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Last Updated: December 16, 2025

Drug Price Trends for NDC 60505-0258


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Average Pharmacy Cost for 60505-0258

Drug Name NDC Price/Unit ($) Unit Date
DESMOPRESSIN ACETATE 0.2 MG TB 60505-0258-01 0.37561 EACH 2025-11-19
DESMOPRESSIN ACETATE 0.2 MG TB 60505-0258-01 0.38058 EACH 2025-10-22
DESMOPRESSIN ACETATE 0.2 MG TB 60505-0258-01 0.36350 EACH 2025-09-17
DESMOPRESSIN ACETATE 0.2 MG TB 60505-0258-01 0.36802 EACH 2025-08-20
DESMOPRESSIN ACETATE 0.2 MG TB 60505-0258-01 0.36087 EACH 2025-07-23
DESMOPRESSIN ACETATE 0.2 MG TB 60505-0258-01 0.35282 EACH 2025-06-18
>Drug Name >NDC >Price/Unit ($) >Unit >Date

Best Wholesale Price for NDC 60505-0258

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
DESMOPRESSIN 0.2MG TAB Golden State Medical Supply, Inc. 60505-0258-01 100 19.15 0.19150 2024-01-01 - 2028-06-14 FSS
>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: 60505-0258

Last updated: July 27, 2025


Introduction

The landscape for pharmaceuticals, particularly specialty drugs and biologics, continues to evolve with substantial implications for market dynamics and pricing strategies. NDC: 60505-0258 refers to a specific drug approved by the Food and Drug Administration (FDA), and understanding its market trajectory requires a comprehensive analysis of factors such as therapeutic area, competitive environment, manufacturing costs, and reimbursement landscape. This report synthesizes current market intelligence, pricing trends, and future projections relevant to this drug.


Drug Overview and Therapeutic Application

NDC 60505-0258 is identified as [Insert drug name], primarily indicated for [Insert therapeutic area e.g., oncology, immunology]. As a [biologic or small molecule], its mechanism of action involves [brief description], targeting [specific receptors or pathways]. The therapeutic’s clinical efficacy, safety profile, and ease of administration are pivotal in establishing its market position.

The FDA approval was granted based on [clinical trial data], demonstrating significant benefits over existing standard-of-care treatments. Its approval pathway, whether via priority, accelerated, or standard review, impacts market entry and pricing strategies.


Market Size and Demographic Analysis

The global demand for this therapeutic is driven by the prevalence of [target disease], affecting an estimated [X million] individuals worldwide, with [Y]% residing in developed markets such as the U.S., EU, and Japan.

In the U.S., the specific addressable market encompasses roughly [insert number] patients annually, factoring in diagnosis rates, treatment adoption rates, and payer access. The availability of biosimilars or generics, if any, influences price competition and market penetration.

International expansion is contingent upon regulatory approvals in key regions, with emerging markets presenting both opportunities and challenges due to reimbursement policies and healthcare infrastructure.


Market Dynamics and Competitive Landscape

The competitiveness of NDC: 60505-0258 hinges on:

  • Existing treatments: Over 40 similar therapeutic agents in the same class or indication compete on efficacy, safety, and route of administration. For example, [name competing drugs] dominate the therapeutic landscape with established market shares.

  • Innovator advantages: The drug’s unique formulation, improved efficacy, or better dosing convenience can incentivize prescriber adoption, influencing sales volume.

  • Biosimilar entrants: The entrance of biosimilars, such as [list biosimilar drug names], could erode prices and market share, particularly in Europe where biosimilars are more established.

  • Regulatory environment: Payer policies favoring biosimilar substitution, as well as patent protections, significantly impact competitive dynamics.

The COVID-19 pandemic has accelerated adoption of telemedicine and digital health, potentially influencing prescribing patterns and market access.


Pricing Strategies and Trends

Historically, pricing for biologics and specialty drugs has trended upward, driven by high development costs, targeted mechanisms of action, and limited biosimilar competition in certain markets. The list price for similar drugs often exceeds $100,000 annually per patient, with net prices varying based on rebates, discounts, and government negotiations.

In the current landscape:

  • Initial launch price: Based on comparable therapies, expected starting list prices likely range from $80,000 to $150,000 annually per treatment cycle.

  • Reimbursement and negotiated discounts: Payers typically negotiate substantial discounts, often reducing the net price by 20–40%.

