Last Updated: August 26, 2026

CLINICAL TRIALS PROFILE FOR SUGAMMADEX SODIUM


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All Clinical Trials for sugammadex sodium

Trial ID Title Status Sponsor Phase Start Date Summary
NCT02327494 ↗ Study to Evaluate Oxygen Monitoring at Different Stages of Neuromuscular Blockade in Colorectal Surgery Unknown status Hospital Universitari de Bellvitge 2015-01-01 Anesthesia favouring deep/intense neuromuscular blockade during laparoscopy may restore hemodynamics. However, no studies has been performed comparing oxygenation parameters during laparoscopy in colorectal surgery in either moderate or intense neuromuscular blockade. The investigators aim to investigate whether the intense neuromuscular blockade produces a better oxygenation profile measured by the central venous oxygen saturation than the moderate neuromuscular blockade. This is a one centre, prospective clinical trial to compare oxygenation data at different stages of neuromuscular blockade in high-risk patients scheduled for colorectal surgery. Data recording will be blinded to the anesthesiologist in charge of the patient, who will manage patients by a determined protocol, based on stroke volume data to direct fluidotherapy. Data analyzer will be not be involved in the study design or in writing reports from the study. Inclusion criteria: Be a candidate to a colorectal surgical resection procedure and one of these conditions: ≥ 70 y.o, or respiratory co-morbidity, or cardiac co-morbidity or haemoglobin level < 11g/dl. The primary outcome is the absolute number of the central venous oxygen saturation, measured at the following points: basal, after tracheal intubation, before pneumoperitoneum or abdominal incision, after pneumoperitoneum or abdominal incision, 5 and 10 minutes before administration of rocuronio to produce intense blockade, continuously during profound neuromuscular blockade until the end of surgery, before sugammadex administration, after sugammadex administration, after tracheal extubation, for the 24 hours post surgical. Data of the regional cerebral oxygen saturation will be measured at the same points. The investigators hypothesize that oxygenation data will be favourable by applying the intense neuromuscular blockade in comparison with moderate neuromuscular blockade. Also, the investigators hypothesize that oxygenation data obtained during the whole procedure including the first 24-hours post-surgery, measured by the regional cerebral oxygen saturation are comparable to data obtained by the central venous oxygen saturation. The investigators want to obtain information about influence in the outcome of producing profound neuromuscular blockade during laparoscopy colorectal by comparison of outcome data with matched historical control.
NCT03137290 ↗ Comparing Reversal With Neostigmine and Sugammadex in Paediatric Completed Universiti Sains Malaysia N/A 2014-12-01 A reversal agent is commonly given to improve neuromuscular function after intra-operative administration of non-depolarizing neuromuscular blocking agents. The administration of conventional reversal agent neostigmine is associated with many undesirable side effects. For almost a decade, a new novel drug sugammadex has been used to specifically antagonize the effect of aminosteroidal neuromuscular blocking agents. A total of 80 paediatric patients planned for general anaesthesia were divided into two groups and were given either neostigmine+atropine, or sugammadex for reversal once the operation had completed.
NCT03137290 ↗ Comparing Reversal With Neostigmine and Sugammadex in Paediatric Completed University of Science Malaysia N/A 2014-12-01 A reversal agent is commonly given to improve neuromuscular function after intra-operative administration of non-depolarizing neuromuscular blocking agents. The administration of conventional reversal agent neostigmine is associated with many undesirable side effects. For almost a decade, a new novel drug sugammadex has been used to specifically antagonize the effect of aminosteroidal neuromuscular blocking agents. A total of 80 paediatric patients planned for general anaesthesia were divided into two groups and were given either neostigmine+atropine, or sugammadex for reversal once the operation had completed.
>Trial ID >Title >Status >Phase >Start Date >Summary

Clinical Trial Conditions for sugammadex sodium

Condition Name

Condition Name for sugammadex sodium
Intervention Trials
Neuromuscular Blockade 4
General Anesthesia 2
Anesthesia, General 2
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Condition MeSH

Condition MeSH for sugammadex sodium
Intervention Trials
Sleep Apnea, Obstructive 1
COVID-19 1
Obesity 1
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Clinical Trial Locations for sugammadex sodium

Trials by Country

Trials by Country for sugammadex sodium
Location Trials
China 3
Korea, Republic of 3
Canada 1
Spain 1
Turkey 1
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Clinical Trial Progress for sugammadex sodium

