Last Updated: June 25, 2026

INDOCYANINE GREEN - Generic Drug Details


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What are the generic drug sources for indocyanine green and what is the scope of patent protection?

Indocyanine green is the generic ingredient in three branded drugs marketed by Renew Pharms and Novadaq Tech, and is included in three NDAs. There are five patents protecting this compound. Additional information is available in the individual branded drug profile pages.

Indocyanine green has fifty-six patent family members in eleven countries.

There are three drug master file entries for indocyanine green. Two suppliers are listed for this compound. There is one tentative approval for this compound.

Summary for INDOCYANINE GREEN
Recent Clinical Trials for INDOCYANINE GREEN

Identify potential brand extensions & 505(b)(2) entrants

SponsorPhase
Nada Mahmoud SolimanPHASE2
Fujian Medical University Union HospitalPHASE3
Henan Cancer HospitalPHASE3

See all INDOCYANINE GREEN clinical trials

Generic filers with tentative approvals for INDOCYANINE GREEN
Applicant Application No. Strength Dosage Form
⤷  Start Trial⤷  Start Trial40MG/VIAL **Federal Register determination that product was not discontinued or withdrawn for safety or effectiveness reasons**INJECTABLE;INJECTION
⤷  Start Trial⤷  Start Trial10MG/VIAL **Federal Register determination that product was not discontinued or withdrawn for safety or effectiveness reasons**INJECTABLE;INJECTION
⤷  Start Trial⤷  Start Trial50MG/VIAL **Federal Register determination that product was not discontinued or withdrawn for safety or effectiveness reasons**INJECTABLE;INJECTION

The 'tentative' approval signifies that the product meets all FDA standards for marketing, and, but for the patents / regulatory protections, it would approved.

Medical Subject Heading (MeSH) Categories for INDOCYANINE GREEN
Anatomical Therapeutic Chemical (ATC) Classes for INDOCYANINE GREEN
Paragraph IV (Patent) Challenges for INDOCYANINE GREEN
Tradename Dosage Ingredient Strength NDA ANDAs Submitted Submissiondate
SPY AGENT GREEN KIT For Injection indocyanine green 25 mg/vial 211580 1 2022-11-28

US Patents and Regulatory Information for INDOCYANINE GREEN

Applicant Tradename Generic Name Dosage NDA Approval Date TE Type RLD RS Patent No. Patent Expiration Product Substance Delist Req. Exclusivity Expiration
Novadaq Tech SPY AGENT GREEN KIT indocyanine green POWDER;INTRAVENOUS, INTERSTITIAL 211580-001 Nov 21, 2018 RX Yes Yes 11,712,320 ⤷  Start Trial Y ⤷  Start Trial
Novadaq Tech SPY AGENT GREEN KIT indocyanine green POWDER;INTRAVENOUS, INTERSTITIAL 211580-001 Nov 21, 2018 RX Yes Yes 8,406,860 ⤷  Start Trial ⤷  Start Trial
Novadaq Tech SPY AGENT GREEN KIT indocyanine green POWDER;INTRAVENOUS, INTERSTITIAL 211580-001 Nov 21, 2018 RX Yes Yes ⤷  Start Trial ⤷  Start Trial ⤷  Start Trial
Renew Pharms IC-GREEN indocyanine green INJECTABLE;INJECTION 011525-001 Approved Prior to Jan 1, 1982 AP RX Yes No ⤷  Start Trial ⤷  Start Trial ⤷  Start Trial
>Applicant >Tradename >Generic Name >Dosage >NDA >Approval Date >TE >Type >RLD >RS >Patent No. >Patent Expiration >Product >Substance >Delist Req. >Exclusivity Expiration

Expired US Patents for INDOCYANINE GREEN

Applicant Tradename Generic Name Dosage NDA Approval Date Patent No. Patent Expiration
Novadaq Tech SPY AGENT GREEN KIT indocyanine green POWDER;INTRAVENOUS, INTERSTITIAL 211580-001 Nov 21, 2018 9,421,280 ⤷  Start Trial
Novadaq Tech SPY AGENT GREEN KIT indocyanine green POWDER;INTRAVENOUS, INTERSTITIAL 211580-001 Nov 21, 2018 6,915,154 ⤷  Start Trial
Novadaq Tech SPY AGENT GREEN KIT indocyanine green POWDER;INTRAVENOUS, INTERSTITIAL 211580-001 Nov 21, 2018 8,892,190 ⤷  Start Trial
Novadaq Tech SPY AGENT GREEN KIT indocyanine green POWDER;INTRAVENOUS, INTERSTITIAL 211580-001 Nov 21, 2018 7,881,777 ⤷  Start Trial
>Applicant >Tradename >Generic Name >Dosage >NDA >Approval Date >Patent No. >Patent Expiration

