BioMed Research International / 2013 / Article / Tab 2 / Research Article
HyDEn: A Hybrid Steganocryptographic Approach for Data Encryption Using Randomized Error-Correcting DNA Codes Table 2 A sample DNA
Hamming code consisting of 256 code words. Each code word can be associated with an extended ASCII character and used for encoding text messages. The code was obtained with the DNA word design algorithm described in Tulpan and Hoos [
26 ].
A set with 256 code words AAAAAAGA ACTACACT ATGGAGTT CCCTTCGA CTGGTAGT GGAAAGGT GTTGTATT TCGTGTTA AAAAGAAG ACTACCTA ATGGGAAG CCGATTTC CTGGTTCG GGATGACA TAACATAC TCTCCGAG AAAATGTT ACTCTCAG ATGTAAGT CCGCGCAT CTTCGGTG GGCCAAGT TAACCATA TCTCCTTA AAACCTGC ACTGGAGT ATTCATAC CCGGCGCG CTTGACAT GGCCGACG TAACGAGG TCTGCGCA AAACTCAC ACTTCCGC ATTCTGCG CCGTAGCC CTTGCATG GGCCTGGA TAAGAGCA TCTGGCTC AAAGATCG ACTTGCAT ATTTAATC CCGTTCAG CTTTCCAC GGCGTGCC TAAGTTGA TCTGTTAC AAATGTGG ACTTTGGG ATTTCAGA CCTACCGG GAATCATC GGCTGCAT TAATAGGC TGAAAATA AAATTGAG AGACCCTA CAAATACG CCTTCTGT GACAGCGT GGGCATAC TAATGGAA TGACTCAT AACAGCTG AGACTTAA CAAATCTA CCTTGTCG GACCAGCT GGGCTTGG TAATTACT TGAGCATC AACCTAGC AGAGCGGT CAATATGA CCTTTGAC GACCGTTA GGGGCCCA TACGCAAA TGAGGGTT AACGCGTT AGAGTAAT CAATTCGC CGAACGCT GACGGTAT GGGGGTTC TACTTGGG TGATATAT AACGGTGA AGATCTTG CACCTAAT CGACCTTT GAGAATTA GGTAATGG TAGACTGA TGATTCGG AACTACGT AGATGGCT CACTCGAA CGAGAAAC GAGAGAGC GGTACGTA TAGAGTAC TGCATAAG AACTCATA AGCCAGCA CAGACAGG CGAGCGTA GAGAGTCG GGTATGCG TAGGAGTG TGGGGCGC AAGAAACT AGCTCGGG CAGCAACG CGAGCTCG GAGTTGTT GGTTTAGT TAGTAACC TGGTTTTT AAGATAAC AGGACTGT CAGCCGGC CGAGTCTT GATACCCC GGTTTCCC TAGTCCGG TGTCAGAT AAGCACGC AGGATGAG CAGGTCGA CGATGTAC GATATTGC GTAACGCG TATAAATG TGTGCAAT AAGGTTGT AGGCCCAT CAGTGATC CGCCACGA GATCATAT GTACTACG TATATGGT TGTGTTGG AATAGTCT AGGTACTT CATCGAGC CGCCTCCC GATCCCAG GTAGATCA TATGTGAA TTAAGCCG AATCGTTC AGGTAGGC CATCTTTG CGGAAGTA GATGACTA GTAGTCGT TCAAACGC TTAATTTA AATGCGGG AGGTGTCC CATGCTTA CGGTAACA GATTGTTG GTCATATG TCAAAGTG TTAGCTGT AATGTGCT AGTCGAAG CATGGGGA CGGTGTTG GATTTACG GTCCGAAT TCAAGAAC TTAGTCCA AATTGGTT AGTCGGGA CCACCGCC CGTCACAC GCAGGTCG GTCCTTAA TCACAAGA TTCAAGAC ACACTAGT AGTGCCGA CCAGATGC CGTTAGCT GCATTCTT GTCGCAAG TCAGTGCC TTCCGCAC ACACTTCC ATATGCCC CCAGTATC CTAACTCC GCATTTCA GTCTCCAA TCATCTTC TTCGAATA ACAGCTTA ATCACAAA CCAGTGGA CTAGACGG GCCGAATT GTGGAGAA TCCGAGGC TTGCGTTC ACATCGAA ATCACCGG CCATGACC CTAGAGCC GCCGCGGT GTGGCCAT TCCGCCGA TTGGGGTA ACCGGATC ATCCCTGA CCATGCAA CTATTACA GCGAATGT GTGTCGGT TCCTGAAG TTGTCTTG ACCTCAAC ATCGTAGG CCCCTACG CTATTGTT GCGACATT GTTATCAC TCGATGCG TTTACAGC ACGCATTT ATCTCTTC CCCGGAGA CTCCCAGT GCGGGTAA GTTCACTG TCGGAACA TTTCCACG ACGCTATG ATCTTCAC CCCGGGAG CTCCGGCC GCTGAGTG GTTCCAAC TCGTAGAG TTTCGTAG ACGTCGTC ATGACGTG CCCTAGTT CTCGCGGC GCTGTCCG GTTGCTCT TCGTCCAT TTTGTGTG
