FHIR © HL7.org  |  Server Home  |  FHIR Server FHIR Server 3.7.13  |  FHIR Version n/a  User: [n/a]

279011000036105: bag (AU qualifier)

Status: current, Primitive. Date: 30-Jun 2009. Module: Australian Medicines Terminology module

Descriptions:

Id Description Lang Type Status Case? Module
170805011000036118 bag (AU qualifier) en Fully specified name Active Case sensitive Australian Medicines Terminology module
170806011000036113 bag en Synonym Active Case sensitive Australian Medicines Terminology module

0 descendants.

Expanded Value Set

Outbound Relationships Type Target Active Characteristic Refinability Group Values
bag Is a container type true Inferred relationship Some
Inbound Relationships Type Active Source Characteristic Refinability Group
Potassium Chloride 0.15% and Sodium Chloride 0.225% and Glucose 3.75% (Baxter) injection, 18 x 500 mL bags has container type True bag Inferred relationship Some
Potassium Chloride 0.224% Glucose 4% Sodium Chloride 0.18% (Baxter) injection, 1 L bag has container type True bag Inferred relationship Some
Sodium Chloride (Baxter) 3% (30 g/L) injection, 12 x 1 L bags has container type True bag Inferred relationship Some
Potassium Chloride 0.15% and Sodium Chloride 0.45% and Glucose 2.5% (Baxter) injection, 500 mL bag has container type True bag Inferred relationship Some
Ciprofloxacin (Hospira) 100 mg/50 mL injection, 5 x 50 mL bags has container type True bag Inferred relationship Some
Sodium Chloride (Baxter) 0.9% (18 g/2 L) irrigation solution, 2 L bag has container type True bag Inferred relationship Some
Ciprofloxacin (Hospira) (ciprofloxacin 400 mg / 200 mL) injection, 5 x 200 mL bags (containered trade product pack) has container type True bag Inferred relationship Some
Ciprofloxacin (Hospira) 100 mg/50 mL injection, 50 x 50 mL bags has container type True bag Inferred relationship Some
Sodium Chloride (Baxter) 0.9% (2.25 g/250 mL) injection, 250 mL bag has container type True bag Inferred relationship Some
Ciprofloxacin (Hospira) (ciprofloxacin 400 mg / 200 mL) injection, 10 x 200 mL bags (containered trade product pack) has container type True bag Inferred relationship Some
Ciprofloxacin (Aspen) 100 mg/50 mL injection, 10 x 50 mL bags has container type True bag Inferred relationship Some
Ciprofloxacin (DBL) 200 mg/100 mL injection, 10 x 100 mL bags has container type True bag Inferred relationship Some
Ciprofloxacin (DBL) 400 mg/200 mL injection, 10 x 200 mL bags has container type True bag Inferred relationship Some
Ciprofloxacin (DBL) 100 mg/50 mL injection, 50 x 50 mL bags has container type True bag Inferred relationship Some
Ciprofloxacin (DBL) 400 mg/200 mL injection, 20 x 200 mL bags has container type True bag Inferred relationship Some
Paracetamol IV (Pfizer) 1 g/100 mL injection, 12 x 100 mL bags has container type True bag Inferred relationship Some
Potassium Chloride 0.224% and Glucose 5% (Baxter) injection, 1 L bag has container type True bag Inferred relationship Some
Potassium Chloride 0.15% and Glucose 5% (Baxter) injection, 12 x 1 L bags has container type True bag Inferred relationship Some
Potassium Chloride 0.224% and Glucose 5% (Baxter) injection, 12 x 1 L bags has container type True bag Inferred relationship Some
Potassium Chloride 0.15% and Glucose 5% (Baxter) injection, 1 L bag has container type True bag Inferred relationship Some
Osmitrol 10% (100 g/L) injection, 1 L bag has container type True bag Inferred relationship Some
Osmitrol 20% (100 g/500 mL) injection, 500 mL bag has container type True bag Inferred relationship Some
Osmitrol 20% (100 g/500 mL) injection, 18 x 500 mL bags has container type True bag Inferred relationship Some
Osmitrol 10% (100 g/L) injection, 12 x 1 L bags has container type True bag Inferred relationship Some
Voluven 6% / 0.9% injection solution, 10 x 500 mL bags has container type False bag Inferred relationship Some
Voluven 6% / 0.9% (pentastarch 30 g / 500 mL + sodium chloride 4.5 g / 500 mL) injection solution, 15 x 500 mL bags (containered trade product pack) has container type False bag Inferred relationship Some
Voluven 6% / 0.9% injection solution, 20 x 500 mL bags has container type False bag Inferred relationship Some
Water for Injections (Fresenius Kabi) injection, 10 x 1 L bags has container type True bag Inferred relationship Some
Water for Injections (Fresenius Kabi) injection, 1 L bag has container type True bag Inferred relationship Some
Water for Injections (Fresenius Kabi) injection, 20 x 500 mL bags has container type True bag Inferred relationship Some
Glucose (Baxter) 5% (25 g/500 mL) intravenous infusion injection, 18 x 500 mL bags has container type False bag Inferred relationship Some
Glucose (Baxter) 50% (250 g/500 mL) injection, 18 x 500 mL bags has container type True bag Inferred relationship Some
Water for Injections (Baxter) injection, 12 x 1 L bags has container type True bag Inferred relationship Some
Glucose (Baxter) 5% (50 g/L) injection solution, 12 x 1 L bags has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (5 g/100 mL) intravenous infusion injection, 60 x 100 mL bags has container type False bag Inferred relationship Some
Water for Injections (Baxter) injection, 1 L bag has container type True bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (12.5 g/250 mL) intravenous infusion injection, 250 mL bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (2.5 g/50 mL) intravenous infusion injection, 50 mL bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (5 g/100 mL) intravenous infusion injection, 100 mL bag has container type False bag Inferred relationship Some
Glucose (Baxter) 10% (50 g/500 mL) injection, 500 mL bag has container type True bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (5 g/100 mL) intravenous infusion injection, 55 x 100 mL bags has container type False bag Inferred relationship Some
Glucose (Baxter) 25% (250 g/L) injection, 1 L bag has container type True bag Inferred relationship Some
Glucose (Baxter) 10% (100 g/L) injection, 1 L bag has container type True bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (12.5 g/250 mL) intravenous infusion injection, 30 x 250 mL bags has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (2.5 g/50 mL) injection, 36 x 50 mL packs, bag has container type True bag Inferred relationship Some
