From: GenBank-Updates@genbank.bio.net
Newsgroups: bionet.molbio.genbank.updates
Subject: Drosophila melanogaster DRI class I gene for type I regulatory
Date: 22 Jul 92 10:01:29 GMT
Distribution: bionet

LOCUS       DRODRICI2    3344 bp ds-DNA             INV       22-JUL-1992
DEFINITION  Drosophila melanogaster DRI class I gene for type I regulatory
            subunit of cAMP-dependent protein kinase, part 2
ACCESSION   X16971 Y00220
KEYWORDS    cAMP-dependent protein kinase; protein kinase.
SOURCE      Drosophila melanogaster DNA.
  ORGANISM  Drosophila melanogaster
            Eukaryota; Animalia; Metazoa; Arthropoda; Uniramia; Insecta;
            Pterygota; Neoptera; Holometabola; Diptera; Brachycera;
            Cyclorrhapha; Schizophora; Drosophiloidea; Drosophilidae.
REFERENCE   1  (bases 1 to 3344; 1 to 3300)
  AUTHORS   Kalderon,D. and Rubin,G.M.
  TITLE     Isolation and Characterization of Drosophila cAMP-dependent Protein
            Kinase Genes
  JOURNAL   Genes Dev. 2, 1539-1556 (1988)
  STANDARD  full automatic
COMMENT     SWISS-PROT; P16905; KAPR$DROME.
            *source: strain=Canton S; library=lambda Charon 4A; **map:
            chromosomal location=77F; See also acc# x16970.
            Data kindly reviewed (07-MAR-1990) by Kalderon D.
            From EMBL 27   entry DMDRICI2;  dated 11-JUN-1990.
FEATURES             Location/Qualifiers
     precursor_RNA   <1..3317
                     /note="primary transcript"
     intron          <1..48
                     /note="Intron I (approx. 12.0 kb)"
     mRNA            49..408
                     /number=2
     CDS             49..405
                     /note="type I regulatory subunit (AA 59 - 178)"
                     /codon_start=1
                     /translation="EQVKLDASRQVISPDDCEDLSPMPQTAAPPVRRRGGISAEPVTE
                     EDATNYVKKVVPKDYKTMNALSKAIAKNVLFAHLDESERSDIFDAMFPVNHIAGENII
                     QQGDEGDNFYVIDVGEV"
                     /partial
     intron          409..485
                     /note="Intron II"
     mRNA            486..860
                     /number=3
     CDS             486..857
                     /note="type I regulatory subunit (AA 179 - 303)"
                     /codon_start=1
                     /translation="VFVNSELVTTISEGGSFGELALIYGTPRAATVRAKTDVKLWGID
                     RDSYRRILMGSTIRKRKMYEEFLSRVSILESLDKWERLTVADSLETCSFDDGETIVKQ
                     GAAGDDFYIILEGCAVVLQQRS"
                     /partial
     intron          861..932
                     /note="Intron III"
     mRNA            933..1072
                     /number=4
     CDS             933..1069
                     /note="type I regulatory subunit (AA 304 - 350) (1072 is
                     2nd base in codon)"
                     /codon_start=1
                     /translation="QGEDPAEVGRLGSSDYFGEIALLLDRPRAATVVARGPLKCVKLD
                     RA"
                     /partial
     intron          1073..1204
                     /note="Intron IV"
     mRNA            1205..3317
                     /number=5
     CDS             1205..1286
                     /note="type I regulatory subunit (AA 351 - 377) (1205 is
                     3rd base in codon)"
                     /codon_start=2
                     /translation="FERVLGPCADILKRNITQYNSFVSLSV"
                     /partial
     polyA_signal    3285..3290
                     /note="putative"
     polyA_site      3317
BASE COUNT     1078 a    693 c    706 g    867 t
ORIGIN
        1 aaagcaaacc caaaatacta acgatattgt tattcatatc tttggcagga acaagtcaaa
       61 ctggatgcca gtagacaggt aatcagcccc gacgactgcg aagatctcag cccgatgcca
      121 caaacagctg ctccaccggt tcgcaggcga ggcggaatct ccgccgaacc cgtaaccgaa
      181 gaggatgcca ccaactatgt taagaaggtg gtgcccaagg actacaagac gatgaatgcc
      241 ctgtccaagg cgattgccaa gaacgtcctg ttcgctcact tggacgagag cgagagatcc
