1、Studies on the Reaction Between Laccase and 3,4,5-Trihydroxybenzoic Acid by Microcalorimetry.
微量熱法研究漆酶和3，4，5-三羥基苯甲酸的反應(yīng)。

2、The laccase was immobilized on the magnetic chitosan microspheres.
以磁性殼聚糖微球為載體固定漆酶。

3、The immobilization of laccase and the properties of the immobilization laccase were studied.
本文就漆酶的固定化及固定化酶的性質(zhì)作了初步研究。

4、For applications, we pay special attention to the potential of laccase in bioremediation.
本文還著重介紹了漆酶在環(huán)境生物修復(fù)方面的應(yīng)用。

5、Amanita verna which could produce laccase was isolated from 9 fungi gathered on the Majia mountain.
從威?，斮ど缴?a href="/zaoju/111851.htm">采集的9株夏季常見大型真菌中篩選出產(chǎn)漆酶能力最強的菌株白毒鵝膏菌。

6、Strain BP2 could secrete laccase and remove almost about 80% acid-soluble lignin from the system.
平菇屬的菌株BP2可以分泌漆酶，去除體系酸溶木質(zhì)素，降低幅度達(dá)到80%左右；

7、The optimal condition of immobilization of laccase by chelating. method is investigated.
考察了整合法固定漆樹酶的最適條件。

8、Applied prospects of laccase are discussed.
并對漆酶的應(yīng)用前景進行了分析。

9、Deinking technology of ONP with Laccase Mediator System was studied.
對舊報紙漆酶脫墨工藝進行了研究。

10、The structural characteristics of laccase substrates are summarized.
總結(jié)了漆酶底物的結(jié)構(gòu)特點。

11、The optimum conditions for producting laccase and decoloring dyes by Panus conchatus were studied.
對貝殼狀革耳菌高產(chǎn)漆酶條件及其對染料脫色條件進行了研究。

laccase翻譯