Influence of Various Phenolic Compounds on Phenol Hydroxylase Activity of a Trichosporon cutaneum Strain

The use of an insoluble glycoprotein acceptor-com- plex in serum sialyl transferase determinations äs described here is more precise and more convenient than the classical assay using

The most effi cient acetylcholine inhibitors were: carnosic acid = gentisic acid > 3-hydroxy-4-methoxycinnamic acid = ethyl ferulate = ethyl vanillate =

(2007), who studied anticholinesterase activities of 14 phenolic com- pounds (phenolic acids and fl avonoids), detected anti-AChE and anti-BChE activities of gallic acid (at

The catalytic activity of these complexes was evalu- ated in the hydroxylation of phenol using oxygen and hydrogen peroxide as co-oxidants in aqueous media in the pH range 3 – 6.

In this pa- per the synthesis of copper(II) salicylaldiminato com- plexes 1 – 8 is described and the catalytic activity of these complexes evaluated in the hydroxylation of phe- nol

The rate of phenol hy- droxylase activity with phenol was accepted as a basis (1.0 U/mg total cell protein = 100%) for com- paring the results obtained with the other investi-

Wilson & Wilson (1995), however, activity patterns to free-iiving green turtles Chelon~a mydas have shown that for diving birds even limited extra A Computer

Bacterial strains used in this thesis are listed in Table 1.The strains were isolated in mid nineties from water samples of channels surrounding semicoke mounds, and from the