Clinical biochemical reagents
The product range of medical devices for in vitro diagnostics is intended for cytological, hematological, microbiological and other laboratory tests and assays in all clinical and chemical laboratories. These products are medical devices non CE marked.
DRABKIN -
reagent for photocolorimetric determination of hemoglobin in blood
EDTA - Na2 8% solution
аnticoagulant
EHRLICH -
reagent for tracing urobilinogen in urine
EOSIN - 1% alcoholic solution reagent for staining tissues and bacteria
ESBACH -
reagent for determination of albumins in urine
FEHLING I -
reagent for tracing carbohydrates in urine
FEHLING II -
reagent for tracing carbohydrates in urine
GENTIANA VIOLET -
staining reagent
GIEMSA -
reagent for use in cytology and hematology
GOWER -
reagent for photocolorimetric determination of erythrocytes in blood
HAYEM -
reagent for erythrocyte counting
LÖFFLER -
reagent for staining tuberculosis bacilli
LUGOL -
staining reagent
MAY - GRÜNWALD -
reagent for use in cytology and in hematology
SODIUM CITRATE 3.8% solution -
anticoagulant for the Westergren method for determining the erythrocyte sedimentation rate
NESSLER -
reagent for tracing ammonium ion in alkaline environment
NYLANDER -
reagent for tracing carbohydrates in urine
PAPANICOLAOU I a -
Hematoxylin solution according to Harris for cytological diagnostics of malignancy and for hormonal diagnostics
PAPANICOLAOU II a -
Orange-G (OG-6) solution for cytological diagnostics of malignancy and for hormonal diagnostics
PAPANICOLAOU III b -
polychrome (ЕА-50) solution for cytological diagnostics of malignancy and for hormonal diagnostics
PHENOLPHTALEIN 1% solution in ethanol
acid-alkaline indicator
SULFOSALICYLIC ACID 20% solution -
reagent for tracing proteins in urine
THYMOL -
reagent for photocolorimetric method for thymol turbidity and for thymol flocculation
TÜRK -
reagent for leukocyte counting
ZIEHL - NEELSEN -
reagent for staining tuberculosis bacilli
The portfolio is flexible, in addition to the listed products, new ones may be developed relatively fast.