1.13.11.3	enzyme immobilized on porous glass beads is stable over wide ranges of pH and temperature	439498	
1.13.11.3	Fe3O4 nanoparticles-immobilized enzyme exhibits improved thermal stability compared to the free enzyme	741660	
1.13.11.3	immobilization: slight increase of thermal stability, soluble and immobilized enzyme exhibit substantial activity in 2 M urea	439485	
1.13.11.3	inactivated by reducing agents	439480	
1.13.11.3	lyophilization, stable	439482	
1.13.11.3	multi-walled carbon nanotube-immobilized enzyme exhibits improved thermal and pH stabilities compared to the free enzyme	743818	
1.13.11.3	no loss of activity over a period of 78 d under aerobic conditions at 15°C at pH 7.0, pH 8.0 or pH 9.0	439511	
1.13.11.3	UV irradiation: 38000 ergs per m2, inactivates	439482