Akademik Veri Yönetim Sistemi
1 st international conference on innovations in natıral science and engineering, Gazimagusa, Kıbrıs (Kktc), 3 - 06 Ocak 2018
Enzyme
has been unique properties due to eco-friendly nature and superior catalytic
activity, high reaction specificity and low toxicity [1]. However, their
efficient use is limited due to some connatural disadvantages due to being
without stability, difficulty in recovery and reusability, loss of catalytic
activity after administration into the reaction and high cost. In order to
overcome these disadvantages, several immobilization approaches have been
developed. The expectancy with enzyme immobilization is to improve both
catalytic activity and stability [2]. Recently, hybrid materials, combining
with the advantages of organic and inorganic components have been widely
applied for enzyme immobilization because of their unique properties. Herein,
we present a study on the formation, catalytic activity and stability of hybrid
nanoflowers (hNFs) containing uricase and copper ions.