![]() ![]() Tote Box Meter, strips, alcohol swabs controls, lancets, ref guide Accu-Chek Inform II (wireless available - Blue light in Base unit) No data is lost if meter taken from docking station during download phase to patient test. Code Key is not mentioned here as the training is geared to nursing end users and they will never see it, only POCCs use the code key reader to input the lot numbers of reagents. But the meter can be used at any level of battery life, as it is charging tests per full charge. From a fully dead battery, if placed back in the base unit, it takes about 20 minutes to charge it enough to run a test. 6 hours to fully charge meter– Ideally, meters should always stay in base units. Docking the ACI II on the base unit when not in use will ensure that the meter is operational when required. Red is when you first plug in Base Unit to power outlet until meter gets put in it Explain the 3 components of the system emphasizing the charging function of the base unit. ![]() Inform II Quizīase Unit for automatic data transfer AND charging battery Green light when charging and sitting properly in Base unit. Perform a quality control test (QC) – Hands On 5. All other trademarks are the property of their respective owners.ġ. PMID: 33915605.ACCU-CHEK, ACCU-CHEK INFORM, ACCU-CHEK PERFORMA and COBAS are trademarks of Roche. Comparative study of i-SENS glucometers in neonates using capillary blood samples. The publication evaluates the performance of the Roche Accu-Chek Inform II, though not in a formal validation. Large-scale performance evaluation of Accu-Chek inform II point-of-care glucose meters. Jeong TD, Cho EJ, Ko DH, Lee W, Chun S, Hong KS, Min WK. The publication is a letter or correspondence in which the Roche Accu-Chek Inform II is referenced. Analysis: New point-of-care blood glucose monitoring system for the hospital demonstrates satisfactory analytical accuracy using blood from critically ill patients-an important step toward improved blood glucose control in the hospital. PMID: 33837390.įDA:2020P - Pass Neonates (0-28 days), arterial samples (n=100)įDA:2020P - Pass Neonates (0-28 days), heel-stick samples (n=100)įDA:2020P - Pass Infants to Adults (29 days to over 22 years), arterial samples (n=376)įDA:2020P - Pass Infants to Adults (29 days to over 22 years), venous samples (n=375) A Multicenter Evaluation of a Point-of-Care Blood Glucose Meter System in Critically Ill Patients. Nichols JH, Brandler ES, Fantz CR, Fisher K, Goodman MD, Headden G, Hoppensteadt D, Matika R, Peacock WF, Rodrigo J, Schützenmeister A, Swanson JR, Canada-Vilalta C, Miles G, Tran N. Available from: PMC7439437.ġ5197:2013 - Pass General population (Note: Modified protocol: Fewer samples with low and high blood glucose concentrations than recommended. Performance evaluation of three i-SENS glucometers using arterial blood samples compared with the YSI 2300 Glucose Analyzer. eCollection 2018.ĬLSI:2013 - Fail Neonates (Note: Meter is susceptible to interference by low concentrations of galactose that could potentially influence the ability to detect hypoglycaemia.) ![]() ![]() Assessment of the performance of blood glucose monitoring systems for monitoring dysglycaemia in neonatal patients. Available from: PMC3876372.īa Y, Xu J, Yuan L, Zhu H, Yang Y, Lam MM, Zhang S, Xiao M, Xu J, Zhang R, Chen C. Analytic evaluation of a new glucose meter system in 15 different critical care settings. Mitsios JV, Ashby LA, Haverstick DM, Bruns DE, Scott MG. Is there a suitable point-of-care glucose meter for tight glycemic control? Evaluation of one home-use and four hospital-use meters in an intensive care unit. Gijzen K, Moolenaar DL, Weusten JJ, Pluim HJ, Demir AY. ![]()
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