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Urine chemistry, quantitative

[Vizelet kémia, kvantitatív]

EPTIS factsheet 1255940 | Last revision 2024-11-26 | URL: https://www.eptis.bam.de/pts1255940 https://www.eptis.bam.de/pts1255940

PT provider
PT provider QualiCont In Vitro Diagnostic Quality Control Nonprofit Ltd. QualiCont In Vitro Diagnostic Quality Control Nonprofit Ltd.
Based in Hungary
Language(s) English, Hungarian
Remarks
Keywords
Product groups Health care / medical devices
Human test material
Testing fields Medical analysis
Technical details
Test item Tested property Testing method
2 samples of 5 mL lyophilized urine each Alpha-amylase Amylase units
Cl-PNP-maltoheptaoside
CNPG3 (direct method)
EPS-G7 (liquid)
EPS-PNP-maltoheptaoside
GALG2-CNP method (liquid)
Other blocked PNP maltoheptaoside methods
Pancreas-specific amylase
Substrate: maltopentaose
Substrate: maltotetraose
Calcium Arsenazo III. method
Atomic absorption spectrometry
Flame photometry
Ion selective electrode (ISE), indirect potentiometry
Methylthymolblue (MTB) method
NM-BAPTA method
Ortho-cresolphthalein-complexone method
Phosponazo III. method
Chloride Coulometria
Enzymatic method
Hg-rhodanide method
Hg-tripyridyl-1,3,5-triazine (TPTZ) method
Integrated casette function (all parameter in one measuring casette)
Ion selective electrode (ISE), direct potentiometry
Ion selective electrode (ISE), indirect potentiometry
Titrimetry/mercurimetry
Creatinine Enzymatic method with creatininase and creatinkinase (UV method)
Enzymatic, colorimetric method (PAP)
Jaffé reaction, endpoint determination, after deproteinization with trichloroacetic acid or dialysis
Jaffé reaction, endpoint, without deproteinization compensated
Jaffé reaction, kinetic method
Jaffé reaction, kinetic method, compensated
Jaffé reaction, kinetic method, rate blanked compensated
Glucose Biosensor/amperometry
Dry Chemical characterization
Glucose electrode
Glucose-dehydrogenase method
GOD-PAP method
GOD-PERID method
Other GOD-, and GOD/POD methods
Hexokinase method
Integrated casette function (all parameter in one measuring casette)
Polarography/voltammetry
Short-lived Glucose sensor
Magnesium Atomic Absorption Spectroscopy
Calmagit method
Complexometry
Determination with dry chemistry
Enzymatic, Isocitrate Dehydrogenases (IDHs)
Methylthymolblue method
Xilidilblue-method
Microalbumin Immunodiffusion (RID)
Latex-test
Microalbumin-test
Nephelometry
Test strip
Turbidimetry
Osmolality Freezing point depression
Vapour pressure depression
Calculated value
Phosphate (anorganic) Ammonium-molybdate-vanadate method
Ammonium-phosphomolybdate UV method
Determination with dry chemistry
Malachite green method
Molybdenum blue method with deproteinization
Molybdenum blue method without deproteinization
Potassium Atomic absorption spectroscopy
Determination with dry chemistry
Enzymatic method
Flame photometry
Integrated casette function (all parameter in one measuring casette)
Ion selective electrode (ISE), direct potentiometry
Ion selective electrode (ISE), indirect potentiometry
Sodium Atomic absorption spectroscopy
Determination with dry chemistry
Enzymatic method
Flame photometry
Integrated casette function (all parameter in one measuring casette)
Ion selective electrode (ISE), direct potentiometry
Ion selective electrode (ISE), indirect potentiometry
Xylidyblue method
Total protein Biuret-method, after deproteinization with trichloroacetic acid (TES)
Biuret-method, after ice-cold perchloric acid protein discharge
Coomassie-brillant-blue method
Dry Chemical characterization
Lowry-method
Ponceau-S method
Pyrogallol-method
Turbidimetric method (Henry)
Urea Berthelot method, breakdown with urease
Determination with dry chemistry
Diacetyl-monoxyme (DAM) method
Urease-GLDH enzymatic UV method
Urease-GLDH method
With biosensors
Uric acid Dry Chemical characterization
Uricase-PAP method
Uricase-ALDH method
Uricase-POD enzymatic photometric method
Aims of the PT scheme
Target group of participants In vitro medical laboratories
Linked to specific legislation / standards CLSI GP16-A3 – Urinalysis ILAC_G8:09/2019 – Guidelines on Decision Rules and Statements of Conformity ISO 15189 – Medical laboratories – Requirements for quality and competence ISO/TS20658:2017 – Medical laboratories – Requirements for collection, transport, receipt and handling of samples VIM3 – Vocabulaire International de Métrologie WHO – Guidance on regulations for the Transport of Infectious Substances The EFLM European Urinalysis Guideline 2023
Additional, subsidiary aims validation of testing methods
Number of participants
Accredited or otherwise reviewed by a 3rd party

Accredited by NAH (National Accreditation Authority) on the basis of ISO/IEC 17043:2010

Operation is commissioned / requested by
Fees and frequency
Participation fee on demand
Regularly operated Yes (four times a year)
Year of first operation 1999
Contact details of the PT provider
Provider Contact person
QualiCont In Vitro Diagnostic Quality Control Nonprofit Ltd.
Feketesas u. 19-21. I/7
6720 Szeged
Hungary

Phone: +36 30 462 5864
Fax:
Web: http://www.qualicont.com/qc/index_en.html http://www.qualicont.com/qc/index_en.html
Ms. Eszter Mezey
Phone: +36 30 462 5864
Fax:
Email: mail@qualicont.com mail@qualicont.com
If you find any mistakes please contact the responsible EPTIS coordinator in Hungary, Ms Eszter Mezey. Ms Eszter Mezey.
Disclaimer & Privacy Policy
Any questions or problems? Please contact us at eptis@bam.de.
Application version: 1.23-SNAPSHOT.20230502124635-7925ae379a631fc1ececff45d2921c8db38877d5