      301 gacatatttg atgccatgtt cccagtgaat cacatcgccg gcgagaatat catccagcag
      361 ggcgatgaag gcgacaactt ctacgtgatt gatgtgggag aggtcgatgt aagtatattt
      421 atttttcttg ctatgacctt tgaattgggt ttgcatcatt atgaatatgt tcacatctcc
      481 gccaggtttt cgtcaactcc gaactagtga ccaccatcag cgagggcggc agctttggtg
      541 aactggccct catctatggc actcctcgcg ccgccaccgt gcgcgccaaa accgatgtga
      601 agctgtgggg aatcgaccgc gactcctacc gccgcattct gatgggctcg accatccgca
      661 agcgcaagat gtacgaggag ttcttatcgc gcgtgtccat tctggagagc ttggacaaat
      721 gggagcgcct cacagttgcc gattccctgg agacgtgctc cttcgatgac ggtgagacga
      781 ttgtcaagca gggagcagct ggcgatgact tctacatcat cctcgagggc tgtgcggtgg
      841 tgctgcagca gcgttctgag gtgagtgacc gcgatcagac accatgggac acctaaaaag
      901 agacactcta atcaactcgt ttatctaatc agcagggcga ggatcccgcc gaggtgggcc
      961 gtctgggtag cagcgattac tttggcgaga ttgctctgct tttggaccga ccacgtgcag
     1021 cgactgttgt agctcgtggg ccgctcaaat gcgtcaaact ggaccgggcg aggtaagtgc
     1081 agtggcttga gtgctaagac aaataggcag gtgtatgtta atgaccttaa gcaattataa
     1141 aatcaattgt ctccagtaac ttctccagta gctaacctgt aaattttttt tggctttgtt
     1201 gcagatttga acgcgtgttg ggaccctgcg ccgacatact caaacgcaac atcacgcaat
     1261 acaacagttt cgtatcgttg tccgtttaag accgcaacaa cgacaacaac cactacagca
     1321 gataaacaac aaagagcagc agcagcaaag aaagcaacta caaccgacaa aacaaacaga
     1381 aacaacaacg cagcgaacgt gagaaaccaa caggaagacg atgggaacta gttggataga
     1441 tatatagata agaaaaacaa acgctcagca cataaacatg aagtcgtaac ttatataagt
     1501 gtgtaaaatt aattgtcaca gccatttgat tctcgattct gtcggagatt cagattcaga
     1561 ttcagagagc acgcgggctg agggctaaac aaatattaat tatccgattc tgtatgttgt
     1621 gctgaagtta tataattgtg tatgtgtgtg tctctgtgca aaggttgcgt cggcatgttc
     1681 cacaccccgc gacccccgat atcggagata gctttccccg gatacatcta tatacttctc
     1741 tcaacttctt ttaaattctc cgggtctttc gaaaaagaga gcccatttgt ataatctatg
     1801 ggacatgctg cctcctcaaa aacgtttcat taaatatcca acagacatct gaatgttttt
     1861 aaaaaaagaa ataaacaaga tgaatatatg tgtaataact taaatcataa aaggctacac
     1921 acacaggcac aaaacacaga cacaccaact cacacactct catacgaggc atgaagtcat
     1981 ggaaatgata ggacttgaat gaaacaatgg tattttgctt gtatgattcg ttgttttttg
     2041 tctagaacaa aagcacaacg gcagcaatta attaaccatt ttaattttaa ttttagtaaa
     2101 ttattcttac aagtaaacgc gtaccacgtg aagtcagcga gcgtaaactt ttcaattaaa
     2161 cattaaaatc agtgaaaact tcatgatttt ttaacatgtt tcttgtttct tcatcgaaag
     2221 gtgttttgta atcttaacat agttttatga ttttttatta actaatttaa gcttgagcac
     2281 agcgaatgcc tagtttaact gttatcaaag aggtatttcc gttcttcaaa aatgtacata
     2341 tgtcaagttt agaaagttgt tttattttct tatattgtaa gactgtaatt ttggagtttt
     2401 gggctttaaa aaaaagccat acaatacttt ttaatcacgt tatgatagtt gaaaatttaa
     2461 aattaaaatt gattgattat acacatttct tggaatacct ctaaagtttc aaaactaatg
     2521 tactaggcat ttcccaaaac tgccagctaa cgagaagata actgcaacaa tttatatcgg
     2581 atagcatggg tttgcctgtg tgttgggtga gtgtgcgtgt gtatctgtgt gaactaatga
     2641 atattgccca aacgagaagt tgcatttaca acactcagaa aaaaacgcag ccaacaagaa
     2701 catttgtgtg tatatattta taaagcttat atctgctcga tagatcatga aacattatct
     2761 acagctgttg ctacatcaca cgcgcacaca ctcatccacc tcctctcaaa catgaagtca
     2821 taactggaaa atgcgatttt gaaatgcaca catactgaga taaagctaaa attttgacat
     2881 ttttacagac cagaagctta aatcgaaaat atctgtgcta atatttcagc tatgagacac
     2941 tgttagaaaa tgagcaaaat gcaaaatgct aaaggttgag cctatgtaga acatttgtaa
     3001 ggggtctgcg ccgtgtgcag gccacgccat ttgggcgtag atggaacccg ccggcgggtc
     3061 agaaacgaaa ataaaaggca aaatcgtttt gaggtcacgg aaaaatcaac tttaagccga
     3121 cgtgcaggca gtggaggcaa ggagatcgag tggaatacaa ttaaattaca agcataatat
     3181 tatcaatgta aaatcgtatg taaaaaacaa ggcagaaatc cataaaaaaa ttgacaacaa
     3241 acaaacaaca aaaaataaac aataaaaaaa tacagaaact acgaaataaa tacatttaca
     3301 tagatgttgc aaaaaccaag agatttcgaa gatcctccca tgga
//