International Patents for INDOCYANINE GREEN

Country Patent Number Title Estimated Expiration
Australia 2014408488 Quantification of absolute blood flow in tissue using fluorescence-mediated photoplethysmography ⤷  Start Trial
Australia 2019250179 QUANTIFICATION OF ABSOLUTE BLOOD FLOW IN TISSUE USING FLOURESCENCE-MEDIATED PHOTOPLETHYSMOGRAPHY ⤷  Start Trial
Canada 2963450 QUANTIFICATION DE CIRCULATION SANGUINE ABSOLUE DANS UN TISSU A L'AIDE DE PHOTOPLETHYSMOGRAPHIE INDUITE PAR FLUORESCENCE (QUANTIFICATION OF ABSOLUTE BLOOD FLOW IN TISSUE USING FLUORESCENCE-MEDIATED PHOTOPLETHYSMOGRAPHY) ⤷  Start Trial
China 107427247 使用荧光介导的光电容积描记法的组织中的绝对血液流动的定量 (QUANTIFICATION OF ABSOLUTE BLOOD FLOW IN TISSUE USING FLUORESCENCE-MEDIATED PHOTOPLETHYSMOGRAPHY) ⤷  Start Trial
>Country >Patent Number >Title >Estimated Expiration

Indocyanine Green (ICG) Market Dynamics and Financial Trajectory: Demand Drivers, Pricing Power, Competitive Landscape, and Exclusivity/IP Risk

Last updated: June 16, 2026

Indocyanine green (ICG) is a decades-old, small-molecule diagnostic dye used across surgical guidance, cardiology, ophthalmology, and imaging workflows. The market’s financial trajectory is shaped less by blockbuster patent exclusivity and more by supply stability, reimbursement coverage for use-cases, procedural adoption, and contracting dynamics with hospital systems. Near-to-midterm growth is tied to expansion of fluorescence-guided surgery and workflow standardization, but price and volume moves depend on procurement leverage and whether hospital formularies accept ICG as a routine imaging input.


What is the indocyanine green market size and growth trajectory by segment (surgery, ophthalmology, cardiology)?

Short answer: Growth tracks procedure volume and adoption of fluorescence imaging systems rather than a single therapeutic breakpoint. Market expansion is driven by hospitals adding ICG as a standard imaging consumable in surgical pathways and expanding its use in vascular and oncology-related guidance.

Segment-level demand signals that drive revenue

ICG demand clusters around:

  • Fluorescence-guided surgery (gallbladder, colorectal, sentinel lymph node mapping, perfusion assessment)
  • Vascular and reconstructive workflows (tissue perfusion and angiography-adjacent imaging)
  • Ophthalmology (e.g., retinal angiography workflows depending on jurisdiction-specific labeling)
  • Cardiology (imaging workflows where ICG remains in specialized use-cases)

Adoption mechanics that affect financial trajectory

  1. Procedure migration to fluorescence guidance
    As fluorescence imaging moves from “specialty lab” to routine OR workflow, ICG becomes a repeat consumable.
  2. Hospital purchasing concentration
    Tenders, group purchasing organization (GPO) pricing, and multi-year supply contracts tend to compress per-vial pricing while stabilizing volume.
  3. System interoperability and workflow time
    When fluorescence modules become standard on imaging platforms, ICG becomes easier to standardize across surgeons and service lines.

What are the main revenue drivers for indocyanine green in 2025-2028: procedures, pricing, reimbursement, and supply?

Short answer: Revenue is driven by imaging procedure volume, reimbursement acceptance, and supply reliability. Pricing power is limited by long commercial history and generic or alternative-sourced products in many regions.

Revenue drivers

  • Volume growth via clinical adoption: More cases using fluorescence-guided imaging increases ICG units per quarter.
  • Formulary inclusion and standardization: Hospital pharmacy committees that add ICG to routine pathways increase usage frequency.
  • Reimbursement and coding alignment: Where payers reimburse procedures using fluorescence guidance, procurement cycles stabilize.
  • Tender-driven pricing: Competitive bidding tends to reduce margins for branded offerings unless supply advantage or service contracts offset.

Revenue constraints

  • Low product differentiation: ICG is a dye with limited “innovation” levers versus newer imaging agents.
  • Procurement leverage: Large hospital systems push down unit prices.
  • Concentration risk: Any supply disruptions can create temporary spikes in unit cost, then normalize after additional sources come online.

How does pricing typically behave for indocyanine green: margin structure, tender dynamics, and contract leverage?

Short answer: Pricing typically shifts with procurement dynamics. Long market presence and multi-source availability cap sustained list-price growth, so revenue tends to be volume-led with margin compression unless a manufacturer has supply or distribution advantages.

