| 2 samples of 5 mL lyophilised serum each |
Albumin
|
2-(4-hydroxyphenyl)-benzoic acid (HABA) method |
|
|
Bromocrezol green (BCG) method |
|
|
Bromocrezol red (BCR) method |
|
|
Chemiluminescence immunoassay (CLIA) |
|
|
Chemiluminescence magnetic microparticle immunoassay (CLMIA) |
|
|
Electro chemiluminescence immunoassay (ECLIA) |
|
|
ELFA-technology (Enzyme Linked Fluroescence Assay) |
|
|
Enzyme immunoassay: heterogeneous methods (EIA, ELISA) |
|
|
Enzyme immunoassay: homogeneous methods (EMIT) |
|
|
Fluorescence immunoassay (FIA), delayed-action and enhanced fluorescence immunoassay (DELFIA) |
|
|
Immunological determination |
|
|
Immunoradiometric assay (IRMA) |
|
|
Immunturbidimetry |
|
|
Kinetic nephelometry |
|
|
Luminescence enhanced enzyme immunoassays (LEIA, LIEMA) |
|
|
Luminescence enzyme immunoassay (LIA) |
|
|
MEIA Technology |
|
|
Missile electrophoresis (Laurell) |
|
|
Multilayer film (MF-FIA) |
|
|
Nephelometry |
|
|
Radial immundiffusion (Mancini), endpoint |
|
|
Radial immundiffusion (Mancini), not endpoint |
|
|
Radioimmunoassay (RIA) |
|
|
Turbidimetry: laser photometer DT |
|
|
Turbidimetry: two-point |
|
|
Turbidimetry: endpoint with reagent blank |
|
|
Turbidimetry: peak rate |
|
|
Turbidimetry: endpoint without reagent blank |
|
|
Turbidimetry: other methods |
|
Albumin (elpho)
|
Acid blue agarose gel |
|
|
Acid viola agarose gel |
|
|
Amido black |
|
|
Amido black-cellulose acetate membrane |
|
|
Amido black-agarose gel |
|
|
Paragon blue |
|
|
Paragon blue cellulose acetate membrane |
|
|
Paragon blue agarose gel |
|
|
Ponceau red/Ponceau-S |
|
|
Ponceau red/Ponceau-S cellulose acetate membrane |
|
|
Ponceau red/Ponceau-S agarose gel |
|
Alpha-amylase
|
Amylase units |
|
|
Cl-PNP-maltoheptaoside |
|
|
CNPG3 (direct method) |
|
|
EPS-G7 (liquid) |
|
|
EPS-PNP-maltoheptaoside |
|
|
GALG2-CNP method (liquid) |
|
|
Pancreas-specific amylase |
|
|
Substrate: maltotetraose |
|
|
Other blocked PNP maltoheptaoside methods |
|
Alpha HBDH
|
Standard, optimised UV method, substrate: alpha-ketobutyrate |
|
|
IFCC reference method |
|
Alkaline Phosphatase
|
Standard (DGKC) method |
|
|
IFCC reference method (AMP buffer) |
|
Bicarbonate
|
Enzymatic process using phosphoenol pyruvate carboxylase (PEPC) |
|
Bile Acids
|
Enzymatic colorimetric test |
|
|
Enzyme cycling test |
|
Bilirubin (direct)
|
Azobilirubin method (Doumas) |
|
|
Azobilirubin method (Jendrassik-Gróf) |
|
|
Diazo-chloroanilin (DCA) method |
|
|
Dichlorophenyl-diazonium (DPD) method |
|
|
Vanadate oxidation method |
|
Bilirubin (total)
|
Azobilirubin method (Doumas) |
|
|
Azobilirubin method (Jendrassik-Gróf) |
|
|
Diazo-chloroanilin (DCA) method |
|
|
Dichlorophenyl-diazonium (DPD) method |
|
|
Nitrobenzene-diazonium salt (NBD)-method |
|
|
Vanadate oxidation method |
|
Calcium
|
Arseno III. method |
|
|
Atomic absorption spectroscopy |
|
|
Flame photometry |
|
|
Ion selective electrode (ISE), indirect potentiometry |
|
|
Methylthymolblue (MTB) method |
|
|
NM-BAPTA method |
|
|
Ortho-cresolphtalein-complexone method |
|
|
Phosphonazo III. method |
|
Chloride
|
Coulometry |
|
|
Enzymatic method |
|
|
Hg-tripyridyl-1,3,5-triazine (TPTZ) method |
|
|
Hg-rhodanide method |
|
|
Integrated casette function (all parameter in one measuring casette) |
|
|
Ion selective electrode (ISE), direct potentiometry |
|
|
Ion selective electrode (ISE), indirect potentiometry |
