Phenylacetate inhibits cell proliferation via G_1 cell cycle arrest in the HCT-8 colorectal carcinoma cell line;

Study the effect of Phenylacetate induced differentiation on colorectal cancer cell;

The Effect of mRNA Expression of HoxA1-A4 Gene Treated by Phenylacetate in Glioma Cell;

One phenyl acetic acid-degrading moderate halophilic bacterium (BYS-1) isolated from sludge;

The significance of recycle and reuse of phenyl acetic acid in the production of β-lactam antibiotics were pointed out.

In order to extract the by-product phenyl acetic acid from the production process of 6-APA,7-ADCA,the solubility of phenyl acetic acid in water,water-alcohol,water-acetone,and the solution rate in water were determined through the physical method.

The article studied the technology of synthesizing benzeneacetic acid.

new synthetic process of O bromobenzeneacetic acid was accomplished through bromizationof p sulfobenzeacetic acid and hydrolysis of 2 bromo 4 sulfobenzeneacetic acid with sulfo re-moved.

This article studied the new method of benzeneacetic acid recovery,the wastewater was contained solid acid,and dissolved in toluene and then concentrated sulfuric acid to remove impurities strong oxidizing sodium hydroxide alkalization,separation,decolorization,and then acidified to be pure phenylacetic acid.

The result showed that lanthanum chloride supported on activated carbon had good catalytic activity with the yield of phenethyl acetate up to 93.

Catalytic synthesis of ethyl phenylacetate by SO_4~(2-)/TIO_2/La~(3+) rare-earth solid superacid;

Ethyl phenylacetate was synthesized with phenylacetic acid and ethanol by rare-earth solid superacid S2O82-/ ZrO2-PrO2-TiO2 as catalyst.

The synthesis of ethyl phenylacetate with ethanol and phenylacetic acid as reactants and rare-earth solid superacid SO_4 2-/ ZrO_2/ La 3+ as catalyst was studied.

Using sulfamic acid as catalyst, synthesis of benzyl acetate and phenylethyl acetate through esterification were studied.