What governs pricing

  • Per-vial economics and storage logistics: ICG is purchased as a consumable tied to cold-chain or reconstitution practices (depending on formulation and local handling).
  • Hospital contract structure: Framework agreements often set ceiling pricing and volume commitments.
  • Alternative imaging dye competition: Where other fluorophores compete for procedural use, ICG faces substitution pressure.

Financial implication

  • Volume up with flat-to-down pricing: Revenue can still grow, but profitability may depend on manufacturing scale and logistics cost control.

What companies supply indocyanine green, and how does competition affect market share and financial outcomes?

Short answer: Competition is multi-source, with branded and generic/similar offerings depending on jurisdiction. Financial performance hinges on distribution coverage, reliable supply, and ability to win hospital tenders.

Competitive landscape: how share is won

  • Hospital formulary access: Being on “preferred” lists drives repeat ordering.
  • Distribution reach: Coverage in regional pharmacy networks reduces ordering friction.
  • Supply continuity: In shortages, suppliers with manufacturing resiliency can capture temporary share and lock-in longer-term contracts.

What to monitor for financial trajectory

  • Tender wins and distribution expansions
  • Production capacity additions and regulatory approvals for additional manufacturing sites
  • Any “limited supply” notices that change short-term buying behavior

When do indocyanine green exclusivity barriers expire, and what does that mean for generics entry risk?

Short answer: For ICG itself, the dominant market driver is commercial history and generic-style availability rather than clean, near-term patent cliffs that would drive predictable generic entry waves.

Patent and regulatory reality for ICG markets

  • ICG is widely used and long-established, so the market often reflects portfolio fragmentation: product presentation, manufacturing process variations, and specific-labeling rights differ across jurisdictions.
  • Instead of a single “go generic” event, barriers tend to be regulatory/CMC and data exclusivity features tied to specific formulations, labeling claims, or manufacturing processes.

Implication for financial trajectory

  • Expect continued incremental entry rather than a one-time step-change, with pricing pressure gradually intensifying where procurement expands multi-source options.

What Orange Book status applies to indocyanine green, and how does FDA regulatory listing affect market access?

Short answer: In the US, FDA product listing and patent listing mechanics are relevant at the NDA/ANDA level, but for ICG the practical market dynamic often comes from multi-source approvals and longstanding commercial availability rather than recurring new exclusivity periods.

How FDA listing affects commercial access

  • If an ANDA is approved for a listed ICG product presentation: That product can compete immediately after generic approval and may lead to tender-driven price competition.
  • If patents are listed: Patent challenges and exclusivity can affect timing, but the overall commercial outcome still depends on hospital procurement cycles.

(No reliable, complete Orange Book dataset can be asserted from the information provided here.)


How strong is the patent estate for indocyanine green, and which IP types matter commercially (composition, formulation, method-of-use, manufacturing)?

Short answer: Commercial IP strength for ICG is often concentrated in narrow niches: specific presentations, manufacturing processes, and certain labeled use-claims. Broad composition-of-matter control is not a typical market-shaping factor for ICG the active substance.

IP categories that can still matter

  • Method-of-use patents: If specific fluorescence-guided procedures are claimed, enforcement can affect adoption of particular workflows tied to a branded product pathway in certain jurisdictions.
  • Formulation and presentation patents: Differences in vial size, concentration, solvents, and handling can create localized regulatory and commercial barriers.
  • Manufacturing process patents and CMC rights: These can affect how quickly and at what cost challengers can scale.

Financial implication

  • Even when patents are narrow, enforcement risk can slow adoption of certain product-manufacturer pairings in specific procedure settings, but it rarely prevents broader multi-source availability.

(No complete patent map with numbers and dates is included because it cannot be generated accurately from the provided input constraints.)


What does indocyanine green demand look like in surgical oncology and perfusion imaging, and where is the revenue most sensitive to adoption?

Short answer: The most revenue-sensitive use-cases are those where fluorescence guidance becomes part of routine care pathways and where repeat usage per patient increases ICG unit consumption.

Procedure categories with high unit intensity

  • Sentinel lymph node mapping workflows
  • Tumor-margin or lymphatic pathway identification
  • Perfusion assessment and anastomotic viability checks

Adoption sensitivity

  • Adoption rises with surgeon familiarity and system availability.
  • Adoption is constrained when the imaging workflow adds time, training burden, or inconsistent image quality.

Financial trajectory effect

  • Revenue can scale with case throughput if ICG is standardized and procurement processes lock in supply terms.

How does indocyanine green compare with competing fluorescent dyes and imaging agents in cost and workflow fit?

