GenBank-Updates@genbank.bio.net (04/05/91)
LOCUS OBENAD101 1304 bp ss-mRNA ORG 05-APR-1991
DEFINITION Mitochondrion Oenothera berteriana ADH:ubiquinone oxidoreductase
(nad1) mRNA, exon 1.
ACCESSION M63032
KEYWORDS NADH dehydrogenase; NADH:ubiquinone oxidoreductase.
SEGMENT 1 of 3
SOURCE Mitochondrial Oenothera berteriana callus cell, cDNA to mRNA.
ORGANISM Mitochondrion Oenothera berteriana
Eukaryota; Plantae; Embryobionta; Magnoliophyta; Magnoliopsida;
Rosidae; Myrtales; Onagraceae.
REFERENCE 1 (bases 1 to 1304)
AUTHORS Wissinger,B., Schuster,W. and Brennicke,A.
TITLE Trans splicing in Oenothera mitochondria: nad1 mRNA are edited in
exon and trans splicing group II intron sequences
JOURNAL Unpublished (1991)
STANDARD simple staff_entry
FEATURES Location/Qualifiers
exon 164..566
/number=1
/gene="nad1"
BASE COUNT 345 a 270 c 320 g 369 t
ORIGIN
1 cattcgaagt aaggtaagag gattcgatct tgcaccatct tcaactcttc tcgggatcct
61 gagtttttcg aaaaaaggtc ccatccttca atatcatgat tgggtcgacc aggccagatc
121 atgagtgaaa tatcatgatt ggatcgacca ggccagatca tgaatgaata gaaaatcgaa
181 aacgtacata gctgttccag ctgaaatact tggaataatt ctaccacttc tactaggagt
241 agccttttta gtgctagctg aacgtaaagt aatggctttt gtgcaacgtc gaaagggtcc
301 tgatgtagtg ggatcgttcg gattgttaca acctctagca gatggtttga aattgattct
361 aaaagaacct atttcaccaa gtagtgctaa tttctccctt tttagaatgg ctccagtggc
421 tacatttatg ttaagtctgg tcgctcgggc cgttgtacct tttgattatg gtatggtatt
481 gtcagatccg aacatagggc tactttattt gtttgccata tcttcgctag gtgtttatgg
541 aattattaca gcaggtcggt ctagtaatta gggggcggcc gttcggtcgc ctatgatact
601 aggaccaata ggtaaaaaat gggtttgtgc cgtaggtgtt gaacgatcta ctctacacag
661 gtgtgggcaa ccagggctag ggctcataaa ccctttcttt catttatcag tagggccctg
721 gtcggtaact tttccgggcc gggatcgagt tgtggaagtt ataaaaaaga gatctttctc
781 tgagatgcga tgagaaagag tcttggtagc ttgtcaagct ggcctatata tatatattat
841 atataagatt cgctgtcttt taaccggctg ttcttctttg tcaacgctac taaggcgacc
901 ggttagggca gcgcctacaa cacaactgaa agagtttgag aatgggttct taaaaaagga
961 aaaggcccta caacgttgac tgacaatgac aaaggcttgc gaaactaagt agggcctgag
1021 gccccctgcg aatccgtaaa tctgaagagc atgccgcaac aaaaggatgg tcccctatgc
1081 atttcattct ttccggaagg gaaagaaaag taccccccat catggtgaac ctctccttgt
1141 gatcgggatg aggtagatgc ctcccagccg gggggcggat cgaatcggag tttccttagg
1201 tagccaccga cctacagtta tccttaaact tccgtgcttg gtggaaaaga agcgaacaaa
1261 ggtacgctcg cttgctgtct tgttctctgc cgcgaactgg gatc
//GenBank-Updates@genbank.bio.net (04/05/91)
LOCUS OBENAD102 4076 bp ss-mRNA ORG 05-APR-1991
DEFINITION Mitochondrion Oenothera berteriana ADH:ubiquinone oxidoreductase
(nad1) mRNA, exon 2 and 3.
ACCESSION M63033
KEYWORDS NADH dehydrogenase; NADH:ubiquinone oxidoreductase.
SEGMENT 2 of 3
SOURCE Mitochondrial Oenothera berteriana callus cell, cDNA to mRNA.
