GenBank-Updates@genbank.bio.net (05/27/91)
LOCUS ECHSK 2450 bp ds-DNA BCT 27-MAY-1991
DEFINITION Erwinia chrysanthemi gene for shikimate kinase
ACCESSION X14777 M14741
KEYWORDS shikimate kinase.
SOURCE Erwinia chrysanthemi DNA.
ORGANISM Erwinia chrysanthemi
Prokaryota; Bacteria; Gracilicutes; Scotobacteria;
Facultatively anaerobic rods; Enterobacteriaceae.
REFERENCE 1 (sites)
AUTHORS Minton,N.P., Bullman,H.M., Scawen,M.D., Atkinson,T. and
Gilbert,H.J.
TITLE Nucleotide sequence of the Erwinia chrysanthemi NCPPB 1066
L-asparaginase gene
JOURNAL Gene 46, 25-35 (1986)
STANDARD full staff_review
REFERENCE 2 (bases 1 to 2450)
AUTHORS Minton,N.P., Whitehead,P.J., Atkinson,T. and Gilbert,H.J.
TITLE Nucleotide sequence of an Erwinia chrysanthemi gene encoding
shikimate kinase
JOURNAL Nucleic Acids Res. 17, 1769-1769 (1989)
STANDARD full automatic
COMMENT SWISS-PROT; P06608; ASPG$ERWCH. SWISS-PROT; P10880; AROL$ERWCH.
From EMBL entry ECSK; dated 22-MAR-1989.
FEATURES Location/Qualifiers
CDS 1734..2252
/note="shikimate kinase (AA 1-173)"
/codon_start=1734
BASE COUNT 541 a 578 c 740 g 591 t
ORIGIN
1 tcgctcataa cgtctggacc atgccggaat agcctgtccg gtaaaacaac gctgtggcat
61 cgcgtcagcg ttgatgacat gcgcctgacg caggttcgtc aatcgctcgt cttttccctc
121 ccctgaaagg tgttggtcga gaatagtgag gtcattcagt gatctggctc tcctgttgat
181 catcaggtgc tatacataat tcttatggca cactgcaaca taaccgccga tgccagtcct
241 gcagactggc agctaatgcg ttttacgaga aaaaatgatc ggctggtgcc ggtgttatgg
301 caaaacagac cgatcatcct ctgaccaaat aaagagaatc tgttatggaa agatggttta
361 aatctctgtt tgttctggtt ttattttttg tttttacggc gagtgcggca gataaactgc
421 ccaatatcgt tatcctggcg accggcggta caattgccgg ctcagcggca acgggtaccc
481 aaaccacagg ttacaaggct ggcgcgcttg gcgtggatac gctaatcaac gctgtgcctg
541 aggtgaagaa actggctaat gtgaaggggg agcagttctc caacatggcc agcgaaaaca
601 tgaccggtga tgtggtgctc aagctgagcc agcgtgtgaa tgaactgctg gcacgggatg
661 atgtggatgg tgtggtgatc acccacggga ccgacacggt ggaagagtcg gcttactttc
721 ttcatctgac ggtaaaaagt gacaagccag tggtgtttgt cgcagcgatg cgtccggcaa
781 cggccatcag tgctgacggc ccgatgaacc tgctggaagc ggtacgcgtg gcgggtgaca
841 aacagtctcg cggtcgcggc gtgatggtgg tgcttaatga tcgtatcggc tctgcccgct
901 acatcaccaa gaccaacgcc tctacgctgg atacgttcaa ggcgaatgaa gaaggctacc
961 tgggcgtcat tattggtaac cgcatttact accaaaaccg aatcgacaag ctgcatacca
1021 cccggtctgt gttcgacgtg cgtggcctga cttcgctgcc gaaagtcgac attctttatg
1081 gctatcagga tgacccggaa tatctgtatg acgcggctat ccagcatggc gtaaaaggta
1141 tcgtctatgc cggtatgggc gcaggttcag tgtccgttcg cggtattgcc ggtatgcgca
1201 aggcgatgga gaaaggcgtt gttgtgatcc gttctacccg cacaggcaat ggtattgtgc
1261 cgccggatga agagctgcca ggtctggttt ctgactctct taacccggca catgcccgca
1321 ttctgttgat gctggcattg actcgcacca gtgatccgaa agtcattcaa gagtatttcc
1381 atacttattg attgtcttta tgttgattgc cttcgcgttg atcgctttag cgtgtgagtg
1441 cgatttgaac tatgcaggcc gcctttgggc ggccttattg ttggtaacag aaccatcaat
1501 agcagtcgat gtttcatggg aagattagcc atgtctggtg taaatcgtgg cgtgttgtgc
1561 tggatttgtg cggaaagctg gcgtgaagtg gctttccccg taccagagcc gtacggaggc
1621 tttcttaatg aggattattg cctgtatgat tctgctcttg gtacgacagg cgctggctga
1681 cagcaacgtc gttgcgaaga gcttgcctga gaaaaagaag gacaggtcgt gacatgacag
1741 aacccatttt tatggtcggc gccagagggt gcggaaaaac caccgtcggc cgtgagctgg
1801 cgcgggcgct tggctatgag tttgtcgata cggatatttt tatgcagcac accagcggca
1861 tgacagtggc ggacgtggtg gcagcggaag gctggccggg gtttcgccgc cgtgaaagcg
1921 aggccttgca ggctgtcgcg acaccgaatc gtgtggtggc gaccggtggc ggcatggtgt
1981 tgttggagca aaaccgccag tttatgcgtg cgcacggaac ggtcgtctat ttgttcgcgc
2041 cagccgagga gctggcgtta cgcttgcagg caagcccaca ggcacaccag cgaccgacac
2101 tgaccgggcg gcctattgct gaggaaatgg aggcggtgct ccgtgaacgc gaagcgttgt
2161 atcaggatgt agcgcactat gtggtcgatg cgacccaacc gcccgccgcg attgtctgcg
2221 aattgatgca gacgatgcgt ctgcctgcgg cctgacggac aactgatttt ttaacagaag
2281 ggttggcatt atgctgaatg taaatgagta ttttgaagga aaagtaaaat ccatcgggtt
2341 tgacggtagc cgcatcggtc gtgccagcgt cggggtgatg gaagcaggcg aatacacgtt
2401 tggtaccggt caggcggaag aaatgaccgt cgttagcggt gcgttgaacg
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