[bionet.molbio.genbank.updates] C. elegans gpd-2 and gpd-3 genes for glyceraldehyde-3-phosphate

GenBank-Updates@genbank.bio.net (05/18/91)

LOCUS       CELGPD23     3304 bp ds-DNA             INV       18-MAY-1991
DEFINITION  C. elegans gpd-2 and gpd-3 genes for glyceraldehyde-3-phosphate
            dehydrogenase (EC 1.2.1.12)
ACCESSION   X15254
KEYWORDS    GAPDHase; glyceraldehyde-3-phosphate dehydrogenase; gpd-2 gene;
            gpd-3 gene.
SOURCE      Caenorhabditis elegans DNA.
  ORGANISM  Caenorhabditis elegans
            Eukaryota; Animalia; Metazoa; Nemata; Secernentea; Spiruria;
            Spirurida; Spirurina; Filarioidea; Filariidae.
REFERENCE   1  (bases 1 to 3304)
  AUTHORS   Huang,X.Y., Barrios,L.A., Vonkhorporn,P., Honda,S., Albertson,D.G.
            and Hecht,R.M.
  TITLE     Genomic organization of the Glyceraldehyde-3-phosphate
            dehydrogenase gene family of Caenorhabditis elegans
  JOURNAL   J. Mol. Biol. 206, 411-424 (1989)
  STANDARD  full automatic
REFERENCE   2  (sites)
  AUTHORS   Hecht,R.M.
  JOURNAL   Unpublished (1990)
  STANDARD  full staff_review
COMMENT     SWISS-PROT; P17329; G3P2$CAEEL. SWISS-PROT; P17330; G3P3$CAEEL.
            
            Data kindly reviewed (06-JUL-1990) by R. Hecht *source: strain=
            Bristol N2; **map: map position=left end X chromosome See also
            <X52673> and <X52674> for gpd-4 and gpd-1.
            