ORGANISM Mitochondrion Oenothera berteriana
Eukaryota; Plantae; Embryobionta; Magnoliophyta; Magnoliopsida;
Rosidae; Myrtales; Onagraceae.
REFERENCE 1 (bases 1 to 4076)
AUTHORS Wissinger,B., Schuster,W. and Brennicke,A.
TITLE Trans splicing in Oenothera mitochondria: nad1 mRNA are edited in
exon and trans splicing group II intron sequences
JOURNAL Unpublished (1991)
STANDARD simple staff_entry
BASE COUNT 1006 a 1008 c 1069 g 993 t
ORIGIN
1 cgtcatcaag atggatcgcc cttacgcggt caacgaagtc atactaatgc tcggacttct
61 cgcaagcgaa ttcggaaatg aaagaagtct accgaaagcc tttggtactt gtctgatcaa
121 aaccactggt agcttcaata gttcactgac attttgtgtc gttttttttt ggtatttcac
181 cggttactaa tccagtatac gtatagtagg cctccttcgt cactccacta gtggctcggc
241 ttggtctcgc tcccttcgcc cgcctatcgt atcggctcgg cttcgtccgt taagctactg
301 cttccgcctc tctaggcatg agctatcgct catgactggt atatggatct ctgatctctc
361 tatgtagtgg tcttccttct agaagcttct aagaagcgac tagtcgcttc ccgaatgcct
421 cttgacttta gtatggtcta gtctttccaa tgcctccttc cttgccgcca ctgtaggcta
481 ctaggagagt aagcaacctt gcttgcattc tagaaagggc agcttccacg cccttcctgc
541 ctgctgaaat tgatgtgaat gatcgtgaga gctcttcaaa tcctattcag tctgattaga
601 tatgtcactg aaacaatccg ttctgtctct gttttatttt cggattccga gggtgagccg
661 gccgatccta acatcattta tgaggaaccg gacgacgaag cctcctcctc tgataaagat
721 gtctccgacg cgactctccc ggcaagacca actttgtcta ttgtgatttt tttggcgggt
781 tcggtcagga gggacaaaag agagatgctt tctatcagtc aaaagcagat accgcccccc
841 cacgatccgc ttaccgagga atagaaaggg aggaccgggg gtcagagcaa gttgggttgg
901 ggtatagagc cgtaagcgcg gtgggggttg acagaggacg tgctcgtacg gttcatagaa
961 gggtatgatc aactcgttga ttgttgggaa ctttcactcc tctatattcg aaatatgcct
1021 ttctaggagc attacgatct gcagctcaaa tggtctctta tgaagtctct attggtctta
1081 ttcttattgt gcgccttgtg agcgcgtttg gatccgcgaa ggcaatcgct cggatcttcc
1141 tctaacccaa cccgggaacg gaccggaggg aaccgcagca tggggaatgt ccgcgtctcg
1201 tcgcaaggct cattttgagt tgtgggtcat agggcgcgct tcgggcgggc agctttatct
1261 gatcaagggc cggggcacaa gggtcctggt actatccagg tgcgaagaac ccggaggtga
1321 ctgcaatgag cagaaatccc actcaccggc ctaaacgacg agcaaacact cgaacgtgag
1381 agcaagggat cacccgacga atggacgagc tccaaggagg gaggagagag gaaggcaaga
1441 accatacttt cagagaggtg gcggtctgaa tcaactctga actgcgagaa taactgacta
1501 agccgtgcca taaggggtca ttctccaaac gggacggggc caagccttta ggttgtttaa
1561 gtaggttggg tgacagatcg gccataggag tactccggga tataaacaag ggcaacaaat
1621 gtcgagcata tgacgatgcc gccccttttc atttcgtgga agcccccggc agaggaaagg
1681 gctgtaggtg atggtgcgtt ctgcttctta tctagcgtta gaggggcgct gaaatcgttc
1741 ctattgggtc gtgcgtggca gctggtatag atgaataaag gcgggccgct tgaacgggac
1801 ctattctcaa cataggcggc aaggctgaat aggaaagggg ccgagctgac tgatgagagc
1861 ctttttagct tagccttttt ctaactaaag gctctcatgt ggagctaggc tggctacata
