/*ARBDB ASCII*/
species_data		:7000	%% (%
	species				%$ (%
		name				"genome00"
		ARB_imported_from		"AB735678.txt"
		ARB_imported_format		"EMBL"
		gene_data			%% (%
			gene				%% (%
				name				"source"
				type				"source"
				ARB_display_hidden		%y 1
				pos_start			"1"
				pos_stop			"15341"
				pos_complement			"0"
				pos_certain			"=="
				db_xref				"taxon:497819"
				isolate				"CJP-YT-2012"
				mol_type			"genomic DNA"
				organelle			"mitochondrion"
				organism			"Chionoecetes japonicus pacificus"
				sub_species			"pacificus"
				%) /*gene*/

			gene				%% (%
				name				"CDS_COI_CytochromeOxidaseSubun"
				type				"CDS"
				pos_start			"1"
				pos_stop			"1528"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"COI"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"cytochrome oxidase subunit I"
				protein_id			"BAN60008.1"
				transl_except			"(pos:1528,aa:TERM)"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNALeu"
				type				"tRNA"
				pos_start			"1532"
				pos_stop			"1596"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Leu"
				%) /*gene*/

			gene				%% (%
				name				"CDS_COII_CytochromeOxidaseSubu"
				type				"CDS"
				pos_start			"1606"
				pos_stop			"2293"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"COII"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"cytochrome oxidase subunit II"
				protein_id			"BAN60009.1"
				transl_except			"(pos:2293,aa:TERM)"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNALys"
				type				"tRNA"
				pos_start			"2294"
				pos_stop			"2360"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Lys"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAAsp"
				type				"tRNA"
				pos_start			"2361"
				pos_stop			"2425"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Asp"
				%) /*gene*/

			gene				%% (%
				name				"CDS_ATP8_ATPase8X"
				type				"CDS"
				pos_start			"2426"
				pos_stop			"2584"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"ATP8"
				product				"ATPase8"
				protein_id			"BAN60010.1"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"CDS_ATP6_ATPase6X"
				type				"CDS"
				pos_start			"2578"
				pos_stop			"3252"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"ATP6"
				product				"ATPase6"
				protein_id			"BAN60011.1"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"CDS_COIII_CytochromeOxidaseSub"
				type				"CDS"
				pos_start			"3252"
				pos_stop			"4042"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"COIII"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"cytochrome oxidase subunit III"
				protein_id			"BAN60012.1"
				transl_except			"(pos:4041..4042,aa:TERM)"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAGly"
				type				"tRNA"
				pos_start			"4043"
				pos_stop			"4106"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Gly"
				%) /*gene*/

			gene				%% (%
				name				"CDS_NAD3_NADHDehydrogenaseSubu"
				type				"CDS"
				pos_start			"4107"
				pos_stop			"4460"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"NAD3"
				product				"NADH dehydrogenase subunit 3"
				protein_id			"BAN60013.1"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAAsn"
				type				"tRNA"
				pos_start			"4589"
				pos_stop			"4654"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Asn"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNASer_1"
				type				"tRNA"
				pos_start			"4658"
				pos_stop			"4727"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Ser"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAGlu"
				type				"tRNA"
				pos_start			"4729"
				pos_stop			"4796"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Glu"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAHis"
				type				"tRNA"
				pos_start			"4819"
				pos_stop			"4882"
				pos_complement			"1"
				pos_certain			"=="
				product				"tRNA-His"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAPhe"
				type				"tRNA"
				pos_start			"4883"
				pos_stop			"4946"
				pos_complement			"1"
				pos_certain			"=="
				product				"tRNA-Phe"
				%) /*gene*/

