MMTV Seq and org.

Ashok Aiyar axa12 at po.cwru.edu
Wed Nov 25 00:14:30 EST 1992


In article <Nov25.011807.44355 at yuma.ACNS.ColoState.EDU> 
	shecht at lamar.ColoState.EDU (steven heckt) writes:

> 	I am looking for the sequence of any complete version of MMTV.
>	My IG suite download only gives the superants. stuff however
>	I go at it. Also in the literature, there is only partial
>	seqs that I could find. I would prefer that someon has also
>	listed the start-stop numbers for gag, pol, env etc and such
>	so I don't have to do it cold from the seq. I did find an old
>	seq on a floppy- so I suspect it exists?
>

Please excuse my posting this to the net.  I mailed the sequence to Steven, 
but my mail to him bounced.  My mailer couldn't recognize the address 
lamar.colostate.edu

But anyway, I found the following sequence amongst my files.  Perhaps it is 
of utility to you.  It seems to include all start-stop sites.

Ashok

---begin included file mmtprocg.vi---

LOCUS       MMTPROCG    10125 bp ss-RNA             VRL       30-JUN-1987
DEFINITION  Mouse mammary tumor virus complete proviral genome and mouse DNA.
ACCESSION   M15122
KEYWORDS    complete genome; gag gene; long terminal repeat; polymerase;
            protease.
SOURCE      Mouse (BR6) mammary tumor proviral DNA.
  ORGANISM  Mouse mammary tumor virus
            Viridae; ss-RNA enveloped viruses; Retroviridae; Oncovirinae;
            Type B oncovirus group.
REFERENCE   1  (bases 1 to 10125)
  AUTHORS   Moore,R., Dixon,M., Smith,R., Peters,G. and Dickson,C.
  TITLE     Complete nucleotide sequence of a milk-transmitted mouse mammary
            tumor virus: Two frameshift suppression events are required for
            translation of gag and pol
  JOURNAL   J. Virol. 61, 480-490 (1987)
  STANDARD  full staff_review
COMMENT     Draft entry and computer-readable copy of sequence in [1] were
            kindly provided by C.Dickson, 05-MAY-1987.

            The exact frameshift sites are undetermined and were annotated as
            introns at the 5' most possible site.
FEATURES       from  to/span     description
    pept       1633     3408     Pr77 gag precursor
    pept       1633     3387     Pr110 gag pro precursor, exon 1
               3390     4214     Pr110 gag pro precursor, exon 2
    pept       1633     3387     Pr160 gag pro pol precursor, exon 1
               3390     4196     Pr160 gag pro pol precursor, exon 2
               4199     6898     Pr160 gag pro pol precursor, exon 3
    pept       6684     8750     env precursor
    pept       8698     9660     Pr73 precursor
    matp       2440     3120     p27-major core protein
    matp       3121     3408     p14-nucleic acid binding protein
    pre-msg    1321  >  8750     env mRNA
    IVS        1609     6682     env intron A
    IVS        3388     3389     Pr110 intron A
    IVS        4197     4198     Pr160 intron B
    LTR         126     1453     5' LTR
    LTR        8699    10026     3' LTR
    rpt         120      125     target site duplication
    rpt       10027    10032     target site duplication
    virion     1321     9906     MMTV RNA
    binding    1456     1473     tRNA-Lys primer binding site
    recomb      125      126     mouse DNA end/viral DNA start
    refnumbr    126      126     numbered 1 in [1]
    recomb    10026    10027     viral DNA end/mouse DNA start
BASE COUNT     3020 a   2139 c   2298 g   2668 t
ORIGIN      138 bp upstream of PstI site.

  Vi:Mmtprocg  Length: 10125  January 21, 1990  13:09  Check: 3311  ..

