Reversee Sugammadex injection 100mg

  • Product Name : Reversee Sugammadex injection 100mg
  • Category : Injection
  • Manufacturer Name : Neon
  • Trade Name : Reversee 100mg
  • Available Dosage : 100 mg
  • Packing :
  • Pack Insert/Leaflet : 2ml in 1 vial
  • Ingredients : Sugammadex
  • Formulation : Injection
  • Therapeutic use :
  • Production Capacity : 100000

Description:-

Introduction to Reversee 100mg Injection:


Reversee 100mg Injection is a medication used in the field of anesthesia and neuromuscular blockade reversal. Specifically developed to reverse the effects of neuromuscular blocking agents (NMBAs), especially steroidal NMBAs like rocuronium and vecuronium, Reversee offers several advantages over traditional reversal agents such as neostigmine.


Mechanism of Action of Reversee 100mg Injection:


The mechanism of action of Sugammadex, the active ingredient in Reversee 100mg Injection, is unique and distinct from traditional reversal agents. It forms a complex with steroidal NMBAs, encapsulating them and rendering them inactive. This contrasts with agents like neostigmine, which function by inhibiting acetylcholinesterase, an enzyme breaking down acetylcholine. Sugammadex has a high specificity for steroidal NMBAs, acting rapidly to neutralize their effects.


Uses of Reversee 100mg Injection:


Reversal of Neuromuscular Blockade

Rapid Reversal

Reduced Side Effects

Benefits of Reversee 100mg Injection:


Precision:

Sugammadex in Reversee 100mg Injection has a high degree of specificity for steroidal NMBAs, reducing the risk of over-reversal or incomplete reversal often observed with traditional agents.


Speed:

Reversee 100mg Injection acts rapidly to reverse the effects of NMBAs. This allows for a quicker emergence from anesthesia and diminishes the risk of residual blockade.


Safety:

Reversee 100mg Injection exhibits a favorable safety profile, presenting fewer side effects compared to traditional reversal agents.


Predictable Reversal:

The reversal effect of Reversee 100mg Injection is more predictable, providing better control of the neuromuscular blockade and contributing to a smoother recovery process.