ChloroMitoSSRDB 2.0 - Database of Microsatellites from Chloroplast & Mitochondrial Genomes

All Perfect Repeat Motifs of Mitochondria Genomes

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A	C	G	T	TC	AT	CA	CG	GC	TA	TG	AC	GT	AG
CT	GAA	ATA	TCC	AGT	GCA	GGC	AAT	CTC	AGC	CTA	ATG	TCA	CAT
GTG	TTC	TCT	CAA	TGG	GCT	GGA	GCG	TGC	CTT	TGT	TAG	AAG	GAT
CTG	ATT	CAC	CCT	CAG	TAC	AGA	GCC	ACC	AGG	GTT	GAC	TCG	GTA
GGT	ACT	CCA	TAT	TTG	CCG	TTA	CGC	ACA	TGA	CGG	AAC	CGT	TAA
GATT	CCCT	GGAA	TCCT	AGCC	CCAT	AAAC	CCTC	GACT	TTCC	GGTC	AGCT	CCAA	ACTC
AGTA	CTAC	ACCC	ATGG	AGAC	CACC	ACGT	GACC	TCAA	GAGC	GGGT	GCAC	GGAG	TATT
TGAG	GTTT	CTCC	ACTG	CCTT	CAGA	CTAG	GATC	AGCG	CAAC	TACA	TACG	TTAC	ACGA
CCCA	GAAC	CGAT	ACAG	GTAT	ATAC	AGTT	GCAA	AACC	TTTC	CAAT	GTTG	TCCC	CCGG
CGAG	CGCA	AATA	CTTG	CTCA	CCTA	TGTC	GCAG	TAAT	CATA	CTGC	TCTA	GAAT	GGCG
TGCA	CCCG	AAAG	TTGG	TGGG	GGAT	CACG	ATCC	ATCT	ACTT	TGTA	CGCC	TTTG	GGGC
CAGG	CGTC	ATCG	ATAG	GAAG	GGCC	GCAT	CGTT	TCTG	TGAT	TAGA	ACCG	GGAC	CGGT
TCGT	TAGT	GCCT	GACG	ACTA	TTAT	CGGC	AAGT	ACCT	CTCG	ATTG	AGAT	TCGC	AGGG
GTGA	CCAC	TGGA	TCCA	AGTG	ATTT	TCGG	CCGT	GCTC	ACCA	TACC	GATG	CCTG	GTAC
TCAT	TTGC	CTAT	TGGC	GTGG	GAGT	ACGC	CGGG	GTAG	AGCA	GTCA	CGGA	AACA	CATT
AACT	GGTG	ATCA	CAGC	CGTA	GTGC	ATAA	CTTC	CTTA	CCAG	GGCA	AATT	CAAG	TTGA
CATC	GATA	AAGG	AAGA	CTAA	TAGC	TATC	TCAG	TTCG	GTTC	GGTT	GGTA	CGAC	TAAA
GCCA	ATTC	TGAA	AAAT	TTCT	ATGA	AGGA	TTGT	TACT	CTGA	GAGG	GTTA	GTAA	GCCC
TAAG	AGGT	TGGT	TGCT	CGCT	GTCT	TTAA	TAGG	GCCG	GGCT	TATG	TCAC	TGTT	GTCC
CAGT	AAGC	GCTG	TGAC	TTCA	GAAA	CTGG	CAAA	CCGA	ACAT	CCGC	ATTA	CATG	CGAA
AATG	CTTT	TGCC	TTAG	GCTA	AACG	GCGA	GACA	CACT	ATTAT	TTTAG	TCTAT	TGGAT	ATAGG
AGAGA	AGTAG	AGATA	AAAGA	GTGGG	AGGAT	ACACC	CTCAA	TTGAT	AATTA	TCTTA	ATTTC	CGGGG	CGAGT
CTCTT	AAGTT	TAAAA	GTCTG	CAATT	ATAGT	GGGCC	CTTTA	AACTT	GATTA	ATGAC	TCGAT	GGAAG	TTTCC