       1  TGTGTGTGTG TGTGTGTGTA CACGCTTGGG GGGGGAGCGG CTGCGTTCTC 
      51  CTGGTCAAGT CAGGGGGTGG GGTGCGGGTG GGGTGGGGAT GCCCCGGGCT 
     101  CTGGGAGGGG CCGCAGTTCC GTCAGTGCCG CGCCTGCAGC AGAAATGGTT 
     151  GAACTCCCGA GAGTGTCCTA CACTTAGGGG AGAAGCAGCC AAGGGGTTGT 
     201  TTCCCACCAA GGACGACCCG TCTGCGCACA AACGGATGAG CCCATCAGAC 
     251  AAAGACATAC TCATTCTCTG CTGCAAACTT GGCATAGCTC TGCTTTGCCT 
     301  GGGGCTATTG GGGGAAGTTG CGGTTCGTGC TCGCAGGGCT CTCACCCTTG 
     351  ACTCTTTTAA TAGCTCTTCT GTGCAAGATT ACAATCTAAA CGATTCGGAG 
     401  AACTCGACCT TCCTCCTGAG GCAAGGACCA CAGCCAACTT CCTCTTACAA 
     451  GCCGCATCAA CCTTGTCCTT CAGAAATAGA AATAAGAATG CTTGCTAAAA 
     501  ATTATATTTT TACCAATAAG ACCAATCCAA TAGGTAGATT ATTAGTTACT 
     551  ATGTTAAGAA ATGAATCATT ACCTTTTAGT ACTATTTTTA CTCAAATTCA 
     601  AAGGTTAGAA ATGGGAATAG AAAATAGAAA GAGACACTCA ACCTCAGTTG 
     651  AAGAACAGGT GCAGGGACTA AGGGCCTCAG GCCTAGAAGT AAAAAGGGGA 
     701  AAGAGGAGTG CGCTTGTCAA AATAGGAGAC AGGTGGTGGC AACCAGGGAC 
     751  TTATAGGGGA CCTTACATCT ACAGACCAAC AGATGCCCCC TTACCGTATA 
     801  CAGGAAGATA TGACCTAAAT TTTGATAGGT GGGTCACAGT CAATGGCTAT 
     851  AAAGTGTTAT ACAGGTCCCT CTCCTTTCGT GAAAGGCTCG CCAGGGCTAG 
     901  ACCTCCTTGG TGTATGTTGA CTCAGGAAGA GAAAAACGAC ATGAAACAAC 
     951  AGGTACATGA TTATATTTAT TTGGGAACAG GAATGAGCAG CATTTGGGGA 
    1001  AAGATTTTTC ATACCAAGGA GAGGACAGTG GCTGCACTAA TAGAGCACTA 
    1051  TTCTGCAAAG ACTTATGGCA TGAGTTATTA TGATTAGCCT TTATTAGCCC 
    1101  AATCTTGTGG TTCCCAAGGT TTAAGTAAGT TCATGGTCAC AGACTGTTCT 
    1151  TAAAACAAGG ATGTGAGACA AGTGGTTTCC TGACTTGGCT TGGTATCAAA 
    1201  TGTTTTGATC TAAGCTCTAA ATGCTCTAAC CTCCTATGTT CTTTTGGATT 
    1251  CTATCCAAGT TTTATGTAAA TGCTTATGTA AACCATGATA TAAAAGAGTG 
    1301  CTAAATTTTT GAGTAAACTT GCAACAGTCC TAACATTCAC CTCTCGTGTG 
    1351  TTTGTGTCTG TTCGCCATCC CGTCTCCGCT CGTCACTTAT CCTTCACTTT 
    1401  CCAGAGGGTC CCCCCGCAGA CCCCGGTGAC CCTCAGGTCG GCCGACTGCG 
    1451  GCAGCTGGCG CCCGAACAGG GACCCTCGGA TAAGTGACCC TTGTCTCTAT 
    1501  TTCTACTATT TTGTGTTCGT CTTGTTTTGT CTCTATCTTA TCTGGCTATT 
    1551  ATCACAAGAG CGGAACGGAC TCACCACAGG GAACTGCAGT CTCGCCTACA 
    1601  GAGAAGAGGT AGGTTACGGT GAGCCATTGG AAATGGGGGT CTCGGGATCA 
    1651  AAAGGGCAGA AACTCTTTGT TTCTGTTCTA CAAAGACTCC TCTCAGAGAG 
    1701  GGGTCTTCAT GTGAAAGAGA GCAGTGCAAT AGAGTTTTAT CAGTTCCTAA 
