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Renal dialysis / Medical equipment / Nephrology / Hemodialysis / Dialysis catheter / Extracorporeal membrane oxygenation / Hemofiltration / Port / Dialysis / Medicine / Membrane technology / Catheters


O R I G IN AL A R T I C L ES Vascular access site influences circuit life in continuous renal replacement therapy Ashley Crosswell, Matthew J Brain and Owen Roodenburg Acute kidney injury (AKI) requiring continuous rena
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Document Date: 2015-01-14 20:40:25

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City

Melbourne / /

Company

Bard Access Systems / Gambro Lundia AB / Covidien AG / Monte Carlo / /

Country

Australia / New Zealand / /

/

Facility

Monash University / Launceston General Hospital / University of Tasmania / /

IndustryTerm

insertion site / femoral site / access devices / vascular access device / vascular access site / /

MedicalCondition

brain and owen roodenburg acute kidney injury ( aki ) / chronic intermittent haemodialysis / dialysis catheter dysfunction / catheter dysfunction / acute kidney injury / Acute renal failure / /

MedicalTreatment

ECMO / catheter / catheters / blood transfusion / extracorporeal membrane oxygenation / dialysis / renal replacement therapy / /

Organization

Launceston General Hospital / Monash University / Melbourne / IN AL / Alfred Health Human Ethics Committee / School of Public Health and Preventive Medicine / Monash University Human Research Ethics Committee / Department of Intensive Care / Monash University / University of Tasmania / /

Person

Matthew J Brain / Ashley Crosswell / John McNeil / Owen Roodenburg / /

Position

Author / Head / site Model estimate / Deputy Director of Intensive Care and Head / /

ProvinceOrState

Tasmania / /

Technology

dialysis / /

URL

www.jficm.anzca.edu.au/aaccm/journal/publications.htm / /

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