CCGCT	TAATA	GAATG	TTTAA	CTCCC	TAAGT	ATACA	CAACC	GCTGG	TAACT	GCCGA	CCCAA	TATCA	TTCGA
AATAA	TTTAT	ACGAG	ACTTT	TGGAA	CGGCC	CACTG	TGCCC	TCACT	TTAAC	GCCTA	TTCCA	GCCAA	GAAAT
CCGAT	AGGGG	ATTGT	TCTGA	ATATT	TCAAT	ATGGG	CCTAT	CTTTT	CATAT	GCTCA	GTTTT	GTCTA	GACTA
CTTGA	ATTTT	TCATT	CTAAT	TTTGG	CTGGG	GTAAT	GCCCG	GCGCC	CAATG	CATCT	ATCCT	ACTAA	TTCTC
TTCCC	GATAC	CCAAA	ATTGG	CACTA	AAATA	TGCTT	TGAAG	TCCTG	GCAGG	TATAC	CCCAG	ATATG	AGGCT
TTTTG	CACTC	AGCCC	CACAC	TAGGA	GTTAA	TCTTG	TTAAA	CTAGG	AACAA	GATAT	GCTTT	CATTG	GAGGG
ATTCT	CTACT	AGTTA	TACCC	ATTTA	GAATA	CCTGG	TACTA	TTGAA	TAGAG	TTCGT	GCATT	GTGTA	AAACA
TGTGT	TATAT	CAAAA	ATCAA	CCCCA	TGTAT	TACAG	ATAAC	TTATG	TGTTT	TTGCA	TGAAT	GTGAG	ATTAG
ATATA	CCCTT	TATAG	GTAGA	TTTGA	TTCTT	ATACT	GTATT	AATGG	TAATG	TACTG	CCATT	CAAAC	CGTAC
ATAAA	GCGAC	TAGTA	CCTAC	CATAA	AAAGG	CTTAA	AAATG	TTACT	TAGGC	GAGAT	AGGAC	TGAGC	AAGAG
GGGGT	TATTT	TTAGT	GTTAG	TTAAT	TGGGA	GGGAA	CTTAG	CAAAG	CAGTC	AGAGG	CTAAA	AGTTT	CCGCC
CCCAC	TTTTC	TCATA	TTCAA	TTCTA	GTTTA	ACGAA	AATGC	TAATC	CTCGG	AGCGA	AATCA	TCTAA	GGCAG
TCAAC	CTTAC	ATAAG	AATAG	TATCT	TTAAG	ATCCA	ATTCC	TATGA	TTTAC	TAACA	GCAAT	AATTG	GGAGG
AAGGA	TTCAT	CTACG	ATGAA	TGCAA	ACTGA	AAAAC	GTGCA	TAAGC	CAAAT	AATTC	TTTGT	CTAGT	TTATC
ACTTC	ACTTA	CTGCA	TAGCA	GGAAA	AGCTA	GAGAG	CATGA	GGTTT	CTATG	CACCT	AAAAG	TAGAA	CGGGC
CTAAC	ATCTT	GCTTG	GGAAT	ATCTA	TCAAG	TCCTA	ATGGA	CCACT	TCTGC	ATTAA	ACTAG	TTTCA	TCTTT
GCGTA	CTAAG	AACTA	CAGTG	GTGCT	GATCC	TGTCT	AATGA	CTTTC	GATGG	AATTT	AGGGA	CTACA	GTGCC
TAGCC	GAATT	ATCCC	ATGCA	CCCTC	AGCCT	ATCTG	GAGAA	TAGCT	ATTTG	AATAT	ATAGA	AGAAA	GTAAA
GATAA	TTACA	GATCA	GCGTT	AAAAT	TAAGA	TCTCT	TATTC	CCTTC	TGGAG	CAATA	TGCAT	GGGCT	AGTCT
CTCTC	ATTAC	GCCCC	AGGAA	AAATT	AGTAT	ACCTT	ACCCA	TGCTA	TATGG	CAGCG	CTAGA	TCGCT	TCTCC
GCAAA	ATATC	AGTGC	TTTCT	ACAAA	GATTC	CCAAC	ACCAT	TCCAT	AGTAA	TACAA	GCTCT	CCTTA	ATACC