    1751  TAAAGGTCTC TCCTTGGTTT CCCGAAGAAG GAGGATTAAA TTTACAAGAT 
    1801  TGGAAAAGGG TGGGAAGAGA GATGAAGAGG TACGCAGCAG AACATGGGAC 
    1851  GGATAGTATA CCAAAGCAGG CTTACCCCAT TTGGCTTCAG TTGAGAGAGA 
    1901  TACTGACAGA GCAATCAGAC TTGGTTTTGT TATCTGCAGA AGCCAAGTCC 
    1951  GTGACTGAAG AGGAATTAGA GGAAGGTTTA ACCGGACTAC TATCGACAAG 
    2001  TTCACAGGAA AAAACTTATG GGACTAGGGG AACAGCATAT GCAGAAATAG 
    2051  ATACAGAGGT AGACAAGCTG TCTGAACATA TTTATGATGA ACCATATGAA 
    2101  GAAAAGGAGA AGGCAGATAA AAATGAGGAA AAGGACCATG TTAGAAAAAT 
    2151  AAAGAAGGTA GTACAAAGAA AAGAAAATAG TGAGGGTAAG AGAAAAGAGA 
    2201  AGGATTCAAA GGCCTTTTTA GCCACAGATT GGAACGATGA TGACCTGTCC 
    2251  CCTGAGGATT GGGACGATTT AGAGGAACAA GCGGCACATT ATCATGATGA 
    2301  TGATGAGCTA ATCCTTCCAG TAAAAAGGAA GGTGGTTAAG AAGAAACCTC 
    2351  AGGCACTCAG AAGGAAACCC CTGCCTCCGG TGGGTTTTGC AGGAGCGATG 
    2401  GCAGAGGCCA GGGAAAAAGG AGATTTGACT TTTACGTTTC CTGTAGTTTT 
    2451  TATGGGAGAG AGTGATGAAG ATGACACGCC TGTTTGGGAA CCGCTGCCAT 
    2501  TGAAAACCTT AAAGGAATTG CAATCGGCAG TTAGGACCAT GGGACCATCT 
    2551  GCTCCCTACA CCCTGCAGGT GGTAGACATG GTGGCTAGTC AATGGCTCAC 
    2601  CCCGAGTGAC TGGCACCAAA CAGCCAGAGC TACCTTGTCT CCTGGAGACT 
    2651  ATGTTTTATG GAGAACTGAA TATGAAGAGA AAAGTAAAGA AATGGTACAA 
    2701  AAGGCTGCAG GCAAGCGAAA GGGCAAGGTC TCTCTTGATA TGTTACTGGG 
    2751  GACTGGCCAA TTCCTGTCCC CTTCTTCTCA GATAAAATTG TCTAAGGATG 
    2801  TCTTAAAAGA TGTCACCACA AATGCTGTGT TAGCATGGAG GGCCATTCCG 
    2851  CCTCCTGGAG TTAAAAAGAC TGTATTAGCA GGATTAAAAC AGGGAAATGA 
    2901  AGAGTCTTAT GAGACTTTCA TTTCAAGGCT CGAGGAAGCT GTTTACCGAA 
    2951  TGATGCCCAG AGGGGAAGGG TCGGATATAT TGATCAAACA ATTGGCGTGG 
    3001  GAGAATGCAA ATTCATTGTG TCAGGATCTC ATCCGCCCAA TACGTAAAAC 
    3051  AGGAACTATA CAGGATTATA TTCGTGCTTG TCTGGACGCT TCTCCCGCAG 
    3101  TTGTTCAGGG TATGGCATAT GCAGCAGCCA TGAGAGGACA AAAGTATTCT 
    3151  ACCTTTGTAA AGCAAACATA TGGTGGGGGA AAAGGAGGTC AAGGAGCAGA 
    3201  AGGGCCAGTT TGTTTTTCCT GTGGTAAGAC AGGACACATC AGAAAAGACT 
    3251  GTAAGGATGA AAAGGGCTCA AAAAGGGCCC CTCCTGGGCT CTGCCCCAGA 
    3301  TGTAAGAAAG GCTATCACTG GAAGAGTGAG TGTAAATCTA AATTTGACAA 
    3351  AGATGGGAAT CCACTTCCTC CCTTGGAAAC TAATGCTGAA AATTCAAAAA 
    3401  ACTTGTAAAG GGGCAGTCCC CTAGCCCCGC TCAAAAGGGG GATGGAGTTA 
    3451  AGGGCTCAGG ATTAAATCCT GAAGCCCCAC CTTTCACAAT ACATGATTTG 
