From: GenBank-Updates@genbank.bio.net
Newsgroups: bionet.molbio.genbank.updates
Subject: Anabaena sp. ADP-glucosepyrophosphorylase (agp) gene, complete cds.
Date: 15 Sep 92 10:02:01 GMT
Distribution: bionet
Checksum: 20372     5

LOCUS       ANAAGPG      1699 bp ds-DNA             BCT       15-SEP-1992
DEFINITION  Anabaena sp. ADP-glucosepyrophosphorylase (agp) gene, complete cds.
ACCESSION   Z11539
KEYWORDS    ADP-glucose pyrophosphorylase;
            glucose-1-phosphate adenylyl transferase.
SOURCE      Anabaena sp. (library: PCC 7120) DNA.
  ORGANISM  Anabaena sp.
            Prokaryotae; Gracilicutes; Oxyphotobacteria; Cyanobacteria;
            Nostocales; Nostocaceae.
REFERENCE   1  (bases 1 to 1699)
  AUTHORS   Charng,Y.C.
  JOURNAL   Unpublished (1991)
  STANDARD  full automatic
REFERENCE   2  (bases 1 to 1699)
  AUTHORS   Charng,Y.C., Genichi,K., Iglesias,A., Buikema,W.J. and Preiss,J.
  TITLE     Molecular cloning and expression of the gene encodes ADP-glucose
            pyrophosphorylase from Anabaena sp. strain PCC 7120
  JOURNAL   Plant Mol. Biol. (1991) In press
  STANDARD  full automatic
COMMENT     *source: strain=PCC 7120;
            From EMBL    entry ANAGPG;  dated 10-DEC-1991.
FEATURES             Location/Qualifiers
     repeat_unit     1..7
     -35_signal      33..38
                     /citation=[2]
                     /citation=[1]
     -10_signal      54..59
                     /citation=[2]
                     /citation=[1]
     RBS             237..240
                     /citation=[2]
                     /citation=[1]
     CDS             248..1537
                     /EC_number="2.7.7.27"
                     /standard_name="AnaAGP"
                     /product="ADP-glucosepyrophosphorylase"
                     /gene="agp"
                     /evidence=EXPERIMENTAL
                     /codon_start=1
                     /translation="MKKVLAIILGGGAGTRLYPLTKLRAKPAVPVAGKYRLIDIPVSN
                     CINSEIFKIYVLTQFNSASLNRHIARTYNFSGFSEGFVEVLAAQQTPENPNWFQGTAD
                     AVRQYLWMLQEWDVDEFLILSGDHLYRMDYRLFIQRHRETNADITLSVIPIDDRRASD
                     FGLMKIDNSGRVIDFSEKPKGEALTKMRVDTTVLGLTPEQAASQPYIASMGIYVFKKD
                     VLIKLLKEALERTDFGKEIIPDAAKDHNVQAYLFDDYWEDIGTIEAFYNANLALTQQP
                     MPPFSFYDEEAPIYTRARYLPPTKLLDCHVTESIIGEGCILKNCRIQHSVLGVRSRIE
                     TGCMIEESLLMGADFYQASVERQCSIDKGDIPVGIGPDTIIRRAIIDKNARIGHDVKI
                     INKDNVQEADRESQGFYIRSGIVVVLKNAVITDGTII"
                     /citation=[2]
                     /citation=[1]
     repeat_unit     1536..1542
                     /function="restricted to heterocystic cyanobacteria"
                     /rpt_family="agtcaac"
                     /rpt_type=direct
                     /citation=[2]
                     /citation=[1]
     repeat_unit     1543..1549
     repeat_unit     1550..1556
     repeat_unit     1645..1651
BASE COUNT      509 a    389 c    349 g    452 t
ORIGIN
        1 agtcaacagt catttcacaa attaaggcaa gattaagaaa atactgtaac cattaacata
       61 tctaatattt ttaatcatga gtgcaaatta atacagtgga aattgttttc tgatcaatgg
      121 ctgcacgata cgtcaccagt aaggtttttt aaaattcatt caagataatc tttgatcccc
      181 ccttaccagc tgccacagac agtcctaaac tgtaggtggg agttgaaagg cagttgggag
      241 aaatcttgtg aaaaaagtct tagcaattat tcttggtggt ggtgcgggta ctcgccttta
      301 cccactaacc aaactccgcg ctaaaccggc agtaccagtg gcagggaaat accgcctaat
      361 agatatccct gtcagtaact gcattaattc ggaaattttt aaaatctacg tattaacaca
      421 atttaactca gcttctctca atcgccacat tgcccgtacc tacaacttta gtggttttag
      481 cgagggtttt gtggaagtgc tggccgccca gcagacacca gagaacccta actggttcca
      541 aggtacagcc gatgctgtac gtcagtatct ctggatgtta caagagtggg acgtagatga
      601 atttttgatc ctgtcggggg atcacctgta ccggatggac tatcgcctat ttatccagcg
      661 ccatcgagaa accaatgcgg atatcacact ttccgtaatt cccattgatg atcgccgcgc
      721 ctcggatttt ggtttaatga aaatcgataa ctctggacga gtcattgatt tcagtgaaaa
      781 acccaagggc gaagccttaa ccaaaatgcg tgttgatacc acggttttag gcttgacacc
      841 agaacaggcg gcatcacagc cttacattgc ctcgatgggg atttacgtat ttaaaaaaga
      901 cgttttgatc aagctgttga aggaagcttt agaacgtact gatttcggca aagaaattat
      961 tcctgatgcc gccaaagatc acaacgttca agcttaccta ttcgatgact actgggaaga
     1021 tattgggaca atcgaagctt tttataacgc caatttagcg ttaactcagc agcccatgcc
     1081 gccctttagc ttctacgatg aagaagcacc tatttatacc cgcgctcgtt acttaccacc
     1141 cacaaaacta ttagattgcc acgttacaga atcaatcatt ggcgaaggct gtattctgaa
     1201 aaactgtcgc attcaacact cagtattggg agtgcgatcg cgtattgaaa ctggctgcat
     1261 gatcgaagaa tctttactca tgggtgccga cttctaccaa gcttcagtgg aacgccagtg
     1321 cagcatcgat aaaggagaca tccctgtagg catcggtcca gatacaatca ttcgccgtgc
     1381 catcatcgat aaaaatgccc gcatcggtca cgatgtcaaa attatcaata aagacaacgt
     1441 gcaagaagcc gaccgcgaaa gtcaaggatt ttacatccgc agtggcattg tcgtcgtcct
     1501 caaaaatgcc gttattacag atggcacaat catttagtca acagtcaaca gtcaacagtt
     1561 aagaatttca actttgacta atgactactg accctagact aatgacaaaa ctcatattac
     1621 tgattggtct tcctggtagc ggtaagtcaa ccttggcaaa acaattagta gcacaatgcc
     1681 cccagatgca gctgatttc
//