ABSTRACT
This study applied various chromatographic methods to assess the chemical composition of five selected perennial and annual wheat seed varieties cultivated in Kazakhstan. Gas Chromatography (GC) analysis revealed distinct fatty acid profiles, with perennial, soft, and durum annual wheat seeds displaying varying levels of saturated fatty acids (SFA), monounsaturated fatty acids (MUFA), and polyunsaturated fatty acids (PUFA) (SFA: 10.538 - 19.676%, MUFA: 17.124 - 23.131%, PUFA: 58.649 - 66.938%). HPLC analysis uncovered significant differences in the content of total non-essential amino acids (TNEA) and essential amino acids (TEA). Among the analysed varieties, "Sova" had the highest TNEA content (4464.70 mg/g) with aspartic acid as the predominant amino acid (4146.35 mg/g), while "704" displayed the highest TEA content (579.95 mg/g) with tyrosine as the dominant amino acid (219.98 mg/g). These findings highlight the potential of Kazakh wheat varieties as rich sources of essential nutrients and hold promise for improving public health.