1921 caagtatagc caaatcaaga tgagacgggg cggacggtca gaggccgcag cgggactacc
1981 ataggaaagc gcgcccccgc tagctaacat agaaagagat tcccgtaacg catccgtctc
2041 tatgtgaatc tcttcccgac caggccaggc cgaatcgggc caccacttgg gatgggaatg
2101 gctcagccca catgcatcat ttgatgaaag cactccagtc gcctcctcga agtggcttgt
2161 caaccacgct ttccctccct caaaacaagg gtcctcaccg aacttccttg ggttggggca
2221 acacagcaat gagtagttcg cttcaggact ccaccccctc gagagcagga tgccgaccga
2281 gatagagctg ggagccaacc taacctttcc tggggtttgc cctgccccaa catcgaaata
2341 aaaggcgggc gccgaaaagg aacctggcca gcctcttcaa gaaagctttg cttggtaggc
2401 gctgcctact cactcggaca atgctctgaa cacgaaagtg tgcagttccg cccccttctc
2461 ccatgctgag tcacaggcag cgcctcggaa agcacggacg agccacatgc agggaaactt
2521 gcacgtgtgg ttctggccgg agaccccggt atactgtact aatatgtgta ggtccccgta
2581 attcgagtga gattgtcatg gcgcaaaagc agatatggtc cggtattccc ttgtttcctg
2641 tattggttat gttcttcatt tctcgtctag cagaaactaa tcgagctccg tttgatctcc
2701 cagaagcgga agctgaatca gttgcaggct ataatgtaga atatgcgcgg gatgcgatcc
2761 ttaatagtcc actgttggcg gaagccaatg tcccggggtc ccggggactc attctgactg
2821 aaacaagggg tgggtcttta ccaactctaa aatattccat ttttgggaag ccaaaaaacg
2881 tgagcgccta gcatgagcct tattgaaagg gcctaagact atagataggg cgttagcgct
2941 ttacggagag aatagaaagg gcttttcttg cttgtttagt aaagtcacgc ttttcatttt
3001 gagttgacta ggtgcttttt ggggcagggc actcttcatt cttcattcga aactaatgaa
3061 tgttgggtcg gggctttctg ccttgttatc aaaaaaggag ttgggtaaag caaactccct
3121 ccttggacga gcacgggaca acgtcaagta gaaccgggtt gcgttgcttg atgctccgat
3181 cgaaaacaaa tcagtggggc catgccggta cgactgaata tgcgttagaa aggtcaatcc
3241 ctcccctacg acaccaaaaa aaccgggccg aacttctaac agcctgcccg cttccataga
3301 acaatatcgt ggcaacgtag acctaagtgg tcatattgga tccttgggaa ccatcacaag
3361 tacggccggc ctatatttga acgagaatgc cgtgtcgtcc agcggagcct agaagaaggt
3421 gactcgcgca gacagctgac tccttttcaa tagaaaggaa tagccaaacc aacccagctg
3481 gctggtcaat ctcagagatc aactcggccg gcaaaccgga gacggacgac cacggtcccg
3541 accttaccag caccggaggt gtactaatca atgaagcccc taaacctact ttcttttctg
3601 acaaaatcaa ccaagcctaa ccggtcacga catcttgttg atattgattg agtttgaggg
3661 actttcgctg actgaatcca tccataacct agaccccggt aaccttcgtt accaaagcgt
3721 cacgacaaca tccaaaggtg acctttggat tcttaagtag ggggggagga gcacgtagga
3781 atgccgaccg ctacataagc cactagtggc tgagagaaag cgagcagcac cttggttagg
3841 ttgggcggag cttgaagaag cgagcccctt tcagagaaag ccattgcgcg ctagcctagc
3901 tagctaacct tttgaagctg gctgttatgt tagttgtagc gcgccttccc tccttctctc
3961 acttcggaaa gattgagcag tcttttctta tgatgacctg gtcgagagag aaacatcggt
4021 gtaaaagatt gagtgggatc tgtgaggttg gttgccaccg gatatactca agttga
//GenBank-Updates@genbank.bio.net (04/05/91)
LOCUS OBENAD103 4013 bp ss-mRNA ORG 05-APR-1991
DEFINITION Mitochondrion Oenothera berteriana ADH:ubiquinone oxidoreductase
(nad1) mRNA, exon 4 and 5.
