Specificity of the enzyme phenoloxidase and possible metabolic pathway of sclerotization in Paraplerurus sauridae.
@article{Nellaiappan1980SpecificityOT, title={Specificity of the enzyme phenoloxidase and possible metabolic pathway of sclerotization in Paraplerurus sauridae.}, author={K. Nellaiappan and K. Ramalingam}, journal={The Journal of parasitology}, year={1980}, volume={66 2}, pages={ 217-9 } }
Activity of phenoloxidase in Paraplerurus sauridae on various substrates has been studied spectrophotometrically. The enzyme was shown to be nonspecific and capable of oxidizing both mono- and diphenols. It showed greater activity to some of the mono- and diphenols. Substrates with acidic side chain were oxidized less effectively. Based on the activity of the enzyme on different substrates, a possible metabolic pathway of sclerotization has been suggested.
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References
SHOWING 1-5 OF 5 REFERENCES
Studies on vitelline cell of monogenea. II. Characterization of o-diphenol oxidase.
- Biology, Medicine
- Experimental parasitology
- 1971
- 14
Digenetic trematodes: quinone tanning system in eggshells.
- Biology, Medicine
- Experimental parasitology
- 1971
- 27
Protein measurement with the Folin phenol reagent.
- Chemistry, Medicine
- The Journal of biological chemistry
- 1951
- 274,889