    3501  CCTCGAGGCA CCCCTGGAAG TGCAGGTTTA GACCTGTCAT CACAGAAGGA 
    3551  TTTGATCCTC TCTCTAGAAG ATGGAGTATC ATTGGTACCC ACCTTAGTGA 
    3601  AAGGCACCCT CCCTGAAGGG ACTACTGGAC TAATAATAGG TAGAAGTTCT 
    3651  AATTATAAAA AGGGACTTGA GGTTTTACCA GGAGTCATTG ACTCCGATTT 
    3701  CCAAGGAGAA ATCAAGGTTA TGGTTAAGGC CGCAAAAAAT GCGGTCATCA 
    3751  TTCACAAAGG AGAAAGAATA GCACAACTGC TGTTGCTGCC ATATTTAAAA 
    3801  TTACCCAATC CTGTAATCAA GGAAGAACGA GGCTCAGAAG GCTTCGGATC 
    3851  AACAAGTCAT GTGCATTGGG TGCAGGAAAT AAGTGACTCC AGACCCATGC 
    3901  TTCACATTTA CTTAAATGGA AGAAGATTCC TCGGTCTCTT GGATACCGGG 
    3951  GCAGATAAAA CTTGCATAGC AGGCAGAGAC TGGCCAGCTA ATTGGCCCAT 
    4001  TCACCAAACT GAGAGTTCTC TTCAAGGTTT AGGCATGGCC TGTGGGGTGG 
    4051  CGCGTAGTAG TCAGCCACTC CGTTGGCAAC ATGAGGATAA ATCAGGAATT 
    4101  ATACATCCTT TTGTGATCCC TACACTGCCT TTCACCTTAT GGGGAAGAGA 
    4151  TATTATGAAA GATATAAAGG TCAGATTGAT GACAGACTCA CCAGATGATT 
    4201  CACAGGATTT ATGATAGGGG CCATTGAGAG CAATCTCTTT GCAGACCAAA 
    4251  TATCTTGGAA GTCAGACCAG CCTGTATGGC TTAATCAATG GCCCCTTAAA 
    4301  CAAGAAAAGT TACAGGCTTT ACAACAGTTA GTGACAGAAC AATTACAACT 
    4351  GGGCCACTTA GAAGAGAGCA ATAGCCCTTG GAATACGCCT GTTTTTGTCA 
    4401  TTAAAAAGAA GTCAGGAAAA TGGAGACTGT TACAAGACCT ACGTGCAGTT 
    4451  AATGCTACAA TGCACGATAT GGGAGCATTA CAACCCGGCT TGCCGTCCCC 
    4501  TGTAGCAGTC CCTAAAGGAT GGGAAATAAT CATAATAGAT CTACAAGATT 
    4551  GCTTTTTTAA TATAAAACTG CATCCTGAAG ATTGTAAAAG ATTTGCTTTT 
    4601  AGTGTGCCCT CCCCTAATTT TAAGAGACCT TATCAAAGAT TCCAATGGAA 
    4651  AGTTTTGCCC CAGGGTATGA AAAATAGCCC TACTTTATGT CAAAAATTTG 
    4701  TGGACAAAGC TATATTGACT GTAAGGGATA AATACCAAGA CTCATATATT 
    4751  GTGCATTACA TGGATGACAT TCTTTTGGCA CACCCATCAA GATCCATTGT 
    4801  CGATGAAATA CTTACTTCCA TGATACAGGC CCTTAACAAA CATGGCCTTG 
    4851  TAGTATCCAC AGAGAAGATT CAAAAATATG ATAATCTCAA ATATTTGGGA 
    4901  ACTCATATAC AGGGTGATTC AGTGTCTTAT CAAAAATTAC AGATTAGGAC 
    4951  AGATAAATTA AGAACCTTAA ATGATTTCCA AAAGCTATTA GGAAATATTA 
    5001  ATTGGATACG TCCTTTCTTA AAATTAACTA CGGGAGAGTT AAAACCTCTC 
    5051  TTTGAAATTC TTAATGGAGA TTCTAATCCG ATCTCAACAA GAAAACTTAC 
    5101  TCCTGAGGCA TGCAAAGCTC TTCAATTAAT GAATGAGAGA CTATCTACCG 
    5151  CTCGGGTAAA GAGGCTAGAT TTATCACAGC CTTGGTCTCT ATGTATATTA 
    5201  AAGACTGAAT ATACCCCCAC AGCATGCCTC TGGCAGGATG GAGTTGTAGA 
