Last update :
29/10/2024
References   References 2164  
Type : Journal

Research teams : Nivelles - Baxter R&D Europe
Authors : Voges M, Divinop-Filho JC, Faict D, Somers F, Vermeulen P.
Title : Compatibility of insulin over 24 hours in standard and bicarbonate-based peritoneal dialysis solutions contained in bags made of different materials.
Reference : Perit Dial Int ; 26, 4: 498-502. 2006

Level of Evidence : 
Physical stability : 
Chemical stability : 
Other methods : 
Comments : 

List of drugs
injectionInsulin Glucose-lowering
Stability in solutions Polyvinyl chloride  Dianéal® PD4 1.36% glucose (Baxter) 0,004 UI/ml 25°C Not specified
24 Hour
Stability in solutions Polyvinyl chloride  Dianéal® PD4 1.36% glucose (Baxter) 0,01 UI/ml 25°C Not specified
24 Hour
Stability in solutions Polyvinyl chloride  Dianéal® PD4 1.36% glucose (Baxter) 0,02 UI/ml 25°C Not specified
24 Hour
Stability in solutions Polyvinyl chloride  Dianéal® PD4 1.36% glucose (Baxter) 0,04 UI/ml 25°C Not specified
24 Hour
Stability in solutions Polyvinyl chloride Physionéal® 1.36 (Baxter) 0,01 UI/ml 25°C Not specified
6 Hour
Stability in solutions Polyvinyl chloride Physionéal® 1.36 (Baxter) 0,02 UI/ml 25°C Not specified
6 Hour
Stability in solutions Polyvinyl chloride Physionéal® 1.36 (Baxter) 0,04 UI/ml 25°C Not specified
6 Hour
Stability in solutions Polyethylene Physionéal® 1.36 (Baxter) 0,01 UI/ml 25°C Not specified
6 Hour
Stability in solutions Polyethylene Physionéal® 1.36 (Baxter) 0,02 UI/ml 25°C Not specified
6 Hour
Stability in solutions Polyethylene Physionéal® 1.36 (Baxter) 0,04 UI/ml 25°C Not specified
6 Hour

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