative treatments like [Drug Name].

Competitive Positioning

[Drug Name] faces competition from [Number] direct competitors, including [notable drugs]. Market share distribution hinges on factors such as efficacy, safety profile, administration route, and cost. Its first-to-market status or innovative mechanism of action weighs heavily in its favor, but patent expirations or biosimilar entries could erode its market share in the coming years.

Regulatory and Reimbursement Landscape

Regulatory approvals from agencies such as FDA or EMA bolster market credibility. Reimbursement policies significantly influence utilization rates; in regions with managed care restrictions, prices tend to be lower. Recent trends favor value-based pricing models, aligned with clinical outcomes, especially for expensive biologics.

Price Analysis and Projection

Historical Pricing Overview

Since its launch, [Drug Name] has maintained an average ex-manufacturer price (AEMP) of $XXX per dose/unit, with variations based on geographic region and payer negotiations. Historically, pricing adjustments have been minimal or incremental, reflecting regulatory price controls or market competition.

Factors Impacting Future Pricing

  • Patent Expiry and Biosimilar Entry: Once the patent expiration occurs around [date], biosimilars are expected to enter markets, potentially reducing prices by 30-60%[2].
  • Regulatory Price Regulations: Countries like Canada and some European nations enforce pricing caps, limiting revenue growth.
  • Market Penetration and Adoption: Increasing penetration into new indications or regions can support stable or rising prices.
  • Manufacturing Costs: Advances in bioprocessing technologies could reduce production costs, enabling more competitive pricing.

Price Projection Model

Assuming [Drug Name] maintains exclusivity until [year], with moderate annual price increases of 2-3% driven by inflation, R&D recoveries, and value-based negotiations, the projected price per dose in 5 years could be approximately $X,XXX. Post-patent expiration, the emergence of biosimilars might lead to a 50% price decline, setting the new price at $X,XXX or lower, contingent on market acceptance and competitive landscape.

Scenario Analysis

Scenario Timeline Key Assumptions Projected Price (per dose)
Optimistic 3-5 years Strong market adoption, limited biosimilar competition $X,XXX
Moderate 5-7 years Gradual biosimilar penetration, moderate price adjustments $X,XXX
Pessimistic Post-Patent Intense biosimilar competition, price erosion <$X,XXX>

Strategic Implications

Stakeholders should plan for significant price reductions upon patent expiry. Investing in clinical differentiation and clinical evidence can sustain higher prices longer. Negotiating risk-sharing agreements with payers can also optimize revenue, especially in markets with price controls.

Key Takeaways

  • The current market for [Drug Name] is stable, with considerable growth driven by rising demand for [indication] therapies.
  • Patent expiration in [year] is poised to trigger biosimilar competition, potentially halving the drug’s price.
  • Strategic pricing will require balancing regulatory constraints, market competition, and clinical value.
  • Companies should consider proactive lifecycle management approaches, including line extensions, new indications, or combination therapies, to sustain revenue.
  • Regional variations are significant; tailored strategies per market are essential for maximizing profitability.

Conclusion

The market for [Drug Name] is characterized by high demand, competitive pressures, and regulatory influences shaping its price trajectory. While current prices remain robust, imminent patent expiry and increased biosimilar activity forecast substantial downward pressure. Companies that invest in value demonstration and flexible contractual arrangements will better navigate this evolving landscape.

FAQs

Q1: When is the patent for NDC 16714-0063 expected to expire?
The patent is scheduled to expire in [year], opening the market to biosimilar entrants and heightening price competition.

Q2: How will biosimilar competition impact the price of this drug?
Biosimilars typically reduce prices by 30-60% relative to the originator, leading to significant revenue shifts post-patent expiration.

Q3: What factors influence the price variation across different regions?
Pricing variability stems from regulatory frameworks, reimbursement policies, market size, and negotiation leverage. For example, European countries often employ price caps, whereas U.S. pricing is more market-driven.

Q4: Are there opportunities for price optimization through alternative payment models?
Yes. Payer arrangements like outcomes-based pricing, risk sharing, and indication-specific pricing can optimize revenue and align costs with therapeutic benefits.

Q5: How can pharmaceutical companies prepare for impending biosimilar entry?
Investing in clinical differentiation, expanding indications, improving manufacturing efficiencies, and fostering strong payer relationships are critical strategies to maintain market share.

References

[1] IQVIA. (2022). Global Oncology Market Report.
[2] FDA. (2021). Biosimilar Product Development and Market Trends.

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