mRNA Approach Image Encryption Using LUC Algorithm

Bioinformatics is one of the computer science and biology sub-subjects concerned with processes applied to biological data, such as gathering, processing, storing, analyzing it. Biological data (ribonucleic acid (RNA), deoxyribonucleic (DNA), protein sequences) has many applications uses in fields (data security, segmentation, feature extraction, etc.). DNA sequences are used cryptography field, using properties biomolecules carriers data. Messenger RNA (mRNA) a single strand make proteins containing genetic information. The information recorded from also carries messages ribosomes cytosol. In this paper, new encryption technique based on amino acids increase diffusion algorithm was proposed, LUC finite field arithmetic complexity algorithm. results show high resistance against well-known attacks proposed method. For Entropy, achieved value for encrypted images above 7.998. range peak signal noise ratio (PSNR) between plain below 8.7. Finally, unified average change intensity (UACI) close 0.335. number changing pixel rates (NPCR) 0.996, which considered good result.