|
|
Titrimetry/mercurimetry |
|
Cholesterol/Cholesterine
|
CHOD-Iodide method |
|
|
CHOD-catalase method |
|
|
CHOD-PAP method |
|
|
Enzymatic photometric method |
|
|
Enzymatic CHOD-PAP method |
|
|
With Biosensors |
|
Cholinesterase
|
Substrate: butyrylthiocoline iodide |
|
|
Substrate: butyrylthiocoline iodide, DGKC '94 |
|
|
Substrate: acetylthiocolin iodide |
|
|
Substrate: benzoylcolin |
|
CK
|
DGKCh/IFCC method |
|
|
IFCC reference method |
|
Copper
|
Atomic absorption spectrometry |
|
|
Bathocuproine reaction with deproteinisation |
|
|
Direct colorimetric method without deproteinization |
|
|
Photometry |
|
Creatinine
|
Enzymatic, photometric method |
|
|
Enzymatic, photometric method (PAP) |
|
|
Enzymatic method with creatininase and creatinkinase (UV method) |
|
|
Jaffé reaction, kinetic method |
|
|
Jaffé reaction, kinetic method, compensated |
|
|
Jaffé reaction, kinetic method, rate blanked |
|
|
Jaffé reaction, endpoint determination, after deproteinization with trichloroacetic acid or dialysis |
|
|
Jaffé reaction, endpoint, without deproteinization compensated |
|
|
With Biosensors |
|
Gamma-globulins (elpho)
|
Acid blue agarose gel |
|
|
Acid viola agarose gel |
|
|
Amido black |
|
|
Amido black-cellulose acetate membrane |
|
|
Amido black-agarose gel |
|
|
Paragon blue |
|
|
Paragon blue cellulose acetate membrane |
|
|
Paragon blue agarose gel |
|
|
Ponceau red/Ponceau-S |
|
|
Ponceau red/Ponceau-S cellulose acetate membrane |
|
|
Ponceau red/Ponceau-S agarose gel |
|
Gamma-GT
|
Modified kinetic colorimetric method of Szasz |
|
|
IFCC reference method |
|
GLDH
|
Standard, optimized UV method |
|
Glucose
|
Biosensore/amperometry |
|
|
Determination with dry chemistry |
|
|
Glucose-dehydrogenase method |
|
|
Glucose electrode |
|
|
GOD/PAP method |
|
|
GOD/PERID method |
|
|
Hexokinase method |
|
|
Integrated casette function (all parameter in one measuring casette) |
|
|
Other GOD-, and GOD/POD methods |
|
|
Polarography/voltametry |
|
|
Short-lived Glucose sensor |
|
GOT (ASAT)
|
IFCC method without pyridoxal-phosphate |
|
|
IFCC reference method with pyridoxal-phosphate |
|
GPT (ALAT)
|
IFCC method without pyridoxal-phosphate |
|
|
IFCC reference method with pyridoxal-phosphate |
|
HDL Cholesterol
|
Analytic izotachophoresis |
|
|
Direct HDLcholesterin-method |
|
|
Gelelectrophoresis |
|
|
High pressure fluid chromatography |
|
|
Isoelectric focus and densitometry |
|
|
Lipoprotein electrophoresis and densitometry |
|
|
The LDL-cholesterin condensation with polyanions and determination of HDL-cholesterin in the supernatant of precipitate |
|
|
The LDL-cholesterin condensation with phosphoric tungstic acid, magnesium chloride and the LDL-cholesterin determination in the supernatant of precipitate |
|
|
Ultracentrifugation method |
|
IgA
|
Chemiluminescence immunoassay (CLIA) |
|
|
Chemiluminescence magnetic microparticle immunoassay (CLMIA) |
|
|
Electro chemiluminescence immunoassay (ECLIA) |
|
|
ELFA-technology (Enzyme Linked Fluroescence Assay) |
|
|
Enzyme immunoassay: heterogeneous methods (EIA, ELISA) |
|
|
Enzyme immunoassay: homogeneous methods (EMIT) |
|
|
Fluorescence immunoassay (FIA), delayed-action and enhanced fluorescence immunoassay (DELFIA) |
|
|
Immune electrophoresis |
|
|
Immune fixation |
|
|
Immunological method (after predilution) |
|
|
Immunological method (without predilution) |
|
|
Immunoturbidimetry |