			gene				%% (%
				name				"CDS_NADH5_NADHDehydrogenaseSub"
				type				"CDS"
				pos_start			"4949"
				pos_stop			"6676"
				pos_complement			"1"
				pos_certain			"=="
				codon_start			"1"
				gene				"NADH5"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"NADH dehydrogenase subunit 5"
				protein_id			"BAN60014.1"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"CDS_NADH4_NADHDehydrogenaseSub"
				type				"CDS"
				pos_start			"6711"
				pos_stop			"8047"
				pos_complement			"1"
				pos_certain			"=="
				codon_start			"1"
				gene				"NADH4"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"NADH dehydrogenase subunit 4"
				protein_id			"BAN60015.1"
				transl_except			"(pos:6711..6712,aa:TERM)"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"CDS_NADH4L_NADHDehydrogenaseSu"
				type				"CDS"
				pos_start			"8041"
				pos_stop			"8340"
				pos_complement			"1"
				pos_certain			"=="
				codon_start			"1"
				gene				"NADH4L"
				product				"NADH dehydrogenase subunit 4L"
				protein_id			"BAN60016.1"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAThr"
				type				"tRNA"
				pos_start			"8343"
				pos_stop			"8406"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Thr"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAPro"
				type				"tRNA"
				pos_start			"8407"
				pos_stop			"8469"
				pos_complement			"1"
				pos_certain			"=="
				product				"tRNA-Pro"
				%) /*gene*/

			gene				%% (%
				name				"CDS_NADH6_NADHDehydrogenaseSub"
				type				"CDS"
				pos_start			"8472"
				pos_stop			"8978"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"NADH6"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"NADH dehydrogenase subunit 6"
				protein_id			"BAN60017.1"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"CDS_Cytb_CytochromeB"
				type				"CDS"
				pos_start			"8978"
				pos_stop			"10112"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"Cytb"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"cytochrome b"
				protein_id			"BAN60018.1"
				transl_except			"(pos:10112,aa:TERM)"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNASer_2"
				type				"tRNA"
				pos_start			"10113"
				pos_stop			"10179"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Ser"
				%) /*gene*/

			gene				%% (%
				name				"CDS_NADH1_NADHDehydrogenaseSub"
				type				"CDS"
				pos_start			"10194"
				pos_stop			"11159"
				pos_complement			"1"
				pos_certain			"=>"
				codon_start			"1"
				gene				"NADH1"
				note				"start codon not determined"
				product				"NADH dehydrogenase subunit 1"
				protein_id			"BAN60019.1"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"rRNA_LargeSubunitRibosomalRNA"
				type				"rRNA"
				pos_start			"11234"
				pos_stop			"12568"
				pos_complement			"1"
				pos_certain			"=="
				product				"large subunit ribosomal RNA"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAVal"
				type				"tRNA"
				pos_start			"12543"
				pos_stop			"12615"
				pos_complement			"1"
				pos_certain			"=="
				product				"tRNA-Val"
				%) /*gene*/

			gene				%% (%
				name				"rRNA_SmallSubunitRibosomalRNA"
				type				"rRNA"
				pos_start			"12617"
				pos_stop			"13430"
				pos_complement			"1"
				pos_certain			"=="
				product				"small subunit ribosomal RNA"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAGln"
				type				"tRNA"
				pos_start			"13997"
				pos_stop			"14068"
				pos_complement			"1"
				pos_certain			"=="
				product				"tRNA-Gln"
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNAMet"
				type				"tRNA"
				pos_start			"14075"
				pos_stop			"14141"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Met"
				%) /*gene*/

			gene				%% (%
				name				"CDS_NADH2_NADHDehydrogenaseSub"
				type				"CDS"
				pos_start			"14142"
				pos_stop			"15147"
				pos_complement			"0"
				pos_certain			"=="
				codon_start			"1"
				gene				"NADH2"
				note				"TAA stop codon is completed by the addition of 3' Aresidues to the mRNA."
				product				"NADH dehydrogenase subunit 2"
				protein_id			"BAN60020.1"
				transl_except			"(pos:15147,aa:TERM)"
				transl_table			"5"
				ARB_translation_rm		%y 1
				%) /*gene*/

			gene				%% (%
				name				"tRNA_TRNATrp"
				type				"tRNA"
				pos_start			"15148"
				pos_stop			"15214"
				pos_complement			"0"
				pos_certain			"=="
				product				"tRNA-Trp"
				%) /*gene*/

