The College of Education for Pure Sciences at the University of Basrah  discussed a master’s thesis on (preparation and biological study of some thiazolidine amide compounds derived from phenylhydrazine). The thesis presented by the researcher (Ramla Faeq Ibrahim) included the preparation and diagnosis of new thiazolidinediamine 4-carboximide amide compounds, in three main steps. The first: compounds (R9-R1) from the reaction of L-cystein with different aromatic aldehydes. Then react the compound (R9-R1) with Acetic Anhydride to prepare the compounds (RA1-RA9) and react the compounds (RA1-RA9) with the aromatic amine (phenylhydrazine) to obtain different compounds (ML1-ML9) amides-4-thiazolidine.
The message was targeted
Preparation of new amides from heterocyclic compounds derived from 4-phenylthiazolidine substituted 3-acetyl-4-carboxylic acid and phenylhydrazine, and identifying the prepared compounds spectroscopically using infrared spectra, proton and carbon-13 nuclear magnetic resonance spectra, and mass spectra. Study of the biological effectiveness of the prepared compounds containing aggregates. Different compensation against breast cancer cells (MCF-7) and uterine cancer cells (Hela) by MTT method.
The message was concluded
Thiazolidine amide compounds were prepared and were purified and characterized using organic diagnostic techniques with high yields, as they were characterized by the presence of stereoisomers that are difficult to separate because they contain a chiral atom. Imide thiazolidine compounds were prepared using duplication reagents (DCC and HOBT). The results showed that the prepared amide thiazolidine compounds possess biological activity against breast cancer cells of the type (MCF7) and cervical cells (Hela).
The message was recommended
Preparing new derivatives of thiazolidine from substituted aldehydes and comparing them with the prepared compounds. Preparation of amide thiazolidine compounds using new coupling reagents. Most previous studies of this class of compounds indicate that they have biological activity.