ACCESSION M63034
KEYWORDS NADH dehydrogenase; NADH:ubiquinone oxidoreductase.
SEGMENT 3 of 3
SOURCE Mitochondrial Oenothera berteriana callus cell, cDNA to mRNA.
ORGANISM Mitochondrion Oenothera berteriana
Eukaryota; Plantae; Embryobionta; Magnoliophyta; Magnoliopsida;
Rosidae; Myrtales; Onagraceae.
REFERENCE 1 (bases 1 to 4013)
AUTHORS Wissinger,B., Schuster,W. and Brennicke,A.
TITLE Trans splicing in Oenothera mitochondria: nad1 mRNA are edited in
exon and trans splicing group II intron sequences
JOURNAL Unpublished (1991)
STANDARD simple staff_entry
BASE COUNT 1020 a 978 c 1043 g 972 t
ORIGIN
1 ggctaccctc gactcattcc ttattatatc tcaaataaac ccctccctga agagagcaga
61 agctccagga tgagtatgtc ctggattccc ggattcattc tcgtcctgat ccaactagag
121 tttttcgaaa tctacttttt gattgacgga gagggctcgg tttgatcttc tcaaagatca
181 taaggtgctg aagtggcagg agttgggggc gatctttagg tttttgtgaa agggatgctc
241 aactcatgtt atttctgaaa agaaaaaccg aattcttgat gtcgattcat ccacacttcc
301 attccttgta gaggaaggct aactgcttgc tggctgggag ctgtatgagc ggtaacgtcc
361 acgtacggct ccgtgagaag ggcggtggac agaaatggcc ttgttgtacc tcactctcgt
421 cttcaatggg gtctgctcta ttttttttgg gagagtatgc caatatgatc ttaatgaggt
481 gcggggcttt gcatctgaca ttcgttgggc ttccctcttc gagagcctgc gtcccggctt
541 gtgcaataaa cccctccggc cgaagactag tggtaggtgg tcccgcggag ctttcggaga
601 agggtagcct agtgtgtaag cacagcaatg aaccgcggcg aaccctcaga cgccctatct
661 aagattaggg ggggatcctc agtagtggtg acccttgctt gaactcttcc tcggactgat
721 acatgtaccg aatgctcata cgggaaagtt gactcctggg tctggaactg gggggttgct
781 ccgagaaatc ctttctttct cgtccactca ggggggtgcg gacacacctg cgcggattac
841 aggtgacggt tacaagaatg gcggggaagt gaacagtacc cgacgacatt cagggatgga
901 tgtagaccca tcggcaggga taatcattcc ggtcctggga gaggtggcga ccattctcaa
961 gaaccaaaaa gactgagctg agggaagccc tatgagtcac tgaaacgacg gcaggagggc
1021 ctttgatcta tcaatagggg agcaaaaaat gggctttgct cccctaacca atatgaagaa
1081 agaaataagg gtcgaagttt agaccgctaa cagtagttct acctatagaa aagatcatga
1141 aagaggcgat cagaatggta ctcgaatcca tttacgatcc cgagtttcca gacacatcgc
1201 acttccgctc gggtcgaggc tgccactcgg ccctaagacg gatcaaagaa gagtggggaa
1261 cctctcgctg gtttttggaa ttcgacatca ggaagtgttt tcacaccatc gaccgacatc
1321 gactcatccc aatctttaag gaagagatcg acgatcccaa gttcttttac tccattcaga
1381 aagtcttttc tgccggacga ctcgtaggag gtcagaaggg cccttactcc gtcccacaca
1441 gtgtactact atcgccgcta ctgggcaaca tctacctaca caagctcgat caggagatag
1501 ggaggatccg acagaagtac gaaattccga ttgttcagag aatcagatcg gttctattaa
1561 ggacaggtcg tattgatgac caaaaaaact ctggagaaga agcaagcttc aacgctccac
1621 aagacaacag agccatcatt gtggggaggg taaagagcat ccaacgcaaa gcggcctttc
1681 attcccttat ttcgtcgtgg cacacccccc ccacaagcac cccccggctc aggggggacc