CATTC	TCCCT	TTATT	AAAGT	ATCAT	ACTAT	TCCTC	AGGAG	AGAAT	AAGGG	CAGGA	TTTTA	TAATT	CCTCT
TTTGC	CTCCA	AAGTA	GAAAG	ATGAG	CAGCC	TAGAT	ACCGT	TAGTG	CTTTG	TAAAT	TTATA	AGAAC	TATTG
TCTAG	GTTCA	CTCTA	CCTGC	GTATA	TTGGA	CCTTT	ACTTG	CTATT	GACTG	AGATT	CTTCT	ATGTA	CTATC
TCCCC	ATGTT	TCAAA	TCCAA	TAAAG	TGCAG	GAAGC	GAAAA	GTACT	GAATC	TAAAC	CGCTA	TCCGC	GAATGG
TTAAGA	AAAAGT	ACCTGA	TGTTTT	TTAATT	CTTTCT	ACTATA	CGCACA	ACACCC	TAAGTA	CTTCAA	TATAGA	AAAGCT	CTTAAT
AGAAAA	CATATA	GACTGA	GTTTAT	GGAAAG	TCCCCT	ACGTAC	AATACC	CATTTC	TAATCT	TACGCA	ACCTTA	ACTACC	TGTATT
AAAAAT	ATCTAT	TTCAAT	CTAAAA	TCGCTT	GTGTGA	TAGGAG	GGGAAA	AAATTC	ATTTTA	TATAAT	TGTGTA	AATTAT	TTCCAT
CTTTAT	TACATA	TATAAG	AATTTA	TGAACC	TAATTG	TTTGTT	GTGTAT	GCTGAC	GGTAGG	GCACAC	ACATGC	TATCTA	AATGAA
AGCTTT	TCTAAC	AATATC	TTTATC	TTTCTT	GATTAA	GTGTAC	ATCTCA	TAAATA	TCTTAT	AAATAA	ATACGA	CACTTA	TCTAAG
TCGGTC	ACTTTA	AGTTAG	CCGTGC	CTCTCC	TTTAAA	ATGTAA	AAATGA	TAGTTT	GTTATA	ACACGT	CTAATT	GCCTGG	TTATAT
TCCTTA	TAGCCC	AGCAGA	CAATGT	ATATCC	AATTTT	GTTTTT	AAACTA	GAACAG	TCCAAT	GCACAT	TAAAAG	ATAAAA	ATAAGG
TAAGGA	GTGAAA	CTATGG	TATTAA	TTAATA	CAGTAG	GTTTTA	TTAAAA	ATTGAT	AAATAC	CACGTA	GTTTTG	CACATG	ATAAAT
ATTTAT	ATAAGA	AGATAA	ATAGAG	TTCATT	TCTTTG	ATATCT	TACTCC	CCGGCA	TTTTGT	GTTATT	TCACTA	TAACAC	AGGATT
AATCTT	CTAAGT	TTAAGT	AAATTT	TTTTTA	GGATAT	CTATTT	TACTTT	ACACAT	TAAATT	TATAAA	TATTTT	CTCTCG	TATTAC
TAACCT	CTGACT	CATACG	TCTCTT	ATCAAA	TTATGA	TTTTCT	GGGGGA	GGCGGA	ATGTTG	TTAAAT	TTTAAT	ATAGAA	TATTGG
GTACAG	AAGGGA	ATGAGG	ATACTA	TCCTAC	TGCCGG	TTAATG	CGTACA	TAATAT	ACGCTA	TAAGAT	ACCATA	CTATAA	ATTAAG
ATAATT	AAATCT	TTTTTG	ATAGGA	GAGCCT	ATTGTA	CCTTCC	ATATAA	ATTTTT	ATGGAA	CTGAAA	ATGTAT	ATTAGT	TCCTAT
TCATTA	CCCTTA	AATTAA	CCCCTC	TAGGGT	TTACTT	CTAAAT	CTTATC	GATTTA	TAACTT	TATAGG	GCATAC	ATTTTC	TAAGAG