Short answer: ICG’s economics usually compete on workflow simplicity and clinician familiarity rather than transformative performance. Substitution risk exists where alternative dyes fit better for specific fluorescence wavelengths, kinetics, or imaging hardware.

Comparison dimensions that affect purchasing

  • Compatibility with existing fluorescence imaging platforms
  • Signal quality for targeted tissue depth
  • Reconstitution and handling convenience in OR workflows
  • Unit cost and contract terms

Financial implication

  • If an alternative product gains formulary adoption in high-volume procedures, ICG revenue growth can slow due to unit substitution, even when overall imaging volumes rise.

What generic entry risks exist for indocyanine green in key geographies (US, EU, UK, Japan, China)?

Short answer: Entry risk is ongoing in most geographies through multi-source approvals. The highest impact is typically on pricing through tender competition rather than abrupt volume collapse.

Geography-specific dynamics (typical)

  • US: Multi-source competition can intensify if additional ANDAs cover product presentations and if patent barriers are narrow or expired.
  • EU/UK: Market access is shaped by national formularies and EMA labeling; switching can occur once regulatory and supply hurdles are cleared.
  • Japan/China: Local approvals and tender structures determine the speed and impact of entry.

(Specific numbers by geography are not provided because a complete regulatory listing and patent status table cannot be produced from the input constraints.)


What manufacturing and supply chain factors affect indocyanine green availability and financial performance?

Short answer: ICG pricing and revenue volatility are primarily exposed to supply continuity, manufacturing yield, and distribution efficiency.

Supply chain drivers

  • API and intermediate sourcing: Stable chemical supply reduces unit cost and improves contract fulfillment.
  • Batch release and regulatory compliance: Delays can create short-term ordering spikes.
  • Cold-chain or handling requirements (by presentation): Logistics costs can affect gross margin.
  • Capacity allocation: Producers who can consistently supply contract volumes protect revenue.

Financial implication

  • When supply tightens, near-term revenue can rise via higher pricing and increased urgency ordering, but sustained profit depends on whether the manufacturer can restore capacity and keep customers on framework contracts.

What does the likely financial trajectory look like: base case, upside, and downside scenarios?

Short answer: Base case is steady volume-led growth with margin pressure from multi-source competition. Upside comes from deeper standardization of fluorescence-guided surgery and improved reimbursement uptake. Downside comes from substitute dyes, procurement price compression, and intermittent supply or labeling constraints.

Base case (most probable)

  • Gradual revenue growth driven by procedure volumes and OR standardization.
  • Margins remain capped due to consumable price competition.

Upside (where value is created)

  • Rapid expansion of fluorescence-guided indications within high-throughput oncology surgery settings.
  • Contract wins that secure volume with acceptable gross margin.

Downside (what breaks the model)

  • Formularies shift toward alternative fluorescent agents in the same workflows.
  • Persistent price pressure without offsetting manufacturing cost advantages.

(No numeric revenue forecasts are presented because the required market sizing, unit volumes, and pricing benchmarks are not provided in the input constraints.)


Key takeaway table: what matters most to indocyanine green’s financial trajectory

Factor Direction of impact Why it moves revenue
Fluorescence-guided surgery adoption Up More procedures increase ICG unit demand
Hospital tender leverage Down on margin Multi-source pressure compresses pricing
Reimbursement coverage Up Stabilizes purchase behavior and procedural scaling
Supply continuity Up in disruptions, mixed long-term Shortages raise prices but can harm long-term contracts
Substitution by alternative fluorophores Down Unit switching reduces ICG share in overlapping workflows
CMC/manufacturing cost efficiency Up Improves gross margin even under price pressure

Key Takeaways

  • ICG’s financial trajectory is mostly volume-led and workflow-dependent, not blockbuster-like exclusivity-driven.
  • Revenue growth depends on whether fluorescence imaging moves into standard hospital pathways in surgical oncology, vascular/perfusion guidance, and other procedure areas.
  • Sustainable profitability is constrained by procurement and multi-source competition, so winners are typically those with supply reliability, distribution reach, and manufacturing cost advantages.
  • Patent and exclusivity dynamics tend to be narrow and presentation-specific, so market changes often occur via incremental multi-source expansion rather than a single generic launch event.

FAQs

  1. What hospital procurement trends most influence indocyanine green pricing?
  2. Which fluorescence-guided surgical indications drive the highest indocyanine green unit consumption?
  3. How does supply shortage behavior change short-term revenue for indocyanine green manufacturers?
  4. Do method-of-use patents for fluorescence-guided procedures affect indocyanine green adoption?
  5. What substitution risks exist for indocyanine green from other fluorescent dyes in oncology surgery?

References

No sources were provided in the prompt, and the response does not include verifiable market sizing, pricing benchmarks, Orange Book listings, or patent expiration dates.

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