Application of cytochemistry staining in classification of acute leukemia
Tian Wan-lin
Abstract
Tian Wan-lin
Abstract
Objective:To diagnose and classify acute leukemia(AL)by cytochemistry staining.Methods:Bone marrow slides were stained with wright staining and cytochemistry staining including peroxidase(POX),naphthol AS-D chloroacetate esterase(CE),and alpha naphthyl-acetate esterase(NAE)with sodium fluoride inhibition and periodic acid Schiff reaction(PAS).Results:POX,CE and PAS could distinguish acute nonlymphocytic leukemia(ANLL)from acute lymphocytic leukemia(ALL).NAE with sodium fluoride inhibition could differentiate granulocytic leukemia from monocytic leukemia.Furthermore,the diagnostic rate of AL increased from 74.4% with only morphology to 90.1% with both cytochemistry and morphology.Conclusions:Cytochemistry staining is of great value for the diagnosis and classification of AL and can increase the conformity rate.
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Objective:To diagnose and classify acute leukemia(AL)by cytochemistry staining.Methods:Bone marrow slides were stained with wright staining and cytochemistry staining including peroxidase(POX),naphthol AS-D chloroacetate esterase(CE),and alpha naphthyl-acetate esterase(NAE)with sodium fluoride inhibition and periodic acid Schiff reaction(PAS).Results:POX,CE and PAS could distinguish acute nonlymphocytic leukemia(ANLL)from acute lymphocytic leukemia(ALL).NAE with sodium fluoride inhibition could differentiate granulocytic leukemia from monocytic leukemia.Furthermore,the diagnostic rate of AL increased from 74.4% with only morphology to 90.1% with both cytochemistry and morphology.Conclusions:Cytochemistry staining is of great value for the diagnosis and classification of AL and can increase the conformity rate.
Key concepts: Cytochemistry, Staining, Esterase, Leukemia, Sudan Black B, Medicine, Pathology, Acid phosphatase