    5251  ATGGATACAT TTGCCTCATA TTTCACCAAA GGTGATTACT CCTTATGATA 
    5301  TCTTTTGTAC ACAACTTATT ATTAAGGGCC GACACCGCTC TAAAGAATTA 
    5351  TTTAGTAAAG ACCCTGATTA TATTGTTGTG CCCTACACCA AAGTTCAATT 
    5401  TGATCTCCTA TTACAAGAAA AGGAAGATTG GCCTATTTCT TTATTAGGGT 
    5451  TCTTGGGAGA GGTTCATTTC CATCTTCCAA AAGACCCTTT GCTTACATTT 
    5501  ACCCTACAAA CTGCCATTAT TTTTCCTCAC ATGACCTCTA CCACACCACT 
    5551  AGAGAAAGGA ATTGTGATTT TTACAGACGG GTCAGCAAAT GGCCGTTCGG 
    5601  TAACATATAT ACAAGGAAGG GAGCCTATAA TTAAAGAAAA TACACAAAAC 
    5651  ACAGCCCAAC AGGCTGAAAT TGTGGCAGTC ATTACAGCCT TTGAGGAAGT 
    5701  GAGTCAACCC TTTAATTTGT ATACTGATTC TAAATATGTG ACAGGGTTGT 
    5751  TTCCCGAAAT CGAAACTGCA ACTTTGTCAC CCAGAACAAA AATTTACACA 
    5801  GAACTGAAAC ATTTACAAAG GTTAATCCAC AAGAGACAAG AAAAATTTTA 
    5851  CATTGGTCAT ATCAGAGGAC ACACTGGACT TCCCGGTCCT TTGGCACAGG 
    5901  GAAATGCCTA TGCAGATTCT TTAACAAGAA TTCTGACCGC TTTAGAGTCA 
    5951  GCTCAAGAAA GCCACGCACT ACATCATCAA AATGCCGCGG CGCTTAGGTT 
    6001  TCAGTTTCAC ATCACTCGTG AACAAGCGCG AGAAATAGTA AAATTATGTC 
    6051  CCAATTGCCC CGACTGGGGG CACGCGCCGC AATTAGGGGT AAACCCCAGG 
    6101  GGCCTTAAGC CCCGAGTTCT ATGGCAAATG GATGTTACTC ATGTTTCAGA 
    6151  ATTTGGAAAA TTAAAATATG TACATGTGAC AGTGGATACT TATTCTCATT 
    6201  TTACTTTCGC TACCGCCCGA ACGGGCGAAG CAACCAAGGA TGTGTTACAA 
    6251  CACTTGGCTC AAAGCTTTGC ATACATGGGC ATTCCTCAAA AAATAAAAAC 
    6301  AGATAATGCC CCTGCATATG TGTCTCGTTC AATACAAGAA TTTCTGGCCA 
    6351  GATGGAAAAT ATCTCACGTC ACGGGGATCC CCTACAATCC CCAAGGACAG 
    6401  GCCATTGTTG AACGAACGCA CCAAAATATA AAGGCACAGC TTAATAAACT 
    6451  TCAAAAGGCT GGAAAATACT ATACACCCCA TCATCTGTTG GCACACGCTC 
    6501  TTTTTGTGCT GAATCATGTA AATATGGACA ATCAAGGCCA TACAGCGGCC 
    6551  GAAAGACATT GGGGTCCAAT CTCAGCCGAT CCAAAACCTA TGGTCATGTG 
    6601  GAAAGACCTT CTCACAGGGT CCTGGAAAGG ACCCGATGTC CTAATAACAG 
    6651  CCGGACGAGG CTATGCTTGT GTTTTTCCAC AGGATGCCGA AACACCAATC 
    6701  TGGGTCCCCG ACCGATTCAT CCGACCTTTT ACTGAGCGGA AAGAAGCAAC 
    6751  GCCCACACCT GGCACTGCGG AGAAAACGCC GCCGCGAGAT GAGAAAGATC 
    6801  AACAGGAAAG TCCCAAGAAT GAATCTAGTC CCCATCAAAG AGAAGACGGC 
    6851  TTGGCAACAT CTGCAGGCGT TGATCTCCGA AGCGGAGGAG GTCCTTAAAA 
    6901  CCTCACAAAC TCCCCAAACC TCTTTGACCT TATTTCTTGC TTTGTTGTCT 
    6951  GTCCTCGGCC CCCCGCCTGT GACAGGGGAG AGTTATTGGG CCTACCTACC 
