ALP-A is a highly active alkaline phosphatase. It is produced using genetic recombination technology, so it is an enzyme with stable quality.

The enzyme is useful for the determination of cholesterol in clinical analysis.

The enzyme is useful for the determination of cholesterol in clinical analysis.

The enzyme is useful for the determination of creatinine and creatine in clinical analysis.

The enzyme is useful for the determination of creatinine and creatine in clinical analysis.

The enzyme is useful for the determination of creatinine and creatine in clinical analysis.

The enzyme is useful for the determination of creatinine in clinical analysis.

The enzyme is useful for the determination of fructosyl-L-amino acid.

The enzyme is useful for the determination of fructosyl-peptide and fructosyl-L-amino acid. Also it is useful for the determination of HbA1c by using protease together. (HbA1c is used as a test makar to diagnose diabetes. HbA1c can also be quantified by measuring the fructosyl peptide or fructosyl-L-amino acid excised by the protease from HbA1c.)

The enzyme is useful for the determination of fructosyl-peptide and fructosyl-L-amino acid. Also it is useful for the determination of HbA1c by using protease together. (HbA1c is used as a test makar to diagnose diabetes. HbA1c can also be quantified by measuring the fructosyl peptide or fructosyl-L-amino acid excised？ by the protease from HbA1c.)

FADGDH-AA is an FAD-dependent glucose dehydrogenase with low reactivity toward maltose and xylose. It has high stability and maintains its reactivity even at low temperatures.

The enzyme is useful for the determination of D-glucose in clinical analysis and self-monitoring blood glucose meters.

FADGDH-AA is an FAD-dependent glucose dehydrogenase with low reactivity toward maltose and xylose. It is one of the most stable glucose dehydrogenases for blood glucose measurement and is suitable for continuous glucose monitoring sensor.

The enzyme is useful for BUN (blood urea nitrogen) test and elimination of free ammonia.

GLOD-E is a FAD-dependent glutamate oxidase has high specificity for glutamate. It is produced using genetic recombination technology, so it is an enzyme with stable quality. Since this enzyme is still under development, please contact us for details.

The enzyme is useful for the determination of L-glutamine in clinical analysis.

The enzyme is useful for the determination of ammonia and ATP in clinical analysis.

The enzyme is useful for the determination of lactate in clinical analysis and continuous lactate monitoring sensor.

The enzyme is useful for the determination of α-amylase and inorganic phosphate in clinical analysis.

The enzyme is useful for the determination of α-amylase and inorganic phosphate in clinical analysis.

The enzyme is useful for the determination of creatinine and creatine in clinical analysis.

The enzyme is useful for the determination of creatinine and creatine in clinical analysis.

The enzyme is useful for the determination of inorganic phosphate in clinical analysis.

The enzyme is useful for the determination of uric acid in clinical analysis.