video corpo

Meeting ISO 15189 Requirements
1 / 4Páginas

{{requestButtons}}

Excertos do catálogo

Meeting ISO 15189 Requirements - 1

EDUCATIONAL GUIDE Meeting ISO 15189:2012 Requirements for MU in the Clinical Laboratory QUALITY CONTROL

Abrir o catálogo na página 1
Meeting ISO 15189 Requirements - 2

Meeting ISO 15189:2012 Requirements for Measurement Uncertainty in the Clinical Laboratory Measurement Uncertainty (MU) relates to the doubt that exists for the result of any measurement. For every measurement there is always a margin of doubt. In everyday speech, this might be expressed as ‘give or take’. Since there is always a margin of doubt for any measurement, the clinical lab needs to ascertain the width of the margin and the significance of the doubt. Two values are needed in order to quantify uncertainty; the width of the margin or interval, and the confidence level, which states...

Abrir o catálogo na página 2
Meeting ISO 15189 Requirements - 3

Data Collection Patient sample testing and comparison with a reference value is carried out over time. With this in mind, it is logical that the QC data used to carry out Uncertainty calculation is gathered in a similar fashion - over time. The Australian Association of Clinical Biochemists recommends that at least 6 months of QC data should be used to calculate Uncertainty. In addition to this, Westgard QC maintains that over 100 data points should be used to generate a representative Gaussian distribution of the test system. If 100 repeat measurements were taken in one day by an...

Abrir o catálogo na página 3
Meeting ISO 15189 Requirements - 4

Other Factors Affecting Uncertainty It is important to consider bias when calculating uncertainty. Bias must be measured and if it is significant removed or minimised. If bias is not removed the uncertainty of the bias correction must be calculated and included in the overall uncertainty measurement. To calculate the uncertainty of bias we must first determine uRef and uRep: uRef – Uncertainty value of the analyte assigned to the reference material/EQA. This can be obtained from the reference material or EQA report. uRep – Uncertainty value of the analyte in the reference material/EQA when...

Abrir o catálogo na página 4

Todos os catálogos e folhetos técnicos Randox Laboratories

  1. Acusera 24.7

    24 Páginas

  2. Company Overview

    40 Páginas

  3. Reagents Brochure

    64 Páginas

  4. sdLDL-C

    8 Páginas

  5. RX modena

    20 Páginas

  6. RX misano

    20 Páginas

  7. RX Daytona Plus

    20 Páginas

  8. Rx Imola

    20 Páginas

  9. RX Monaco

    20 Páginas

  10. 2024 Product List

    64 Páginas

  11. VeraSTAT-V

    16 Páginas

  12. VERASTAT

    16 Páginas

  13. Endocrine Array

    4 Páginas

  14. Cerebral Arrays

    4 Páginas

  15. Thyroid Arrays

    4 Páginas

  16. Basic QC Stastics

    8 Páginas

  17. Qnostics

    52 Páginas

  18. Adiponectin LT519

    28 Páginas

  19. Specific Proteins

    40 Páginas

  20. Linearity sets

    12 Páginas

  21. Antioxidants

    16 Páginas

  22. Diabetes Portfolio

    28 Páginas

  23. Total Bile Acids

    4 Páginas

  24. VIVALYTIC

    30 Páginas

  25. RANDOX DISCOVERY

    36 Páginas

  26. HbA1c

    2 Páginas

  27. Preparing QC

    1 Páginas

Catálogos arquivados

  1. ACUSERA

    108 Páginas

  2. Evidence Evolution

    28 Páginas

  3. Evidence

    16 Páginas

  4. Molecular Testing

    16 Páginas

  5. Fertility Array

    4 Páginas

  6. Rx Daytona

    16 Páginas

  7. Evidence

    16 Páginas