Effects of heavy metals on superoxide dismutase (SOD) of Crassostrea rivularis;

Accumulation and elimination of Crassostrea rivularis to lead;

Artificial induction of triploidy in Crassostrea rivularis with 6-DMAP;

Purification of Rickettsia-like Organisms from Oyster,Crassostrea ariakensis by Renografin Density Gradient Centrifugation;

Isolation and identification of pathogenic vibrios of oyster Crassostrea ariakensis;

Indirect ELISA Technique for Detection of a Rickettsia-like Organism from Oyster,Crassostrea ariakensis

Bacteria Isolated from Intestine of Ostrea vivularis Gould and Their Zymogenicities;

To understand the role(s)of bacteria in maintaining the oyster farming water quality in terms of producing enzymes to degrade organic matters,and to screen for the potentially beneficial strains for the future applications in the oyster farming industry,bacterial strains from Ostrea vivularis Gould farming-water were isolated and their enzyme-producing capabilities were investigated.

Optimization of enzymatic hydrolysis of Ostrea rivularis meat by response surface method

Hydrostatic pressure shock applied for triploidy induction in Ostrea rivularis was studied.

Ostrea rivularis can concentrate heavy metals in sea water in a very short time because of their ability of bioaccumulation, which is harmful to itself.

Optimization of the ultrasound-assisted extraction technology of glycoprotein from Crassostrearivularis Crould

The extraction conditions of crude glycosaminoglycan (SG1) by enzymatic hydrolysis from Crassostrearivularis Crould were studied in this paper.