1741 agaaaaggcc tttcgttttc cccccttcgt cggcccttgc cgccttcctt aacaagccct
1801 cgagcctcct ttgcgccgcc ttcctcatag aatccgccgg gtttagccct caggccgaat
1861 tcgatggtag agaacgctgt aataataatt gggccatgag agaccttatt aagtattgca
1921 aaagaaaggg cctgctgata gagctgggcg gggaggcgat actagttatc aggtcagaga
1981 gacgtttggc ccgtaagctg gcccccttaa aaacccaaac ctttataagg atttgttacg
2041 cgcgatatgc cgacgactta ctactgggaa tcgtgggtgc cgtagagctt ctcatagaaa
2101 tacaaaaacg tatcgcccac ttcctacaat ccggcctgaa ccttggggta ggctctgcag
2161 gatcaacaac aatagctgca cggagtacgg ttgaattcct cggtacggtc attcgggaag
2221 tccctccgag gacgactccc aacaaatttt tgcgagacgt ggagaagcgt ctacgggtaa
2281 agcaccgtat ccatataact gcttgccacc tacgctccgc catccattcc aagtttagga
2341 acctagagtt gagtatcccg atcaaagagc tgacgaaggg gatgagcgga acagggagtc
2401 tactggacgg ggttcaacta gtggagactc ttggaaccgc tggagtaatc agtcccaaag
2461 tgagcgtatt atgggggacc gtaaagcaca tccggcaagg atcaaggggc atctcattgt
2521 tgcatagctc aggtcggagc aaggtgccat cggaccttca acaggcagtc tcacgatcgg
2581 gcatgagtgt ccagaagttg tcattgtata ctcccgcggg tcggaaggcg gcgggggaag
2641 gaggaggaca ctggacggga tctatcagca gcgaattccc catacggata gaggcgccta
2701 tcaaaaagat actccggagg cttcgggatc gaggtctcat tagccgaaga agaccctggc
2761 caatccacgt ggcctgcttg acgaacgtca gcgacggaga catcgtaaat tggtccgcgg
2821 gcatcgcgat aagtcctctg tcctactaca ggtgctgcga caacctttac caagtccgaa
2881 cgattgtcga ccaccagatc cgctggtctg caatattcac cctagcccac aagcacaaat
2941 cctcgacgcg gaatataatc ctaaagtact ccaaagactc aaatatagta aatcaagaag
3001 gtggtaagcc ccttgcagag ttccccaaga gcatagagct tggaaagctc ggacccggtc
3061 aagatccgaa caacaaggag cactcaaata ctagtctagt ctagtagtcg ttttgttcta
3121 ttagttgcaa tgcgaacagg cgtttactta tgagattagt tgagtaggct tgcgttagtt
3181 atctgctagt gtttagctag ttttggggct ttcgacataa aaaagcctat ccggccggcc
3241 tggcttcgct atcgctcatg acttgtattg tagtcggtcc ggaagttcgt ttctggcgac
3301 tagcttctac cgctagcgct tggacttgga agcaagctac agctaccttg aatcaatcaa
3361 tgaatgaatg aaaaggaacc gcttaccgag gaatagaaag ggaggacagg ttggttcgag
3421 gacccgttgg tcaaaggaag gggggtccag attccgggac ggagccgtat gacgcgagag
3481 tgtcacgtac ggttcctttg agaagggtgt gataccacca cctatcaggc ccgacgagcg
3541 gtccacggag ctgcatccct actcacctgg tttatgcaca tcgctctctc caggaggttg
3601 gccgcctatc ctagatcttc ccattttcaa aaagatcccg ggctcgatct ggtttagtat
3661 caaggtgatt ctctttttgt tcctatatat atgggtccgt gcagcatttc cacgatatcg
3721 ttatgatcaa ttaatgggac ttggccggaa agtgttcttg cctctatcat tagctcgggt
3781 agtccccgtt tctggtgttt tagtaacctt tcaatggctc ccttaatgtt gtgcgaggga
3841 ttgccctctt gagtaatggg aaggggaagc gggataggcc ccgaagattc ccgttaagaa
3901 gttggggttc aaaatcttac ttgctaaaag ctcttgctgt ctgaatgtgg aatttcatgc
3961 tgcctcatta tgcctacaat ctatcattac aatctttcat atcgaccttg aac
//