Clinical Trial Phase

Clinical Trial Phase for sugammadex sodium
Clinical Trial Phase Trials
Phase 4 2
Phase 3 1
Phase 2 2
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Clinical Trial Status

Clinical Trial Status for sugammadex sodium
Clinical Trial Phase Trials
Recruiting 5
Completed 4
Unknown status 2
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Clinical Trial Sponsors for sugammadex sodium

Sponsor Name

Sponsor Name for sugammadex sodium
Sponsor Trials
Seoul National University Hospital 2
Ministry of Food and Drug Safety, Korea 2
YingHsuanTai 1
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Sponsor Type

Sponsor Type for sugammadex sodium
Sponsor Trials
Other 15
Industry 1
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SUGAMMADEX SODIUM Clinical Trials Update, Market Analysis, and Launch-Phase Patent/Regulatory Projection (US and EU)

Last updated: July 26, 2026

Sugammadex sodium is an FDA-approved, reversal agent for neuromuscular blockade, used to reverse rocuronium or vecuronium induced blockade in adults and pediatrics. The near-to-midterm market is shaped by (1) competitive utilization of sugammadex vs alternatives (neostigmine/glycopyrrolate and related agents), (2) hospital formulary and reimbursement dynamics, and (3) patent and exclusivity timelines that govern generic or biosimilar substitution risk.

What is the current clinical development and trial pipeline for sugammadex sodium?

Featured snippet answer: Public clinical updates for sugammadex focus on expanded populations (pediatrics), comparative outcomes vs standard reversal (neostigmine-based regimens), and perioperative workflow endpoints (time-to-reversal, incidence of residual blockade). The highest-value updates for market timing come from trials that change label language or support new indications or administration settings.

Which trial endpoints move adoption the fastest?

Hospitals typically decide on reversal agents based on outcomes that can be audited across theaters, recovery rooms, and PACU discharge metrics:

  • Time to recovery of neuromuscular function (accelerates extubation readiness and PACU throughput).
  • Incidence of postoperative residual curarization (PORC) and related respiratory complications.
  • Rescue interventions and “unplanned” reversal failure rates.
  • Safety signals tied to bradycardia, hypersensitivity, or other perioperative events.

How do recent trial patterns affect payer and formulary decisions?

When trials show:

  • faster or more reliable reversal,
  • reduced PORC,
  • fewer rescue doses, they tend to support formulary wins and guideline-aligned use (especially in surgeries where accurate blockade depth monitoring is uneven). Trials that focus mainly on pharmacokinetic equivalence without durable clinical endpoints have less direct market impact.

What expansions matter for projected revenue?

For sugammadex, revenue protection generally correlates with:

  • label expansions that broaden surgical settings or age groups,
  • evidence that reduces “watch-and-wait” variability in reversal,
  • data that makes intraoperative neuromuscular monitoring less critical to achieve acceptable safety.

How strong is the patent estate for sugammadex sodium in major markets?

Featured snippet answer: The US and EU intellectual property landscape for sugammadex sodium is anchored by composition-of-matter and manufacturing/process-related patents, plus formulation and method-of-use claims. Practical generic risk is determined by Orange Book listings (US), national patent status (EU), and any exclusivity or regulatory data protections.

What patents protect sugammadex sodium?

Sugammadex sodium has been protected historically by a mix of:

  • composition-of-matter patents covering sugammadex and related salts,
  • process/manufacturing patents,
  • formulation and method-of-use patents (including reversal regimens and clinical use parameters).

How many patents cover the drug across jurisdictions?

Coverage count varies by country and continuation strategy, but in practice the estate typically includes multiple layers:

  1. at least one core composition grant,
  2. additional process/formulation grants,
  3. secondary claims around use and administration that can survive longer depending on priority dates and claim scope.

What patent expiry timing drives competitive launches?

Generic and biosimilar-type entry risk (for small molecules, generic) is driven by:

  • composition-of-matter expiration,
  • last surviving method-of-use patent expiration,
  • any pediatric exclusivity extensions,
  • exclusivity tied to regulatory approval pathways and supplemental applications.

What is the Orange Book status of sugammadex sodium?

Featured snippet answer: Sugammadex sodium is listed in the FDA’s Orange Book for the approved application(s). The ability for a generic applicant to launch depends on whether relevant patents are listed for the specific dosage form and strength and whether an applicant successfully challenges them via Paragraph IV or obtains a carve-out/settlement.

How do Orange Book listings translate into launch risk?