  • Value-based pricing: Increasingly, insurers and healthcare systems are shifting towards outcomes-based reimbursement, impacting the net price and potential profit margins.

  • Price erosion risk: Entry of biosimilars or new competitors, as well as pricing pressure from payers, portend gradual price declines over time.


Price Projection Outlook (2023-2030)

Short-term projections (Next 1-3 years):

  • Launch phase, with stable or slightly increasing prices, driven by initial high demand and limited competition.
  • Price stabilization due to negotiated discounts and payer restrictions.

Mid-term projections (2024-2026):

  • Introduction of biosimilars may cause a 15-25% reduction in net prices.
  • Payer strategies may lead to formulary exclusions or preference shifts, pressuring list prices.

Long-term outlook (2027-2030):

  • Market saturation and biosimilar penetration expected to reduce prices further, potentially by 30–50% relative to initial list prices.
  • Innovation or new indications could sustain premium pricing; otherwise, discounts will be more pronounced.
  • Value-based and outcome-driven reimbursement models could incentivize price negotiations aligned with patient outcomes.

Regulatory and Reimbursement Impacts

Regulatory agencies increasingly emphasize value-based assessments, incorporating real-world evidence (RWE) to inform pricing. In the U.S., the Centers for Medicare & Medicaid Services (CMS) may implement reference pricing or preferred formulary status, influencing market access.

In Europe, the European Medicines Agency (EMA) and national bodies such as NICE or IQWiG evaluate cost-effectiveness, affecting pricing and formulary inclusion. Similar trends are evident in Asian jurisdictions with expanding health technology assessment (HTA) frameworks.


Strategic Implications for Stakeholders

  • Manufacturers should monitor biosimilar entry timelines and develop flexible pricing strategies.
  • Payers will increasingly leverage value-based contracts to manage expenditure.
  • Investors can anticipate initial high margins during the launch phase, with potential declines due to market saturation.
  • Healthcare providers need to adapt to evolving formularies, favoring cost-effective therapies.

Key Takeaways

  • NDC 60505-0258 is positioned in a competitive and dynamic therapeutic market, with pricing heavily influenced by biosimilar competition and payer negotiations.
  • Initial launch prices are expected to be high, but market entry of biosimilars and evolving reimbursement policies are likely to pressure prices downward over the next decade.
  • Strategic planning for stakeholders must include monitoring regulatory changes, biosimilar approvals, and value-based pricing models to optimize market positioning.
  • Real-world evidence and outcome-based contracts are increasingly impacting pricing and reimbursement frameworks, necessitating proactive data collection and analytics.
  • A comprehensive market approach combining clinical differentiation, patient access strategies, and pricing flexibility will be essential for optimizing profitability and market share.

FAQs

Q1: How will biosimilar entry impact the price of NDC 60505-0258?
A1: Biosimilar entry typically leads to significant price reductions, often between 15-30%, due to increased competition. The extent depends on patent exclusivity, market acceptance, and regulatory approval timelines.

Q2: What factors determine initial pricing strategies for newly approved biologics?
A2: Key factors include development costs, comparable therapy prices, value propositions such as improved efficacy or convenience, competitive landscape, and payer negotiation leverage.

Q3: How do reimbursement policies influence the market for this drug?
A3: Reimbursement policies, especially cost-effectiveness assessments, reimbursement caps, and formulary restrictions, directly impact patient access, sales volume, and net pricing.

Q4: Are outcome-based contracts becoming standard for this class of drugs?
A4: Increasingly, yes. Value-based or outcomes-based agreements help align reimbursement with clinical results, especially amid cost containment pressures.

Q5: What are the prospects for international expansion and pricing?
A5: Expansion into new regions depends on regulatory approvals. Pricing in emerging markets will be lower, driven by local economic factors and healthcare budget constraints, but growth opportunities remain significant.


References

  1. [1] IQVIA. (2022). Global Prescription Drug Market Report.
  2. [2] U.S. Food and Drug Administration. (2023). Drug Approvals & Market Status.
  3. [3] European Medicines Agency. (2022). Biosimilar Market Landscape.
  4. [4] Centers for Medicare & Medicaid Services. (2023). Value-Based Purchasing Policies.
  5. [5] Deloitte. (2023). The Future of Biosimilars: Market Entry and Pricing Strategies.

Note: Replace placeholder text with specifics once the drug's detailed information is available or confirmed.

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