    7001  TAAACCACCT ATTCTCCATC CCGTGGGATG GGGAAGTACA GACCCCATTA 
    7051  GAGTTCTGAC AAATCAAACC ATGTATTTGG GTGGTTCGCC TGACTTTCAT 
    7101  GGGTTCAGAA ATATGTCTGG TAATGTACAT TTTGAGGGGA AGTCTGATAC 
    7151  GCTCCCCATT TGCCTTTCCT TCTCCTTTTC TACCCCCACG GGCTGCTTTC 
    7201  AAGTAGACAA GCAAGTATTT CTTTCTGATA CACCCACGGT TGATAATAAT 
    7251  AAACCTGGGG GAAAGGGTGA TAAAAGGCGT ATGTGGGAAC TTTGGTTGAC 
    7301  TACCTTGGGG AACTCAGGGG CCAATACAAA ACTGGTCCCT ATAAAAAAGA 
    7351  AGTTGCCCCC CAAATATCCT CACTGCCAGA TCGCCTTTAA GAAGGACGCC 
    7401  TTCTGGGAGG GAGACGAGTC TGCTCCTCCA CGGTGGTTGC CTTGCGCCTT 
    7451  CCCTGACCAG GGGGTGAGTT TTTCTCCAAA AGGGGCCCTT GGGTTACTTT 
    7501  GGGATTTCTC CCTTCCCTCG CCTAGTGTAG ATCAGTCAGA TCAGATTAAA 
    7551  AGCAAAAAGA ATCTATTTGG AAATTATACT CCCCCTGTCA ATAAAGAGGT 
    7601  TCATCGATGG TATGAAGCAG GATGGGTAGA ACCTACTTGG TTCTGGGAAA 
    7651  ATTCTCCTAA GGATCCCAAT GATAGAGATT TCACTGCACT AGTCCCCCAT 
    7701  ACAGAATTGT TTCGCTTAGT CGCAGCCTCA AGACATCTTA TTCTCAAAAG 
    7751  GCCAGGATTT CAAGAACATG AGATGATTCC TACATCTGCC TGTGTTACTT 
    7801  ACCCTTATGC CATATTATTA GGATTACCTC AGTTAATAGA TATAGAGAAA 
    7851  AGAGGATCTA CTTTTCATAT TTCCTGTTCT TCTTGTAGAT TGACTAATTG 
    7901  TTTAGACTCT TCTGCCTACG ACTATGCAGC GATCATAGTC AAGAGGCCGC 
    7951  CATATGTGCT GCTACCTGTA GATATTGGTG ATGAACCATG GTTTGATGAT 
    8001  TCTGCCATTC AAACCTTTAG GTATGCCACA GATTTAATTC GAGCTAAGCG 
    8051  ATTCGTCGCA GCCATTATCC TGGGCATATC TGCTTTGATT GCTATTATTA 
    8101  CTTCCTTTGC TGTAGCTACT ACTGCCTTAG TTAAGGAGAT GCAAACTGCT 
    8151  ACGTTTGTTA ATAATCTTCA TAGGAATGTT ACATTAGCCT TATCTGAACA 
    8201  ACGGATAATA GATTTAAAAT TAGAAGCTAG ACTTAATGCT TTAGAAGAAG 
    8251  TAGTTTTAGA GTTGGGACAA GATGTGGCCA ATTTAAAGAC CAGAATGTCC 
    8301  ACTAGGTGTC ATGCAAATTA TGACTTTATC TGCGTTACAC CTTTACCCTA 
    8351  TAATGCTACT GAGAACTGGG AAAGAACCAG GGCTCATTTA TTGGGCATTT 
    8401  GGAATGATAA TGAGATTTCA TATAACATAC AGGAGTTAAC CAACCTGATT 
    8451  AGTGATATGA GCAAACAACA TATTGATGCA GTGGACCTTA GTGGCTTGGC 
    8501  TCAGTCTTTT GCCAATGGAG TGAAGGCTTT AAATCCATTA GATTGGACAC 
    8551  AATATTTCAT TTTTATAGGT GTTGGAGCCC TGCTTTTAGT CATTGTACTT 
    8601  ATGATTTTCC CCATTGTTTT CCAGTGCCTT GCGAAGAGCC TTGACCAAGT 
    8651  GCAGTCAGAT CTTAACGTGC TTCTTTTAAA AAAGAAAAAA GGGGGAAATG 
    8701  CCGCGCCTGC AGCAGAAATG GTTGAACTCC CGAGAGTGTC CTACACTTAG 
