Chechot M I, Ostrovidova G U, Bogatyrev M Iu, Korsakov V G
Prikl Biokhim Mikrobiol. 1987 Sep-Oct;23(5):591-4.
The work deals with immobilization of glucose oxidase on modified graphite. The effect of the carrier surface composition on the major properties of the immobilized enzyme was examined. The level of activity of the immobilized enzyme is shown to depend on the quantity of Ti and Zr oxides applied on the graphite surface. The high activity of the enzyme immobilized on graphite will enable it to be used for construction of enzyme electrodes.
这项工作涉及将葡萄糖氧化酶固定在改性石墨上。研究了载体表面组成对固定化酶主要性质的影响。结果表明，固定化酶的活性水平取决于施加在石墨表面的钛和锆氧化物的量。固定在石墨上的酶的高活性将使其能够用于构建酶电极。
