| Type of Biological Sample |
Components / Analytes |
Examination Technique |
Examination Procedure |
Status |
| Hematology |
| | - Hydro Dynamic Focusing (DC detection), flow cytometry using Sysmex XN
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| | NRL-HEME-SOP-3 | Active
|
| | NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| - Hydro Dynamic Focusing (DC detection), flow cytometry using Sysmex XN
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| NRL-HEME-SOP-3 | Active
|
| | - Modified Westergren Manual method using Sediplast
| NRL-HEME-SOP-37 | Active
|
| | - Electrochemical measurement using Coaguchek XS PRO
| NRL-ICLDC-RC-SOP-001 | Active
|
| Biochemistry |
| | - High Performance Liquid Chromatography D100
| NRL-ICLDC-AC-SOP-050 | Active
|
- Immunology [Latex Agglutination] DCA Vantage
| NRL-ICLDC-AC –SOP-041 | Active
|
| | - UV Enzymatic reference method with hexokinase Cobas Pro
| NRL-CHEM-SOP-073 | Active
|
| - Enzymatic, colorimetric method Cobas Pro
| NRL-CHEM-SOP-046 | Active
|
| - Homogeneous enzymatic colorimetric assay Cobas Pro
| NRL-CHEM-SOP-101 | Active
|
| - Homogeneous enzymatic colorimetric test Cobas Pro
| NRL-CHEM-SOP-081 | Active
|
| - Enzymatic colorimetric test Cobas Pro
| NRL-CHEM-SOP-142 | Active
|
| | NRL-CHEM-SOP-114 | Active
|
| NRL-CHEM-SOP-114 | Active
|
| - Kinetic test with urease and glutamate dehydrogenase Cobas Pro
| NRL-CHEM-SOP-145 | Active
|
| - Kinetic calorimetric assay is based on the Jaffe method Cobas Pro
| NRL-CHEM-SOP-057 | Active
|
| - Enzymatic PEP carboxylase Cobas Pro
| NRL-CHEM-SOP-032 | Active
|
| - Colorimetric Diazo Method Cobas Pro
| NRL-CHEM-SOP-034 | Active
|
| - Enzymatic Colorimetric acc. to IFCC with Pyridoxal phosphate activation Cobas Pro
| NRL-CHEM-SOP-002 | Active
|
| NRL-CHEM-SOP-028 | Active
|
| - Colorimetric Assay Cobas Pro
| NRL-CHEM-SOP-013 | Active
|
| NRL-CHEM-SOP-004 | Active
|
| - NM-BAPTA Complex Cobas Pro
| NRL-CHEM-SOP-038 | Active
|
| | NRL-CHEM-SOP-113 | Active
|
| - Enzymatic Colorimetric Test Cobas Pro
| NRL-CHEM-SOP-146 | Active
|
| - Immunoturbidimetric Cobas Pro
| NRL-CHEM-SOP-063 | Active
|
- C-Reactive Protein High Sensitive
| - Particle enhanced Immunoturbidimetric Cobas Pro
| NRL-CHEM-SOP-055 | Active
|
| | - Electrochemiluminescence Immunoassay ‘’ECLIA’’ Cobas Pro
| NRL-CHEM-SOP-011 | Active
|
| NRL-CHEM-SOP-134 | Active
|
| NRL-CHEM-SOP-068 | Active
|
| NRL-CHEM-SOP-067 | Active
|
| NRL-CHEM-SOP-036 | Active
|
| NRL-CHEM-SOP-053 | Active
|
| NRL-CHEM-SOP-130 | Active
|
| NRL-CHEM-SOP-127 | Active
|
| NRL-CHEM-SOP-117 | Active
|
| NRL-CHEM-SOP-089 | Active
|
| NRL-CHEM-SOP-149 | Active
|
| NRL-CHEM-SOP-144 | Active
|
| - Urinary microalbumin (Albumin Creatinine Ratio)
| - Immunoturbidimetric Assay Cobas Pro
| NRL-CHEM-SOP-004 | Active
|
| - Kinetic Colorimetric (Jaffe Method) Cobas Pro
| NRL-CHEM-SOP-057 | Active
|
| - Rapid Lateral Flow Chromography immunoassy
| NRL-ICLDC-AC-SOP-057 | Active
|
| Clinical Pathology |
| | - Reflectance Photometry for all chemical test strip/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry /refractometry/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry /turbidimetry /COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry /refractometry for SG/turbidimetry for clarity/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry/The test paper contains the indicators methyl red, phenolphthalein and bromothymol blue and reacts specifically with H+ ions/ COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry for all chemical test strip/The test reveals the presence of granulocyte esterases. These esterases cleave an indoxyl ester, and the indoxyl so liberated reacts with a diazonium salt to produce a violet dye. /COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry for all chemical test strip/The test is based on the principle of the protein error of a pH indicator/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry for all chemical test strip/The glucose determination is based on the specific glucose-oxidase/peroxidase reaction (GOD/POD method)/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry for all chemical test strip/Modified Legal's Test/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - The peroxidase-like action of hemoglobin and myoglobin specifically catalyzes the oxidation of the indicator by means of the organic hydroperoxide contained in the test paper to give a blue-green coloration/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - The test is based on the coupling of bilirubin with a diazonium salt/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - A stable diazonium salt reacts almost immediately with urobilinogen to give a red azo dye/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Reflectance Photometry for all chemical test strip/The test is based on the principle of the Griess test and is specific for nitrite. The reaction reveals the presence of nitrite and hence indirectly nitrite-forming bacteria in the urine by a pink-to-red coloration of the test patch/COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| - Imaging Technique-COBAS 6500
| NRL-HEME-SOP-33 | Active
|
| NRL-HEME-SOP-33 | Active
|
| NRL-HEME-SOP-33 | Active
|
| NRL-HEME-SOP-33 | Active
|
| NRL-HEME-SOP-33 | Active
|
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Multireagent strip / CLINITEK ADVANTUS
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Visual checking / CLINITEK ADVANTUS
| NRL-ICLDC-CM-SOP-010 | Active
|
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS Certain pretreated poly-electrolytes in relation to ionic concentration.
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS double indicator principle
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS catalyze the hydrolysis of the derivatized pyrrole amino acid ester to liberate 3-hydroxy -5-phenyl pyrrole.
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS protein -error-of-indicators principle
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS Double sequential enzyme reaction
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS Acetoacetic acid reacts with nitroprusside
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / Clinitek Catalyzes the reaction of diisopropylbenzene dihydroperoxide and 3,35,5- tetramethylbenzidine.
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS coupling of bilirubin with diazotized dichloroaniline in a strongly acid medium.
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS Ehrlich reaction
| NRL-ICLDC-CM-SOP-010 | Active
|
| - Reflectance Spectrophotometry for Reagent Strip / CLINITEK ADVANTUS p-arsanilic acid to form a diazonium compound
| NRL-ICLDC-HEM-SOP-005 | Active
|
