GenBank-Updates@genbank.bio.net (09/29/90)
LOCUS ASNAMDRA 3378 bp ds-DNA PLN 29-SEP-1990
DEFINITION A.nidulans amdR gene, complete cds.
ACCESSION M36111
KEYWORDS regulatory protein.
SOURCE A.nidulans DNA.
ORGANISM Aspergillus nidulans
Eukaryota; Plantae; Thallobionta; Eumycota; Ascomycotina;
Plectomycetes; Eurotiales; Trichocomaceae.
REFERENCE 1 (bases 1 to 3378)
AUTHORS Andrianopoulos,A. and Hynes,M.J.
TITLE Sequence and functional analysis of the positively acting
regulatory gene amdR from Aspergillus nidulans
JOURNAL Mol. Cell. Biol. 10, 3194-3203 (1990)
STANDARD simple staff_review
FEATURES from to/span description
pept 277 322 regulatory protein (amdR), exon 1
411 1514 regulatory protein (amdR), exon 2
1614 1617 regulatory protein (amdR), exon 3
1675 2818 regulatory protein (amdR), exon 4
pre-msg 104 3002 amdR mRNA and introns (alt.)
pre-msg 104 3011 amdR mRNA and introns (alt.)
pre-msg 114 3002 amdR mRNA and introns (alt.)
pre-msg 114 3011 amdR mRNA and introns (alt.)
pre-msg 119 3002 amdR mRNA and introns (alt.)
pre-msg 119 3011 amdR mRNA and introns (alt.)
pre-msg 121 3002 amdR mRNA and introns (alt.)
pre-msg 121 3011 amdR mRNA and introns (alt.)
pre-msg 122 3002 amdR mRNA and introns (alt.)
pre-msg 122 3011 amdR mRNA and introns (alt.)
IVS 323 410 intron 1
IVS 1515 1613 intron 2
IVS 1618 1674 intron 3
BASE COUNT 831 a 902 c 784 g 861 t
ORIGIN
1 atcgatttgt aactacttcg tccaaactat cataaaaagg gcctagaatc tctctccgca
61 cagcacgtga cacgctgggg gttcccgcta ttcttatcgc aggtttcccg ctctggcttc
121 cgaccttccg ctctcttaaa tcccgaggca ggtgaattat cccagaacat gccatgagcc
181 ttgctagcct ttgttgtttc cgaaacttac attggtgccc acggagaatg aagccgcaag
241 tttgcgggcc ctgattgctt cgtcaatgct tctgctatgt cctccacagc gcatccgacg
301 aaccttgcac cctcaggaaa tggtgtgaat aagcgcaagt caggtactgg cgtcaactcg
361 tcttcaagga tttttttttc cccccgctgc taacttctcg tgctttttag gctcagctgc
421 ctgcgtccac tgtcatcgtc gtaaagtacg atgcgacgct cgtctggtag ggctaccatg
481 tagcaattgt cgttcggcgg ggaagaccga ctgtcaaatc catgaaaaaa agaaaaaact
541 ggcggtgcgc tcgatactgg acccagttcc gatccgttgt cggcccccta accctgaaga
601 agcgccgaag ccgatatctt cgctatcacc gtcatcagag cctcccaatg ctttcacaac
661 tgcactccgc gctgttcagt cggatatcac agctccgtct ggggttgcga accgtgtcgc
721 acatatccga agccgtagtt ctcagtacga taccaaaggt accagatcca ataataactc
781 gggtaacaat actcaatatc aaaatgttct gccggagccg gattccccgc cctatagccg
841 ccccgcggcc tcagatccgt cggagggaga gtcgcgtgcg gatattgaga aacggttggt
901 gaatctgatt gacggggaag cttcggatag tcgggcgatt caaagaggtg tacgagcaat
961 atacgttggg cacgagctct cgaatatgtc tttcttgatc cgccaacaac gtgacacggg
1021 tgacgatgta taccacttcg cgggaaacga gatacctcgg cggcagctac gaactggcca
1081 tgatcagcta ctcatggatg ctctcacgtt acctgagcct gcccttgccg atgagctcgt