            From EMBL 26   entry CEGPD23;  dated 07-AUG-1990.
FEATURES             Location/Qualifiers
     mRNA            <553..792
                     /note="exon 1"
     mRNA            <1919..2158
                     /note="exon 1"
     old_sequence    530..531
                     /note="gt was gggt in [1]"
                     /citation=[1]
     CDS             553..792
                     /note="gpd-2 gene product (AA 1-80)"
                     /codon_start=553
     intron          793..841
                     /note="intron I"
     mRNA            842..970
                     /note="exon 2"
     CDS             842..970
                     /note="gpd-2 gene product (AA 81-123)"
                     /codon_start=842
     intron          971..1016
                     /note="intron II"
     mRNA            1017..>1016
                     /note="exon 3"
     CDS             1017..1670
                     /note="gpd-2 gene product (AA 124-341)"
                     /codon_start=1017
     misc_feature    1784..1789
                     /note="polyA signal"
     CDS             1919..2158
                     /note="gpd-3 gene product (AA 1-80)"
                     /codon_start=1919
     intron          2159..2207
                     /note="intron I"
     mRNA            2208..2336
                     /note="exon 2"
     CDS             2208..2336
                     /note="gpd-3 gene product (AA 81-123)"
                     /codon_start=2208
     intron          2337..2385
                     /note="intron II"
     mRNA            2384..>2383
                     /note="exon 3"
     CDS             2384..3037
                     /note="gpd-3 gene product (AA 124-341)"
                     /codon_start=2384
     misc_feature    3082..3087
                     /note="polyA signal"
     misc_feature    3129..3134
                     /note="polyA signal"
BASE COUNT      870 a    839 c    629 g    966 t
ORIGIN
        1 tctagaactg attcaaaata gaccggggac tcctttcgaa tctctctatt ttacacagtt
       61 gaccttgata tgttagagag acgggcgact agcgagcata atgaagagat agattggttt
      121 tcacaaacaa tctctttttt tttgttttcc actacctttc aacgttcttc aatactttca
      181 tttcaggttc tcgaacaaca tcagcaacga ctgaaggaaa tcgagaaagg acacggaaca
      241 taaaaaatag agggcttttc aaacggctct ctgttctttt tgcatcatca ttttcaattt
      301 tccctttctt tttatgcata cttattctct cctctctatt ttctctctca cacgcatttc
      361 ttcatcttgc ctattgcatc attttttttt cgcttactgc acatgtttcg tcaaatagta
      421 aacatggttt ttatggcttc acttcatatt cttctctctt caatttgatt cgattttcat
      481 ttcgatcatt ctatttttat ttgtcgtttg tatgttagtt gaactgattg taagtagtat
      541 caattttcag ccatgccaaa gccaaatgtc ggaatcaacg gattcggaag aatcggacgt
      601 cttgtcctcc gcgccgctgt cgagaaggac agtgtcaacg ttgatgccgt caacgatcca
      661 ttcatctcca tcgactacat ggtctacttg ttccagtacg actccaccca cggacgcttc
      721 aagggaaccg ttgctcacga gggagactac cttcttgtcg ccaaggaagg gaagtcgcag
      781 cacaagatca aggtagaata ttttccaaac atattttgtt aaacattctc ttaaatttca
      841 ggtctacaac tcaagagacc cagctgaaat ccaatgggga gcctctggag ccgactatgt
      901 cgttgagtcc accggagtct tcaccaccat cgagaaggcc aacgctcact tgaagggagg
      961 agccaagaag gtaacttgta atcaactttt gtgcataaat atatttaaat ttttaggtca
     1021 tcatctctgc tccatctgct gatgctccaa tgttcgtcgt cggagtcaac cacgagaagt
     1081 acgatcatgc caacgaccac atcatctcca atgcttcctg caccactaac tgccttgctc
     1141 cacttgccaa ggtcatcaat gacaacttcg gaattattga gggacttatg accactgtcc
     1201 acgccgtcac cgccacccaa aagactgttg acggaccatc aggaaagctc tggagagacg
     1261 gacgtggagc tggacagaac atcatcccag cctctactgg agccgctaag gctgttggaa
     1321 aggttatccc agagctcaat ggaaagctca ccggaatggc tttccgtgtc ccaaccccag
     1381 atgtgtctgt tgttgatctc actgctcgtc ttgagaagcc agcttccctc gatgacatca
     1441 agaaagttat caaggctgcc gctgacggac caatgaaggg aattctcgct tacactgagg
     1501 atcaagttgt ctccaccgac tttgtctccg ataccaactc ttccatcttc gatgccggag
     1561 catccatctc actcaaccca cacttcgtca agctcgtctc gtggtacgat aacgagttcg
     1621 gatactccaa cagagttgtt gatctcatct cgtacatcgc caccaaggcc taagctgtct
     1681 catcctactt tcacctagtt aactgcttgt cttaaaatct atgcttctct ttagtatcta
     1741 aaattttcct agaagcttac aagtatataa atggtctctt ctcaataaag gttgtatatt
     1801 tattcatctt attgaatctg ccatttcctc gtttttgcga gtttatatac cttccaattt
     1861 tctttctatt gtattttcaa cttctaattt taattcaggg aaactgcttc aacgcatcat
     1921 gaccaagcca agtgtcggaa tcaacggatt cggaagaatc ggacgtcttg tcctccgcgc
     1981 cgctgtcgag aaggacagtg tcaatgttgt tgccgtcaac gatccattca tctccatcga
     2041 ctacatggtc tacttgttcc agtacgattc cactcacgga cgcttcaagg gaaccgttgc
     2101 ccacgaggga gactaccttc ttgtcgccaa ggaaggaaag tcccagcaca agatcaaggt
     2161 agaattattt ccaattagat ttcacctaat attctattca atttcaggtc tacaactcaa
     2221 gagacccagc tgagatccaa tggggagcct ctggagccga ctatgtcgtt gagtccaccg
     2281 gagtcttcac caccatcgag aaggccaatg ctcacttgaa gggaggagcc aagaaggtaa
     2341 attagtgatt taatttttca agataaatat atttaaattt caggtcatca tctctgctcc
     2401 atctgctgat gctccaatgt tcgtcgtcgg agtcaaccac gagaagtacg atcatgccaa
     2461 cgaccacatc atctccaatg cttcctgcac cactaactgc cttgctccac ttgccaaggt
     2521 catcaatgac aacttcggaa ttattgaggg acttatgacc actgtccacg ccgtcaccgc
     2581 cacccaaaag actgttgacg gaccatcagg aaagctctgg agagacggac gtggagctgg
     2641 acaaaacatc atcccagcct ctactggagc cgctaaggct gtcggcaagg ttatcccaga
     2701 gctcaatgga aagctcaccg gaatggcttt ccgtgtccca accccagatg tctctgttgt
     2761 tgatctcact gctcgtcttg agaagccagc ttccctcgat gacattaaga aggttatcaa
     2821 ggctgccgct gacggaccaa tgaagggaat tctcgcttac accgaggatc aagttgtctc
     2881 cactgacttt gtctccgata ccaactcttc catcttcgat gccggagcat ccatctcact
     2941 caacccacac tttgtcaagc tcgtctcatg gtacgataac gagttcggat actccaacag
     3001 agtcgtcgac cttatctcct acattgctac caaggcctaa gccgcttcaa attctctaag
     3061 tctgaaatga atctgtaaca taataaattc cacattattg taactttgat tctcattttc
     3121 tttataagaa taaatctttt agctggagta actaaaactg tgttgttgga tagaaagcat
     3181 ttttcaatgg ctatatcaaa tttgaaacgt tgaattcgaa cctttcacga ggtttacact
     3241 catttatatt cttcgttgtg attgtccgtc ataccaaccc gattaagttt ccgtctagcc
     3301 tcta
//