			%) /*gene_data*/

		ali_genom			%% (%
			data				"atgcaacgatgattattttctacaaatcataaagatattggtactttatattttatatttggagcttgagctggcatagttggtacatcattaagattgattattcgagctgaacttgggcagcccggaactcttatcggaaatgaccaaatttataatgtagttgttacagcccacgcttttgttataatcttcttcatagttatacctattataattggaggatttggaaattgattaattcccttaatattaggagcccctgatatagcttttcctcgaataaataacataagattttgattattacctccttctttaacactactattaataagaggtatagtagaaagaggagtaggaactggatggactgtttaccctcctttagcagctgcaatcgctcacgctggagcctcggttgatatggggattttttctttacatttagctggagtttcctctattttgggagctgtaaattttataactaccgtaattaatatacgatccttcggtataagcctagaccaaatacctctttttgtttgagctgtgtttattacagctattttacttctactatctctgcctgttttagccggagcaatcaccatacttttaaccgatcgaaacttaaatacatctttttttgaccctgcaggaggaggagaccctgttttatatcaacatcttttttgattctttggacacccagaagtttatattcttatcctaccagcatttggtatagtttcacatattgttagtcaagaatccggtaaaaaagaatctttcgggacattgggaataatttatgctatattagcaattggaattttaggatttgtagtgtgagctcaccatatgttcactgtgggtatagatgtagacacacgagcttattttacctctgccactataattattgctgttcctacaggtattaaaatttttaggtggttaagaactcttcatggagctcaaatcaattacagtccatcattattatgggctcttgggtttattttatttaccgtaggaggattaactggagtagtattagcaaactcttctattgatattatcctacacgatacttactacgtagttgcccattttcactatgttttatcaataggagctgtgtttggtatttttgggggtattgctcattgatttcctctttttactggtctttctcttaaccctaaatgactaaaaattcacttttttattatatttattggagttaatattacttttttcccacaacattttttagggttaaacggtatgccgcgtcgttattcagactacccagatgcttttacaacatgaaatattgtatcctccatagggtctataatttcttttacagctgctttaggatttatattcattgtatgagaagctttaatctctaatcgtcctgtgttatttacccccttcctaccaacctctattgaatgagctcatgtgtatccccctgccgatcattcttacatggaaattcctttaattactaatttctaaaatggcagacagatgtataggatttaagctcctactaggaagtttaatcttcttttagaaacacgtttaatggcaacatgagcatatttaggatttcaagatggggcttctcctttaatagaacaattaattttctttcacgatcatattatattaattttaattataattattacatttgtagggtatataataatatctctaattataaactcacacatcaatcgatttatattagaaaaccaaacaattgagttaatttgaactgctcttcccgctgttattttagtatttattgctttaccttcccttcgacttttatatctattagatgaagtaaatagaccaactataactttaaaaacaatcggtcatcagtgatattgaaggtatgaatactcagactttttaaatgtagaatttgactcctacataactcctagaaatgaaataacaaattcatcttttcgacttcttgacgttgataatcgaactattgttccaataaacactcaaatccgagttatcattactgcagcggatgttatccactcgtgagccgtaccttcattgggtgtaaaagctgatgctattccggggcgacttaatcaatcaagattccttattactcggccgggacttttttttgggcagtgctctgaaatttgtggggccaatcatagcttcataccaattgtaattgaaagggtatctacggactccttcctaaattgaatttctttatcttattctgattcacccggtgactgaaagaaagtgcaggtcttttaaacctgctatagtattacgcctacttctggtggaagaggttagttaaattataaccttagtttgtcatactaaaataatcccctaaggatatctcttagtgcctcaaatagcccccttattgtgattatatttatttatattttttaatatttgtttactattatatttaactgttaattattttattaaaccatttgaaaaaattataactttaccaaataataaaactttaaaccaaaagccttgaaaattatagctaatcttttttcaatttttgaaccttcttcaagaatttttaatttttctattaactgagtatcaacatttttaggtttgatatttattccttatctttattgggcttctccttctcgatgatcttttttatgaagaaagattattttaactctacataaagaatttaaagctcttttaactccttcacacataggtgcctcaatgttatttatttctatatttagatttattttatttaataactttctaggattaataccttatgtatttacaagatctagtcatatagttataactatgtcattatctctacctttatggtttactttaatattatttggttgaataaatcacacacaacacatatttagacatttagttcctcaaggaacaccttctattttaataccctttatagtaattattgaaacaattaggaatgtcattcgtcctggaactcttgctattcgattggccgcgaatatgattgccggtcatttgcttttaactttattagggggtactggaccctcattagccttgtcaattttatcagtattaattttttgccaaatcctcttattaattttagaatctgctgttgcaattattcagtcatatgtatttgctgttttaagtaccctatacacaggagaaattaactaatgacatcatctcatagacaccatccttatcatttagtggatataagcccctgacctttaactgggtctattagagctataatactaacaactggccttgttaaatgatttcaccaatataacataaaccttcttatacttagacttatagcaactttattaactataattcaatggtgacgggatatcactcgagagggaacataccagggacttcacacatcaatagtagtaagaggcttacgttgaggtataattttatttattgtgtcagaaattctattctttttttcattcttctgagctttttttcatagaagattagcccctaatattgaaattggtatatattgacctcctttgggtattcaaccttttaatccctttcaaattccccttcttaatacaactatccttctctcatcaggagcaacagttacttgagcccatcattctattatagaatcaaatcactctcaggccctacaaagtttattattaactgttatcttagggatttatttcacttttttacaaggatttgaatatattgaagcttcatttactattgccgattctgtgtttgggtccactttctttgtagctactggatttcatggtcttcatgttctcattggaaccacttttttacttatttgtttaattcgcctttataattgccacttctcttctgaacaccacgttggatttgaggccgctgcttgatattgacactttgttgatgtagtttgattatttctttatattttcattgtactgatgaggtggttatttctttaatatattagtatatttgatttccaatcaaaaagtctagagtacctagaagaaataattatagtattattaattttatctttgattacattaactttatcctctcttgttatgttattagcttctattttatcaaaaaaaactattattgatcgcgaaaaaagatctccatatgagtgtgggtttgatcctaaaagatctgctcgtttaccattttctttacgattttttttaattgctgtaatttttttgatttttgatgttgaaattactttgcttctacctattgcttctattctaaattatactaatttattttcttatttgatcacaactatattatttctagtaatcttattattagggctttattacgaatggtctcaagaagctttagagtggtctaaataagtaagactatagtcaataaatgacgtgtgagttgcattcataaagagttctattgaaactagttttagttagaaagcgaaattattgcacttagtttcgacctaaattttggcttaggcctctaattattaataaaagccaaaacagaggcatatcactgttaatgatataattgaattattattcttattaagtaaagagatattaagtaaaatataaaagcttctaacttttaatataagcggttaaattccgtttatatctctaaatttttatagtgtaaagtaacacattacattttcactgtaaagctgaatttaattaattctaaaaacgattctctttaattttattattttacttaaagtaatactttacaactttagttccacaaactaacgtttttattaaactatttaaattatttacagataattttatctcttttgcatcttcagtgcaatattcttcataaattatataaatttttatataaaaacataaagaccaataacaactgaaacaaaa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tgaattggtgcacgccctgtcgaagctccttatgttatacttggtcaagttttaactgtattactatttttatattttattataaaccctttaatattaattttatgagataaaatacttaaatagttatttagtttataaaaaacatatattttgaaaatatataaaaagtaaatatcacttaataactgaataatatactaatttagttaaagattaaattcagactaaagcataaagctttaagcccaacaaaaaaaattaaatagttaattgaagttggtaaaaatctttttcaagctaagtgtataagcttatcataacgaaaccgtggtaatgttccacgaactcatacaaatataaacgaaattataacccccttaaaataaaataaacccgaacatggtcttctgcctaaaaaaataataacaaataaaactctcataaataaaattctagcatattctgctataaaaattaaagcaaatcctcctcttctatattctgtattaaatccggataccaactcagactctccctctgcaaaatcaaaaggtgtgcgatttgtttctgctaggcaagatctaaaccaaattaaacttaaaggaatagaaataattataaaccatcaattttcttgatatttattgaataactctaacctaaaccccccaactaatataataaaagataataaaatcaaagctaaccttacctcataagagatagtttgagctaccgctcgaagtcttcctagcaaagaatatttacaattagatgatcacccagctactattgtcctataaaccccgagacttagacaacaaaaaaaaaataaaactcttatattaaacctaaacatcccaatttcgtaaggcataactaatcaaaccaataaagccaaaaataaactaaaaattggagataaataataggctaaaaaattagacatagttggtattgtttgctctttagtgaataatttaactgcatctgaaaaaggctgcagaagtcctataaatcccactttgttgggtcccttacgaatttgaataaaccctaaaattttacgttctaataaagttacaaaggccactccaatgaggacacaaataattaaaatcaaaaaatttacaatctgaataaactctatcacaaaacaattagctttaattgttcaactacctatagaaacctctatttaatcaggtcctaaacctaacgcatataatctgccaaaatagtaatcaattaaaaataatttttacttctcaatcctttcgtactaaaaaataactcctcaattaggagatagaaaccgacctggctttcgccggtctgaactcaaatcatgtaaaaatttaaaggtcgaacagaccttcttaaataactgctgcattatttagatattttaattcaacatcgaggtcgcaaacttctttttcgataggagctctcaaaagaaataacgctgttatccctaaagtaacttagtcttttaatctttaataaggatcaactacattaaaatcatttattattgtattaagctataaacagttaatataaattatatttatgtcgccccaacaaaacacactaattagattaaacttttactttttaattaagtaaactctacttatatgtaaagctttatagggtcttatcgtccccctaaagaatctaagccttttcacttagaggttaatttctaattttataataaagacagttttcctttgtccgaccattcatacaagctttcaatcaaaaagctaatgattatgctacctttgcacggtcaaaataccgcggctcttaaacaatcctgtgtcagtgagcaggccagactatatatacccccaaatagacatgtttttgataaacaggcaagaaataaaattgcttagttcctttattatatcaactcatatttaaatctgtaaaattaatttatttttctaatttacaacatattttactaatagaaccattttttcttaatgttaaaaaataccattaatattttgataaaatttaaagtaatccataaatattttaaattattatatttttattagaacattatactatcatagctactcttaagcctagataaaaatacaatttaaataataaactattgacttatcttattgaataagaagctaaaccctcctactcttaaatcttaattaaaattaaaattaaaatctaaattaaatttatttctcaaataactagatatcacaaaactcaactggcatttcacctttaaattattatttaaaatttttatactacaaaaactttactaattacttaactttttttgttccgagattattgtctttatcaaattaatttgattctccctgatacacaaggtacatttttttataattactaacaatacctacacaaatttaaaatttcctttacagtacttttaacctatagctttaaactagaatttatttaacttttacttttctttaataattgatttcttaacacataaaacttataattttaaccaatttataaggtatcaaaataaaccgatttgcacggtaactcttttcaacgtaaatgaaatgctttacttgtttagctttattttgattaatccaggcttactttccagtgagcctactatgttacgacttatttcatctctaaatgaaagcgacgggcgatatgtacatgatttagagcttttatcttttaagcatattaagcttttattacaatcaaatcctcttttttaatcttatttaaaaaattattccatgtaatttaagattattgtaacccatttaaacttatttattggttgcaccttgatctaatttcaattataattaaaatgtcaataatatttctttaaaaattatctgataatgatggtatacaaactgatttaacaaaaataagtaagattttcgtggtgtatcgattataaaacaggttcctctgacaagactaaaccaccgccaaattcttcaaatttttagattataactgttaatgttcaagttatattattaaactccagtataatagggtatctaatcctagtttaggcctagaaattttctagcttcagtttaaattaatttaatttataaaaaataatctaatttcactttttatttttttaaatctatgataatcctctcttaactaataaaccaataactttcacccaaccctaaagtctaaccgcgactgctggcacaatatttaatcgggtttctaactattaccagatcacacttacatgtattgtctaatgatttatgctgagattttatttattataaattataatttttattttttatttaaatctatataaaatttattaaattactcactttaattttcatacaatttttatagtattataaaagcttaagaaagaataaaactttaactcttaatcaaatccaattcttagttaaaatctaaattaccattagcataatctaaaagtattattataatacctcttacacacctataaatatattatacgtaaggacaccacttaatgaataatacagttcattaagtgactatatttactcctaccttacatacaaagtattagaaaataacatacacacataaattataatacacatacatgttgtgtatattatgtattatatatatactaattataaaaagatgtaaataaaataataaatcttatatacatagatttataacataatatacactatgagtttccatttaactttattatataataagaacagtatttatacaacccctcttcatcttaaccaacgaagctttatctttaagcttaagtaaattactgattatattttaaaacttttatatttcttaaataagtacttatatcgattatttttaaagttatatttttggaattttaatattacaatatagtgcctgatttaaaaggaaagctttgatagagctgatcatgtaattatattattacctatattatttacagcagaattaaaccgcttcctcaaagatcaaaactttatgtgcttaactttacactaataaacaacacttcaaaagataagctaataaagctaatgggctcataccccgtaaatgagagtaaacctctctctttttaatggctattccaatatcatctttattttttcttttattattaattataagcttaattttatccatctcttcgtcttcatgatttggagcttgaattgggttagagcttaacttactgtcttttattcctattattgctaccaaaataaactcttattcatcagaagctgcattaaagtatttcttaatccaagctctagcctcatctttaattattatatcaacatctttagctctaatttatccttatatctcctcttttattattctaatagcattattattgaaattaggagcagctcctttccatttttgatttccccaagtaataatagggcttatatggacacaaatcattattttaataactattcaaaagattgctccaatgctacttatctcctacttaatggaaactaatctaattcttaaaactttaatcctatctgcaattttttcagccgtagtgggagccttagggggcttaaacaatataagtttacgaaaaattatagcattttcgtctattaatcacatatcttgaatattcatagctttaacaatcagagaaacaatatgattaatgtatttcattttttattctactatttctatctcagttgttcttttatttaactaccttcaaatctataatatctcttctatattaactctctcccctttaacttctattactcccttagctattcctatagctcttttatccataggggggttacccccttttactggtttcattcctaagtgaatcttaattcaagttatattagattctaatatagtaatttctttggtcttccttttaagctcagcccttattactttattcttttatttgcgaattattattccattctttttattatcaagcccatctatgtcattttataacaaaataaaatataataataaatctatatatttctattcatttatcttcttcaatctcgttggtataatatttccattaacttttattattccttaggattttaagttattaaaactaagtgccttcaaagcccttaaaaaagtaaacccttttaaatcctataagccctagtgctctgcacatctccagatttgcaatccgacatatttattatactttaagacctgataaaaagctaatgcttataaataaatttacaatctatcgcctatattcagccactttatc"
			%) /*ali_genom*/

