RESUMEN
polyamines [putrecsine, spermidine and spermine] are widespread components, which can be found in most of the foods like meat, fruits, vegetables, cheese and wine. Studies show that reducing the level of polyamines in cells may help to slow down some cancer processes; however, dietary polyamines may be required in wound healing, and for growth, maturation and regeneration of the intestinal mucosa. The aim of the present study is determination of biologically active polyamines by HPLC, and finding the best method of their derivatization. Three different methods of derivatization and gradient elution were tested. Two wavelengths [225 and 254 nm] were applied to find the best way of detecting and analyzing the polyamines. The best method was chosen according to the good and sharp peaks. Results from different experiments suggested that the best condition for derivatization of polyamines is when the samples are put in warm water bath [40[degree]C] for nearly 1 hour. Additionally, acetonitrile [90%] and water HPLC-grade were chosen as mobile phases, and 254 nm was determined as the appropriate wavelength. The proposed method and condition are good, fast and reliable that can be applied for analyzing and detecting the biologically active polyamines in turkey meat samples by HPLC