|
|
Immunoradiometric assay (IRMA) |
|
|
Luminescence enhanced enzyme immunoassays (LEIA, LIEMA) |
|
|
Luminescence enzyme immunoassay (LIA) |
|
|
MEIA Technology |
|
|
Missile electrophoresis (Laurell) |
|
|
Multilayer film (MF-FIA) |
|
|
Nephelometry |
|
|
Radial immunodiffusion (Mancini), endpoint |
|
|
Radial immunodiffusion (Mancini), not endpoint |
|
|
Radioimmunoassay (RIA) |
|
|
Turbidimetry: laser photometer DT |
|
|
Turbidimetry: two-point |
|
|
Turbidimetry: endpoint, with reagent blank |
|
|
Turbidimetry: peak rate |
|
|
Turbidimetry: endpoint, without reagent blank |
|
|
Turbidimetry: other methods |
|
IgG
|
Chemiluminescence immunoassay (CLIA) |
|
|
Chemiluminescence magnetic microparticle immunoassay (CLMIA) |
|
|
Electro chemiluminescence immunoassay (ECLIA) |
|
|
ELFA-technology (Enzyme Linked Fluroescence Assay) |
|
|
Enzyme immunoassay: heterogeneous methods (EIA, ELISA) |
|
|
Enzyme immunoassay: homogeneous methods (EMIT) |
|
|
Fluorescence immunoassay (FIA), delayed-action and enhanced fluorescence immunoassay (DELFIA) |
|
|
Immune electrophoresis |
|
|
Immune fixation |
|
|
Immunological method (after predilution) |
|
|
Immunological method (without predilution) |
|
|
Immunoturbidimetry |
|
|
Immunoradiometric assay (IRMA) |
|
|
Luminescence enhanced enzyme immunoassays (LEIA, LIEMA) |
|
|
Luminescence enzyme immunoassay (LIA) |
|
|
MEIA Technology |
|
|
Missile electrophoresis (Laurell) |
|
|
Multilayer film (MF-FIA) |
|
|
Nephelometry |
|
|
Radial immunodiffusion (Mancini), endpoint |
|
|
Radial immunodiffusion (Mancini), not endpoint |
|
|
Radioimmunoassay (RIA) |
|
|
Turbidimetry: laser photometer DT |
|
|
Turbidimetry: two-point |
|
|
Turbidimetry: endpoint, with reagent blank |
|
|
Turbidimetry: peak rate |
|
|
Turbidimetry: endpoint, without reagent blank |
|
|
Turbidimetry: other methods |
|
IgM
|
Chemiluminescence immunoassay (CLIA) |
|
|
Chemiluminescence magnetic microparticle immunoassay (CLMIA) |
|
|
Electro chemiluminescence immunoassay (ECLIA) |
|
|
ELFA-technology (Enzyme Linked Fluroescence Assay) |
|
|
Enzyme immunoassay: heterogeneous methods (EIA, ELISA) |
|
|
Enzyme immunoassay: homogeneous methods (EMIT) |
|
|
Fluorescence immunoassay (FIA), delayed-action and enhanced fluorescence immunoassay (DELFIA) |
|
|
Immune electrophoresis |
|
|
Immune fixation |
|
|
Immunological method (after predilution) |
|
|
Immunological method (without predilution) |
|
|
Immunoturbidimetry |
|
|
Immunoradiometric assay (IRMA) |
|
|
Luminescence enhanced enzyme immunoassays (LEIA, LIEMA) |
|
|
Luminescence enzyme immunoassay (LIA) |
|
|
MEIA Technology |
|
|
Missile electrophoresis (Laurell) |
|
|
Multilayer film (MF-FIA) |
|
|
Nephelometry |
|
|
Radial immunodiffusion (Mancini), endpoint |
|
|
Radial immunodiffusion (Mancini), not endpoint |
|
|
Radioimmunoassay (RIA) |
|
|
Turbidimetry: laser photometer DT |
|
|
Turbidimetry: two-point |
|
|
Turbidimetry: endpoint, with reagent blank |
|
|
Turbidimetry: peak rate |
|
|
Turbidimetry: endpoint, without reagent blank |
|
|
Turbidimetry: other methods |
|
Inorgatic phosphate
|
Ammonium-molybdate-vanadate method |
|
|
Ammonium-phosphomolybdate UV method |
|
|
Enzymatic method: please, specify the method! |
|
|
Molybdenum blue method with deproteinization |
|
|
Molybdenum blue method, after dialysis |
|
|
Molybdenum blue method without deproteinization |
|
Iron
|