		acc				"AB735678;"
		date				"04-JUL-2013 (Rel. 117, Created)04-JUL-2013 (Rel. 117, Last updated, Version 1)"
		description			"Chionoecetes japonicus pacificus mitochondrial DNA, complete genome,isolate: CJP-YT-2012."
		full_name			"Chionoecetes japonicus pacificus"
		keywd				"."
		org_id				"AB735678; SV 1; circular; genomic DNA; STD; INV; 15341 BP."
		organelle			"Mitochondrion"
		tax				"Eukaryota; Metazoa; Ecdysozoa; Arthropoda; Crustacea; Malacostraca;Eumalacostraca; Eucarida; Decapoda; Pleocyemata; Brachyura; Eubrachyura;Majoidea; Majidae; Chionoecetes."
		author				"[REF1] Yanagimoto T., Kobayashi T.; [REF2] Yanagimoto T., Kobayashi T.;"
		journal				"[REF1] Submitted (13-JUL-2012) to the INSDC.Contact:Takashi Yanagimoto National Research Institute of FisheriesScience; 2-12-4, Fukuura, Kanazawa-ku, Yokohama, Kanagawa 236-8648, Japan [REF2] Unpublished."
		nuc_rp				"[REF1] 1-15341"
		title				"[REF1] ; [REF2] \"Complete mitochondrial DNA sequence of the Red Queen Crab Chionoecetesjaponicus pacificus\";"
		%) /*species*/

	%) /*species_data*/