Special tests


Ref. Description Pack
DZ0001H 5’-Nucleotidase 1×50+1×25 ml
Kinetic method for the detection of 5 ‘-Nucleotidase for evaluation of hepatic function. Bi-reactive. Absorption 550 nm. Sample Report/R1/R2:1/18/9. Linearity: 300 IU/l. Calibrators are included.

 

DZ0002H 25-OH Vitamin D 1×17+1×8.5+1×17+1×8.5 ml
Direct method for determining 25OH vitamin D, based on the principle of a-b-galactosidase enzyme complementation. Three liquid reagents, kinetic method. Absorption 415 nm. Sample report /R1/R2/R3:1/3.75/7.5/3.75. Linearity: up to 147.8 ng/ml. Calibrators are included.

DZ0003H a-L-Fucosidase 2×25 ml
Kinetic method for the Quantitation of a-L-Fucosidase, whose silky increases are associated with hepatocellular “carcinoma”, directly related to the magnitude of the same disease. Absorption 405 nm. Monoreagent. Sample report/R1:1/9. Linearity: 300 IU/l.

DZ0004H Adenosin-deaminasi (ADA) 1×50+1×25 ml
The ADA is found in all human tissues, especially in T cells, monocytes and macrophages: your dosage gives an indication useful in relation to the proliferation and differentiation of lymphocytes and as a marker for cellular immunity and cell-mediated hypersensitivity reactions. Bi-reactive, enzymatic method. Absorption 550 nm. Sample report /R1/R2:1/36/18. Linearity: 200 IU/l. Calibrator included.

 

DZ0019H Glycosylated albumin 1×45 + 1×14 ml
Determination of human glycosylated albumin, by digestion with Proteinase K and subsequent dosage of low molecular weight fragments due to a specific fruttosaminasi. Glycated albumin provides information on hyperglycemia in the last 2-3 weeks, reducing the time gap between the dosage of blood glucose and HbA1c (2 — 3 months). Absorption 546 nm. Bi-reactive. Sample report/R1:1/20/5. Linearity: 1354 mmol/l. ideal during pregnancy, hemodialysis and reduced half-life of erythrocytes.
DZ0005H CO2 5×20 ml
Enzymatic method for determination of serum and plasma carbon dioxide. Absorption 405 nm. Monoreagent. Sample report/R1:1/100. Linearity: 50 mmol/l Calibrator included.