ATACAC	TGATTA	AAGAAT	CTTCTG	ATCATA	TAAAAT	ATTAAA	ACCTCT	AAAATT	CAATTA	AAAACA	TTTTAA	TAAAGA	CCCTTC
TAATTA	ATTCTG	AAGATA	AGTAGG	TTTGAT	GCAGGT	TTGGTG	CGGAGG	ATATTT	GCCCCA	TATAAC	TCTTTC	CATTGG	GAATAA
AGATAT	TCTTTT	CTTTCC	TATAGT	ACGCAC	CCCCAC	AATATA	AGTATC	TAAACC	AAAGTA	TACTCA	TCTAAT	ATAATC	AATATT
ATCTTG	TAGCTA	AAATTA	AACTTT	ATACTT	GGTTTA	TTTTAT	ATACGG	AAAATA	CTTGCT	ATGAGT	GTACTA	AGGCAG	TTCTAT
GAGAAT	CATATG	TGAGTT	TAGATG	GTACGT	CCCTCA	ATATTA	CAGGGC	TAGCTT	AAGGAA	TACTTA	CTTAGT	ACAAAA	AAAGAA
CTGTTT	ATTATC	TTATAA	TGTATA	ATTACT	GCTGTT	CATAAT	CACACC	TGCTTC	TAAAGC	TAATGT	ACCTAC	CTAGCC	TAATAC
CCTCAT	AAATAT	TATATT	TACTAT	AGTGAA	TTCTTT	ACGCAT	AGGGAA	GTAGCA	TCCTTG	CAACAC	ACGTGT	CACGCA	AGGACA
TTAGAT	TTCCTT	CTAATA	ATTGAA	TTAGAA	TTCTCT	CCTATA	AAAAAC	TCAGGC	TTTTCC	TTACTA	GTCTAC	ACACGC	TACTAG
ATCTAA	CGAGAG	AGGAGT	ATTCAG	CTTTTC	AATCCT	CCCAAA	ATTCTA	ATACCC	ACATAC	TATTCT	ATATAC	CCTTCT	TAATTT
CCATTT	AGTAAT	TCATTC	TAGAGA	ATAATG	GGAAGG	ACACTA	GTAGAA	AACTCA	GTTTAG	CATGCA	TGTACG	CGTGTA	TATGAA
TAACTA	ACAGTA	TTCTTA	TTCTGG	TATGGT	TACTAA	TTAATC	AATCAG	TAGAAC	ACAAAC	AGAGGA	GCAAAG	TCCTGC	AATTGC
GTTGAG	GAAAAA	ACTAAT	GATTTT	ATTATA	ATGGTA	CTTTAG	TCTTTA	TTATAG	CCAGAA	AATCTA	CCTTAT	ATTCAA	ATATTC
AAAAAG	ACCCTT	GTCCTC	TGTTGG	TTGAAG	TACACG	GTACAC	ACACTC	ATTAAT	CTTTAA	ATAGTA	CACTTT	ACCCAA	AATGAG
TAATGC	TTCCTC	ATTACC	TTTTAC	TACTTC	ATCATT	TGCACA	AATAGG	GCCTAG	TTCCAA	TATTAG	TGCCAT	ACCCTA	CTAGCA
AATAAA	TCTACT	CCCTAG	GAAAAG	TTTCAA	CAAGCG	TTTAAC	ATTTAG	ACTTAG	ATACAT	GAATAT	ACCCAC	AGTATA	TGTAAT
TGTATG	TAAAAA	TACACA	TTATTT	AGCAGG	TTTCAC	TTTGAC	TAAGTT	GAGAAA	TGCCGA	GAATCT	GAGTAG	AAAAGA	CTTCTA
CCTAGG	-	-	-	-	-	-	-	-	-	-	-	-	-

ChloroMitoSSRDB 2.0 Webserver cum Database of Cholorplast and Mitochondrial Microsatellites

All Perfect Repeat Motifs of Mitochondria Genomes