Immobilization of Urease onto Nanochitosan Enhanced the Enzyme Efficiency: Biophysical Studies and <i>in Vitro</i> Clinical Application on Nephropathy Diabetic Iraqi Patients

<div>Kinetics of immobilized enzyme. Effect of amount of chitosan NPs on immobilization urease activity (a), the effect of pH on the enzyme activity (b), and the effect of temperature on the activity of immobilized enzyme (c).</div>

Journal of Nanotechnology

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Figure 1: Immobilization of Urease onto Nanochitosan Enhanced the Enzyme Efficiency: Biophysical Studies and <i>in Vitro</i> Clinical Application on Nephropathy Diabetic Iraqi Patients 

Figure 1 | Immobilization of Urease onto Nanochitosan Enhanced the Enzyme Efficiency: Biophysical Studies and in Vitro Clinical Application on Nephropathy Diabetic Iraqi Patients 