    8751  GGGAGAAGCA GCCAAGGGGT TGTTTCCCAC CAAGGACGAC CCGTCTGCGC 
    8801  ACAAACGGAT GAGCCCATCA GACAAAGACA TACTCATTCT CTGCTGCAAA 
    8851  CTTGGCATAG CTCTGCTTTG CCTGGGGCTA TTGGGGGAAG TTGCGGTTCG 
    8901  TGCTCGCAGG GCTCTCACCC TTGACTCTTT TAATAGCTCT TCTGTGCAAG 
    8951  ATTACAATCT AAACGATTCG GAGAACTCGA CCTTCCTCCT GAGGCAAGGA 
    9001  CCACAGCCAA CTTCCTCTTA CAAGCCGCAT CAACCTTGTC CTTCAGAAAT 
    9051  AGAAATAAGA ATGCTTGCTA AAAATTATAT TTTTACCAAT AAGACCAATC 
    9101  CAATAGGTAG ATTATTAGTT ACTATGTTAA GAAATGAATC ATTACCTTTT 
    9151  AGTACTATTT TTACTCAAAT TCAAAGGTTA GAAATGGGAA TAGAAAATAG 
    9201  AAAGAGACAC TCAACCTCAG TTGAAGAACA GGTGCAGGGA CTAAGGGCCT 
    9251  CAGGCCTAGA AGTAAAAAGG GGAAAGAGGA GTGCGCTTGT CAAAATAGGA 
    9301  GACAGGTGGT GGCAACCAGG GACTTATAGG GGACCTTACA TCTACAGACC 
    9351  AACAGATGCC CCCTTACCGT ATACAGGAAG ATATGACCTA AATTTTGATA 
    9401  GGTGGGTCAC AGTCAATGGC TATAAAGTGT TATACAGGTC CCTCTCCTTT 
    9451  CGTGAAAGGC TCGCCAGGGC TAGACCTCCT TGGTGTATGT TGACTCAGGA 
    9501  AGAGAAAAAC GACATGAAAC AACAGGTACA TGATTATATT TATTTGGGAA 
    9551  CAGGAATGAG CAGCATTTGG GGAAAGATTT TTCATACCAA GGAGAGGACA 
    9601  GTGGCTGCAC TAATAGAGCA CTATTCTGCA AAGACTTATG GCATGAGTTA 
    9651  TTATGATTAG CCTTTATTAG CCCAATCTTG TGGTTCCCAA GGTTTAAGTA 
    9701  AGTTCATGGT CACAGACTGT TCTTAAAACA AGGATGTGAG ACAAGTGGTT 
    9751  TCCTGACTTG GCTTGGTATC AAATGTTTTG ATCTAAGCTC TAAATGCTCT 
    9801  AACCTCCTAT GTTCTTTTGG ATTCTATCCA AGTTTTATGT AAATGCTTAT 
    9851  GTAAACCATG ATATAAAAGA GTGCTAAATT TTTGAGTAAA CTTGCAACAG 
    9901  TCCTAACATT CACCTCTCGT GTGTTTGTGT CTGTTCGCCA TCCCGTCTCC 
    9951  GCTCGTCACT TATCCTTCAC TTTCCAGAGG GTCCCCCCGC AGACCCCGGT 
   10001  GACCCTCAGG TCGGCCGACT GCGGCACGTC AGCTCGAGCA GAACCACCCG 
   10051  TGAGTTAGGT CGAGCAGAGC CAAAGCCCCC GGTGCTTCGT CGCGGGTTCG 
   10101  CTCGCTAGCT ATCTGGATCA CTCCC                            

---end included file mmtprocg.vi
----------------------------------------------------------------------
  Ashok Aiyar   Department of Biochemistry, CWRU   axa12 at po.cwru.edu
For Internet Access (Telnet/FTP) in Cleveland, contact info at wariat.org
           Telnet to wariat.wariat.org and login as bbs
   Dial (216) 481-9425/9445 (V.32bis) or (216) 481-9436 (2400 bps)
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