LungProtect®

LungProtect®

LungProtect® is an advanced hypothermic preservation solution designed for optimal intracellular-like protection, ensuring safe flushing, storage, and transport of explanted lungs with minimized cellular injury and maintained lung viability.

LungProtect® is a sterile, non-toxic, and non-pyrogenic preservation solution with low potassium concentration. It is designed for hypothermic flushing, storage, and transport of explanted lungs. With a physiological pH of 7.4 and osmolality of ~295 mOsm/kg, it helps maintain lung viability and minimize ischemic damage during preservation.

LungProtect® Composition

ComponentAmountConcentration
Dextran 4050.0 g0.5 mmol/l
Monopotassium Phosphate0.063 g
Glucose Monohydrate1.0 g5 mmol/l
Magnesium Sulphate Anhydrate0.098 g0.8 mmol/l
Disodium Phosphate Anhydrate0.046 g0.32 mmol/l
Sodium Dichloride8.0 g137 mmol/l
Potassium Chloride0.4 g5.5 mmol/l
Water for InjectionsTo 1000 ml
THAM Buffer0.121 g1 mmol/l
Water for Injections (THAM)To 25 ml

Storage Conditions

ParameterDetails
Shelf Life18 Months
Storage Temperature2°C to 25°C
Special InstructionsDo not freeze

FAQs Made Simple Here

LungProtect® is used for hypothermic flushing, storage, and transport of explanted lungs, preserving lung tissue viability during transplantation procedures with its specialized, low-potassium sterile formulation.

It stabilizes pH, osmolality, and ion balance, minimizing ischemic injury and preserving lung cell integrity during hypothermic storage and transportation for optimal transplantation outcomes.

LungProtect® has a shelf life of 18 months under recommended storage conditions, ensuring long-term usability without compromising on safety or effectiveness.

Store LungProtect® between 2°C and 25°C. Do not freeze, as freezing may compromise the solution’s stability and preservation properties.

Yes, LungProtect® is sterile, non-toxic, and free from pyrogens, ensuring it is safe for direct contact with lung tissues during preservation.

Yes, the addition of the solution provided with the lung protection solution is required to achieve a physiological pH of 7.4, which is crucial for optimal lung preservation.

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