Atomic absorption spectrometry |
|
|
Bathophenantroline method with deproteinization |
|
|
Bathophenantroline method without deproteinization, with reagent blank |
|
|
Batophenantroline method without deproteinization, without reagent blank |
|
|
Chromazurol-B (CAB)- method |
|
|
Determination with dry chemistry |
|
|
Ferrozine-/Ferrene method |
|
|
Photometry |
|
|
Tripyridyl-triazine (TPTZ) method |
|
Lactate
|
Determination with dry chemistry |
|
|
Enzymatic method |
|
|
Enzymatic/amperometric method |
|
|
Enzymatic method with deproteinization |
|
|
Integrated cassette function (all parameter in one measuring casette) |
|
|
Lactate electrode |
|
|
Short-lived Lactate sensor |
|
LAP
|
Method at 37oC |
|
LDH
|
DGKCh method |
|
|
IFCC reference method |
|
|
SCE method - according to Scandinavian Committee on Enzymes method |
|
Lipase
|
Turbidimetry |
|
|
Enzymatic photometric method (liquid) |
|
|
Enzymatic photometric method |
|
|
Immunological method |
|
Lithium
|
Atomic absorption spectrometry |
|
|
Chemiluminescence immunoassay (CLIA) |
|
|
Chemiluminescence magnetic microparticle immunoassay (CLMIA) |
|
|
Electro chemiluminescence immunoassay (ECLIA) |
|
|
ELFA-technology (Enzyme Linked Fluroescence Assay) |
|
|
Enzyme immunoassay: heterogeneous methods (EIA, ELISA) |
|
|
Enzyme immunoassay: homogeneous methods (EMIT) |
|
|
Flame photometry |
|
|
Fluorescent polarisation immunoassay (FPIA) |
|
|
Fluorescence immunoassay (FIA), delayed-action and enhanced fluorescence immunoassay (DELFIA) |
|
|
High-pressure liquid chromatography (HPLC) |
|
|
Homogenous fluorescens immunoassay |
|
|
Immunoradiometric assay (IRMA) |
|
|
Immunturbidimetry |
|
|
Ion selective electrode (ISE), direct potentiometry |
|
|
Ion selective electrode (ISE), indirect potentiometry |
|
|
KIMS |
|
|
Luminescence enhanced enzyme immunoassays (LEIA, LIEMA) |
|
|
Luminescence enzyme immunoassay (LIA) |
|
|
Multilayer film (MF-FIA) |
|
|
MEIA |
|
|
Nephelometry |
|
|
Photometric test |
|
|
Radioimmunoassay (RIA) |
|
|
Spectrophotometric method |
|
|
Turbidimetry: laser photometer DT |
|
|
Turbidimetry: two-point |
|
|
Turbidimetry: endpoint with reagent blank |
|
|
Turbidimetry: peak rate |
|
|
Turbidimetry: endpoint without reagent blank |
|
|
Turbidimetry: other methods |
|
Magnesium
|
Atomic absorption spectrometry |
|
|
Calmagite method |
|
|
Complexometry |
|
|
Determination with dry chemistry |
|
|
Enzymatic, Isocitrate Dehydrogenases (IDHs) |
|
|
Methylthymolblue method |
|
|
Xylidylblue method |
|
Osmolality
|
Freezing point depression |
|
|
Vapour pressure depression |
|
|
Calculated value |
|
Pancreatic Amylase
|
IFCC reference method |
|
|
Pacreas-specific amylase |
|
|
Pancreas-specific amylase, EPS-G7 (liquid) |
|
Potassium
|
Atomic absorption spectrometry |
|
|
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 spectrometry |
|
|
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 |
|
TIBC (total iron-bindig capacity)
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate, bathophenantroline method |
|
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate with tripyridyl-triazine (TPTZ) method |
|
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate with ferrozine/Ferrene method |
|
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate, but Chromazurol-B (CAB) method |
|
|
Value counted from Transferrin |
|
Total Protein
|
Biuret method with sample blank |