1141 gcatgcatat ttcgcacaag tcaatccagg ctacccgatt gttgaagagg agttgtttat
1201 gtctcaatac cgtaaccgag acccggccga tgcccctccg attctcctcc ttcaaactat
1261 tctgcttgtc ggcgcccatg tcactcgtcc gaagtccgaa cgcgatacac taaaagacat
1321 ttttttccgc cgtgccaaat ggctgttcga caacaggatt gaacggaatc gtgacatcct
1381 ggttcaggcc gcgctcctat tgacatggca ctcagaccta gctgacgacg acgtgtctgc
1441 caatgcacat tattggattg gaatagcggc taggattgcc actggactag gaatgcaccg
1501 taatccagtt tgcagtagat ttgtgcctcg ggatcgccga atgtggagga gactatggta
1561 catcttagta cagttcgatg tgatggtgtc tttgtcttat ggccgaccac aagcgctgta
1621 agtggtctat gctattgcct aagattatcc atgcgctaat ttgcacgatt ctagcaacct
1681 cgaggattct gatgtctctc cgttgacatt ttcagatttt gagggctgcg gtgcccgtgt
1741 acaggctgat tttgtcatcc acttttctga gttatgcacg atgatctctt acattgttcg
1801 ggaacgtttt ggacttagaa tcagcgctga acgccgcaag gctgcgctcc ttgaggctga
1861 cgaagccctt gcaaactggt cactgagact tccagataga ctacgtttga gggcgtcaga
1921 tatggacccc tggtctgcca tgcttcatct cacttacaat aatttcctaa ttcttctcca
1981 tcgacctcat ccaagagctt cagcgtactc ggatgactat ggtccccacg acgccgaaat
2041 ctgcagcgca gcagctggag tgatagcctc gatttttgaa gagcttcgta tacacgatcg
2101 actcaagctc ctctggtatt ctggcgtaca cactctattc accgcaatga ttcaagtacg
2161 ggtcgagctc cgattttcca acccggttct tgcaatcaat gcccttcgtc gctttgactc
2221 tgcttcatat tccctccgcg agctcgccca gtattggtct catgccagca ccatcctacg
2281 attatttgag gaatcgagac gcctccagga agatctgcga actacaacca gtgacagacc
2341 ccgtcgattc agcaatctca gcaataactc tacaaacagc cctgcctctc agcagaagaa
2401 cacctcaggc attcctcact tggcaaatat caactcatct gatgctacac cacccagcgc
2461 ccctagcata ccccctctac aaccaagcag tcagctatcc tacgaagtcc caacaaccga
2521 atctgctcac cataatccac gctcgcaacc cacgttaagt gctcatactc acacctatac
2581 aacccaaccg tttgacacct ggattccatc taacaacctg acacctatgg acacagtcga
2641 taattcacgc gaaatgcttg actggcgcca gctgttttcc ttcaccgatc tggagggacc
2701 agtccttcct tcaactatgg aagggataac cgagctggaa gacgagtggc gccagattta
2761 ctggcaagaa acgccgatgt cggatctctt gcaggatggt gggtggatgc atgggtaact
2821 ggagaagtat actttacctg ggtacatgcg ggaatgaaag agcttatctt ccagtctatc
2881 tttggggatc gtatttagca tactaatctt ggcgttttgg gtactatttg aaggcaacgc
2941 tgtgatgagt gcgggtaaag tggatggaca tagaacttaa gcataattta cctacaggta
3001 ttccacctat atcatatacg taaatccctt atcatatgca tgaacctaag cccgtgacag
3061 tgagctatat cctggaaagg ccaaatatgt ccaaaaaata tgaaattctg tgtagttagt
3121 ctatcagata tagaaaactc acttctggtt aaatcggccg tccgacattg cttccgagct
3181 tctgttggaa agatgcatac atgatcattt taggagtaag gggtgaacgc aacattcccg
3241 taaatagggc ttcccacagc cgctttattg caagaaacca ggccaacgta acgtcttggt
3301 gtgacggaca cttatagtgg ttagttgcag gaggcgtggc gtggtccaga aagggaatgg
3361 aaagaagact gcatagta
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