Protein Induced as Salinity Stress in Elaeis guineensis Jacq.

: Palm oil plants ( Elaeis guineensis ) are oil-producing plants grown in the tropics. Palm oil is sensitive to low temperatures but high tolerance to salinity stress and drought. The present work evaluates of the bioinformatics on the NCBI database as well as expected the physicochemical of protein salinity. There is three protein salinity induced from E. guineensis deposited in NCBI. Length of genes was between 525 to 633 bp. The same Molecular weight at X1 and X2 was 5945.24, but it is different from X3 which was 18052.17. Chloroplast transit peptide ranged from 0.142 and 0.445. Reactive oxygen species (ROS) plays a crucial role in promoting mitochondrial peptide targets in plants induced by salinity, ranging from 0.022 to 0.110. These results d variations and roles of different physical and chemical characteristics of amino acids in protein due to salinity stress in oil palm plants.