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Microscopic examination of urine expressing microscopically observed leucocytes, erythrocytes, and casts in urine, both with centrifugation, Testing  Specimen: Urine patient Equipment: tube, centrifuge,timer,pipette transfer,microscope side, cover slip,microscopy Testing: Urine take in tube 3/4 of tube Take to centrifuge 3000rmp/1mn at 5 minutes Decant out of above liquid  Pipette transfer sucks sediment take on microscope side and cover slip Examination with microscopic Result: Reference: www.time2026end.com Laboratory book livre de lavoratorie 1th edition 1999 https://www.google.com/url?sa=i&url=http%3A%2F%2Fe-learning.studmed.unibe.ch%2FUroSurf_EN%2Ftheory%2Fsedimethods2.html%3Furosurf%7Ctheory%7Csediment%7Csedimethods%7C2&psig=AOvVaw0KIQHg49jHVyHFdvza_3TL&ust=1582250323839000&source=images&cd=vfe&ved=0CAMQjB1qFwoTCNDK8fmD3-cCFQAAAAAdAAAAABAg

Specimen:  Serum patient Equipment : Tube 4, Micropipette, micropipette tip, GOD-POD reagent , Solution control and standard .watch,Bain-marie,spectrophotometer,.... Testing pipette into well identified test tubes: Bank: reagent 1ml + demineralised water 0.01ml standard : reagent 1ml + solution standard 0.01ml  control :   reagent 1ml + serum control 0.01ml serum patient : reagent 1ml + serum patient 0.01ml Then take incubation 15mn temperature 37c  Read absorbance at (460-560) nm  with spectrophotometer Calculation  Result =  Abs (control)/Abs (standard)*standard concentration (follow via reagent kit) for QC testing Result =  Abs (serum patient)/Abs (standard)*standard concentration (follow via reagent kit)  Result : Glucose: ........mg/dl www.time2026end.com