The practical sequence is:

  • If all listed patents are expired or invalidated, a generic can launch immediately on approval.
  • If any listed patents remain enforceable, an ANDA sponsor must either litigate to carve-out or reach a settlement with the innovator, or accept a delayed launch.
  • Even where some patents expire, remaining formulation or method-of-use patents can still block launch for specific strengths.

Which patent categories typically block generic launch?

For sugammadex, the highest blocking risk generally comes from:

  • listed composition or salt patents,
  • key method-of-use/reversal regimen patents tied to clinical outcomes or dosing,
  • formulation patents linked to specific presentations that generic sponsors must copy.

When does sugammadex sodium lose exclusivity?

Featured snippet answer: Exclusivity loss is a function of (1) composition-of-matter expiry, (2) any pediatric exclusivity or other statutory exclusivity, and (3) the last expiring Orange Book patent, often including method-of-use or formulation claims.

How to forecast loss of exclusivity without license settlement

A workable market projection framework uses:

  • the latest expiration date among Orange Book patents tied to the specific label/strength,
  • the earliest possible ANDA approval date that can support an immediate launch (often after litigation timelines),
  • any statutory exclusivity overlays (data exclusivity, pediatric exclusivity).

What scenarios matter for projection timing?

Market projections should be built around two cases:

  • “Litigation-free” outcome: no successful Paragraph IV or no settlement; delayed launch follows last expiring patent.
  • “Early launch” outcome: settlement or successful invalidation of blocking patents enables an earlier generic launch than the last-expiring patent would suggest.

Which companies market sugammadex sodium and how do portfolios compare?

Featured snippet answer: Sugammadex sodium is marketed by originator and multiple generics by distribution channels that differ by geography and pricing. The competitive set is shaped by both direct supply and tender-based hospital procurement.

Market share drivers

  • Hospital procurement tenders and group purchasing organization (GPO) pricing.
  • Reimbursement status and prior authorization complexity.
  • Brand vs generic perception tied to switching policies.
  • Size of hospital anesthesiology service and uptake of neuromuscular monitoring.

How does sugammadex compare with neostigmine-based reversal?

In market-level positioning:

  • Sugammadex competes on faster, more consistent reversal and lower PORC risk.
  • Neostigmine-based regimens compete on price and familiarity, plus broader historical adoption.

What generic entry risks exist for sugammadex sodium?

Featured snippet answer: Generic entry risk is highest when Orange Book blocking patents are near expiry and Paragraph IV challenges are filed with strong legal theories or settlements are reached. Lower risk persists when method-of-use or formulation patents remain enforceable or when litigation outcomes are adverse.

What is the Paragraph IV litigation landscape likely to look like?

For sugammadex, ANDA sponsors typically assess:

  • which patents are listed for the exact strength,
  • whether they can carve out dosing strengths or indications,
  • whether the claim scope can be designed around.

What settlement patterns usually accelerate generic launches?

Settlements often:

  • include agreed launch dates,
  • cap damages to a specific period,
  • define marketing carve-outs by strength or distribution channel.

What FDA regulatory status and label scope affect market projections?

Featured snippet answer: Market size and uptake depend on label scope: approved reversal in adults and pediatrics, and the clinical contexts where clinicians perceive benefit. Supplemental approvals can change utilization patterns.

How do label changes affect adoption curves?

If supplemental approvals:

  • expand pediatric ages or dosing guidance,
  • strengthen safety framing around residual blockade, they can raise conversion from occasional to routine use, shifting market growth.

How do manufacturing and supply constraints affect near-term sales?

Even without patent barriers, supply availability can cap near-term market uptake. Bottleneck risk is tied to:

  • active ingredient availability,
  • sterile manufacturing capacity,
  • distribution logistics and cold-chain constraints if applicable.

What formulation and delivery system patents could matter?

Featured snippet answer: For sugammadex, formulation patents can block generic substitution even after composition-of-matter expiry if the specific presentation is covered (pH, excipients, concentration, stability improvements, or manufacturing method claims).

What formulation changes are most relevant to generic design-around?

Generic sponsors often focus on:

  • excipient system equivalence and stability,
  • injection presentation parameters (concentration, container closure),
  • manufacturing process steps that can implicate process patents.

Market analysis: how big is the sugammadex sodium opportunity and what drives growth?

Featured snippet answer: Sugammadex is a high-value hospital drug in operating rooms and perioperative settings. Growth is typically driven by procedural volumes, rising adoption of neuromuscular monitoring, and formulary shifts toward reversal agents that reduce PORC and facilitate faster turnover.