Glucose (Baxter) 70% (350 g/500 mL) injection, 500 mL bag has container type True bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (5 g/100 mL) intravenous infusion injection, 50 x 100 mL bags has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (5 g/100 mL) injection, 100 mL bag has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 2.5 L bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (12.5 g/250 mL) intravenous infusion injection, 40 x 250 mL bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% peritoneal dialysis solution, 4 x 2.5 L bags has container type False bag Inferred relationship Some
Glucose (Baxter) 70% (350 g/500 mL) injection, 18 x 500 mL bags has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 2 L bag has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (2.5 g/50 mL) injection, 72 x 50 mL bags has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% Freeline peritoneal dialysis solution, 3 L bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (12.5 g/250 mL) intravenous infusion injection, 35 x 250 mL bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% peritoneal dialysis solution, 2 L bag has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (12.5 g/250 mL) intravenous infusion injection, 250 mL bag has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (50 g/L) injection solution, 1 L bag has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 1.5 L bag has container type False bag Inferred relationship Some
Glucose (Baxter) 10% (50 g/500 mL) injection, 18 x 500 mL bags has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% Freeline peritoneal dialysis solution, 3 x 3 L bags has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (5 g/100 mL) injection, 24 x 100 mL packs, bag has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 4.25% peritoneal dialysis solution, 4 x 3 L bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 6 x 1.5 L bags has container type False bag Inferred relationship Some
Glucose (Baxter) 50% (250 g/500 mL) injection, 500 mL bag has container type True bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (12.5 g/250 mL) intravenous infusion injection, 20 x 250 mL bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 4 x 2.5 L bags has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (25 g/500 mL) intravenous infusion injection, 500 mL bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (2.5 g/50 mL) intravenous infusion injection, 65 x 50 mL bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% System II peritoneal dialysis solution, 3 L bag has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (5 g/100 mL) injection, 48 x 100 mL bags has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 3 x 3 L bags has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (12.5 g/250 mL) intravenous infusion injection, 24 x 250 mL bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% peritoneal dialysis solution, 6 x 1.5 L bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% System II peritoneal dialysis solution, 4 x 3 L bags has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 10% (50 g/500 mL) intravenous infusion injection, 500 mL bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (2.5 g/50 mL) intravenous infusion injection, 60 x 50 mL bags has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% peritoneal dialysis solution, 5 x 2 L bags has container type False bag Inferred relationship Some
Glucose (Baxter) 10% (100 g/L) injection, 12 x 1 L bags has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 3 L bag has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (2.5 g/50 mL) injection, 50 mL pack, bag has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% peritoneal dialysis solution, 1.5 L bag has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (5 g/100 mL) injection, 100 mL pack, bag has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 1.5% peritoneal dialysis solution, 6 x 2 L bags has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (2.5 g/50 mL) intravenous infusion injection, 70 x 50 mL bags has container type False bag Inferred relationship Some
Glucose (Baxter) 25% (250 g/L) injection, 12 x 1 L bags has container type True bag Inferred relationship Some
Dianeal PD-4 with Glucose 4.25% peritoneal dialysis solution, 3 L bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (25 g/500 mL) intravenous infusion injection, 500 mL bag has container type False bag Inferred relationship Some
Dianeal PD-4 with Glucose 2.5% peritoneal dialysis solution, 2.5 L bag has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (2.5 g/50 mL) intravenous infusion injection, 40 x 50 mL bags has container type False bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (50 g/L) intravenous infusion injection, 1 L bag has container type False bag Inferred relationship Some
Glucose (Baxter) 5% (2.5 g/50 mL) injection, 50 mL bag has container type True bag Inferred relationship Some
Glucose (Fresenius Kabi) 5% (5 g/100 mL) intravenous infusion injection, 40 x 100 mL bags has container type False bag Inferred relationship Some
Fluconazole (Baxter) 400 mg/200 mL injection, 200 mL bag has container type True bag Inferred relationship Some
Fluconazole (Alphapharm) 400 mg/200 mL injection, 10 x 200 mL bags has container type True bag Inferred relationship Some
Fluconazole (Aspen) 100 mg/50 mL injection, 10 x 50 mL bags has container type True bag Inferred relationship Some
Fluconazole (Alphapharm) 200 mg/100 mL injection, 10 x 100 mL bags has container type True bag Inferred relationship Some
Fluconazole (Aspen) 200 mg/100 mL injection, 10 x 100 mL bags has container type True bag Inferred relationship Some
Fluconazole (Baxter) 200 mg/100 mL injection, 100 mL bag has container type True bag Inferred relationship Some
Fluconazole (Aspen) 400 mg/200 mL injection, 10 x 200 mL bags has container type True bag Inferred relationship Some

Start Previous Page 4 of 6 Next End

Reference Sets

Medication container type reference set

Back to Start