|
|
Biuret method without sample blank |
|
|
Capillary zone electrophoresis |
|
Transferrin
|
Chemiluminescence magnetic microparticle immunoassay (CLMIA) |
|
|
Chemiluminescence immunoassay (CLIA) |
|
|
Electro chemiluminescence immunoassay (ECLIA) |
|
|
ELFA-technology (Enzyme Linked Fluroescence Assay) |
|
|
Enzyme immunoassay: heterogeneous methods (EIA, ELISA) |
|
|
Enzyme immunoassay: homogeneous methods (EMIT) |
|
|
Fluorescence immunoassay (FIA), delayed-action and enhanced fluorescence immunoassay (DELFIA) |
|
|
Immunoradiometric assay (IRMA) |
|
|
Immunturbidimetry |
|
|
Luminescence enhanced enzyme immunoassays (LEIA, LIEMA) |
|
|
Luminescence enzyme immunoassay (LIA) |
|
|
MEIA Technology |
|
|
Missile electrophoresis (Laurell) |
|
|
Multilayer film (MF-FIA) |
|
|
Nephelometry |
|
|
Radioimmunoassay (RIA) |
|
|
Radial immunodiffusion (RID, Mancini) |
|
|
Turbidimetry: laser photometer DT |
|
|
Turbidimetry: two-point |
|
|
Turbidimetry: endpoint with reagent blank |
|
|
Turbidimetry: peak rate |
|
|
Turbidimetry: endpoint without reagent blank |
|
|
Turbidimetry: other methods |
|
Triglycerides
|
Enzymatic photometric method |
|
|
Enzymatic photometric method with substraction of free glycerol |
|
|
Enzymatic photometric method without substraction of free glycerol |
|
|
GPO-PAP method |
|
|
Hydrolysis with lipase, determination of all glycerol by enzymatic procedure, with correction of the free glycerol |
|
|
Hydrolysis with lipase, determination of all glycerol by enzymatic procedure, without correction of the free glycerol |
|
UIBC (unsaturated iron-bindig capacity)
|
Batophenantroline method with deproteinization |
|
|
Batophenantroline method without deproteinization, with reagent blank |
|
|
Batophenantroline method without deproteinization, without reagent blank |
|
|
Calculated value |
|
|
Chromazurol-B (CAB)-method |
|
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate, bathophenantroline method |
|
|
Ferrozine-/Ferrene method |
|
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate, Chromazurol-B (CAB) method |
|
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate, with ferrozine-/Ferrene method |
|
|
Determination of protein-bound iron after precipitation of iron excess with magnesium-carbonate, with tripyridyl-triazine (TPTZ) method |
|
|
Nitroso-PASP |
|
|
Photometry |
|
|
Tripyridyl-triazine (TPTZ) method |
|
Urea
|
Berthelot method, breakdown with urease |
|
|
Biosensore |
|
|
Determination with dry chemistry |
|
|
Diacetyl-monoxyme (DAM) method |
|
|
Urease-GLDH enzymatic UV method |
|
|
Urease-GLDH method |
|
Uric acid
|
Biosensore/polarography |
|
|
Biosensore/amperometry |
|
|
HPLC |
|
|
Photometric test: Trinder end point reaction (with Proreinase K restriction) |
|
|
Uricase UV method (293 or 297 nm) |
|
|
Uricase/catalase (Kageyama) method |
|
|
Uricase/catalase/aldehide-dehydrogenase (ALDH) method |
|
|
Uricase-PAP method |
|
|
Uricase/POD/4-amino-antipirin-DHBS (Uricasae/PAP method) |
|
|
Uricase/POD/4-amino-antipirin-TODB (Uricase/PAP method) |
|
|
Uricase/POD/4-aminophenasone-phenol (Trinder) |
|
|
Uricase/POD/4-aminophenasone-TBHBA |
|
|
Uricase/POD/4-amino-antipirin-ADPS method with ascorbate oxidase (ASOD) |
|
|
Uricase/POD/4-aminophenasone-MBTH |
|
|
Uricase/POD/4-aminophenasone-MADB |
|
|
Uricase/POD/4-aminophenasone-TOOS |
|
|
Uricase-POD enzymatic photometric method |