What are the key demand drivers?

  • Surgical case volume growth (especially anesthesia-heavy specialties).
  • Adoption of neuromuscular monitoring devices and standard reversal protocols.
  • Increased use in settings where reliable reversal reduces respiratory risk and length-of-stay concerns.
  • Shifts from neostigmine-based reversal due to safety and workflow benefits.

What are the key headwinds?

  • Generic substitution risk as patents expire or as settlements enable earlier entry.
  • Price pressure through tenders and budget constraints.
  • Clinical inertia when hospitals use established neostigmine protocols.
  • Utilization limits tied to monitoring availability or institutional anesthesia policy.

Near-term revenue projection framework (US + EU)

A clean projection approach uses:

  1. base demand tied to surgical case volumes and anesthesia utilization,
  2. penetration rate of sugammadex vs neostigmine,
  3. price per dose adjusted for tender discounts and payer pressure,
  4. forecasted generic entry timing and market share erosion.

Competitive landscape: what happens to pricing after generic entry?

Featured snippet answer: Once generic sugammadex launches, pricing commonly drops sharply in tender-led markets, then stabilizes at a new equilibrium driven by:

  • remaining branded differentiation (availability, perceived reliability),
  • institutional switching policies,
  • supply competition among generics.

Typical post-launch dynamics to model

  • Year 1: rapid share loss for the originator if substitution is allowed.
  • Year 2–3: consolidation among suppliers; margins compress for all.
  • Long tail: niche preference persists in accounts with strict formulary rules or monitoring protocols.

Litigation and enforcement: what patent events could shift the timeline?

Featured snippet answer: Litigation timing affects launch forecasts because ANDA approvals can be delayed even after regulatory approval if injunctive relief or settlement terms control. The most material events are:

  • court rulings on blocking patents,
  • entry-triggering settlement agreements,
  • stays related to appeals.

What to watch for in docket outcomes

  • final invalidation or noninfringement findings on key Orange Book patents,
  • injunction rulings or consent decrees,
  • appellate outcomes that determine whether a generic can launch before or after appeal windows close.

Key data tables for decision-making

Sugammadex sodium commercialization milestones (projection inputs)

Variable What to source Why it matters
Approved label scope (adult/peds, indications) FDA label and supplements Sets treatable patient volume
Orange Book listed patents by strength FDA Orange Book Determines generic blocking
Patent expiry dates (composition, method, formulation) USPTO + patent family Determines earliest carve-out/launch date
Pediatric or other exclusivities FDA exclusivity tables Can extend launch beyond patent expiry
ANDA filings and Paragraph IV status FDA + dockets Litigation-driven delay vs settlement-launch
Court dates and settlement dates PACER/docket reporting Updates launch probability curve
Hospital penetration rate Market access, GPO tender data Converts cases into units
Net price and tender discounting Hospital contract analytics Drives revenue even without volume growth
Supply constraints Manufacturer capacity and distribution Caps units in early launch windows

Key Takeaways

  • Sugammadex’s market trajectory is driven by perioperative workflow outcomes and hospital adoption of reversal protocols that prioritize reliable neuromuscular recovery.
  • Patent and Orange Book listed claims determine generic launch risk; method-of-use and formulation-related patents often block substitution even after some composition coverage ends.
  • Clinical trial updates matter most when they support label-relevant expansions or durable reductions in residual blockade and rescue interventions that change routine practice.
  • Post-generic entry pricing is expected to compress in tender-led markets; revenue growth hinges on whether uptake growth outpaces price erosion before launch.

FAQs

  1. Does sugammadex sodium have pediatric-specific exclusivity or patent protections that extend generic entry?
  2. Which anesthesia specialties use sugammadex most frequently, and how does that affect regional revenue projections?
  3. What outcomes from clinical trials most strongly influence hospital formulary committees for reversal agents?
  4. How do Orange Book carve-outs by strength or indication change the risk of a partial generic launch for sugammadex?
  5. What supply and manufacturing constraints most often determine early performance of generic injectables like sugammadex?

References

  1. FDA. Orange Book: Approved Drug Products with Therapeutic Equivalence Evaluations. (Latest access via FDA Orange Book).
  2. FDA. Drug Labeling for sugammadex sodium products (package insert and supplements). (Latest access via FDA Drugs@FDA).
  3. FDA. Exclusivity and patent information resources for approved applications (including pediatric exclusivity guidance). (Latest access via FDA databases).

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