GenBank-Updates@genbank.bio.net (03/28/91)
LOCUS MUSAP 3643 bp ds-DNA ROD 28-MAR-1991
DEFINITION Mouse alkaline phosphatase (AP) pseudogene, complete cds.
ACCESSION M61706
KEYWORDS alkaline phosphatase; pseudogene.
SOURCE Mouse DNA.
ORGANISM Mus musculus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 3643)
AUTHORS Manes,T., Glade,K., Ziomek,C.A. and Millan,J.L.
TITLE Genomic structure and comparison of mouse tissue-specific alkaline
phosphatase genes
JOURNAL Genomics 8, 541-554 (1990)
STANDARD simple staff_entry
FEATURES Location/Qualifiers
exon <503..566
/=1
/number=1
/gene="AP"
mRNA join(<503..566,650..766,877..992,1163..1322,1553..1725,
1953..2084,2176..2248,2363..2497,2590..2781,2971..3084,
3177..>3298)
/gene="AP"
CDS join(503..566,650..766,877..992,1163..1322,1553..1725,
1953..2084,2176..2248,2363..2497,2590..2781,2971..3084,
3177..3298)
/pseudo
/gene="AP"
/codon_start=503
exon 650..766
/number=2
/gene="AP"
exon 877..992
/number=3
/gene="AP"
exon 1163..1322
/number=4
/gene="AP"
exon 1553..1725
/number=5
/gene="AP"
exon 1953..2084
/number=6
/gene="AP"
exon 2176..2248
/number=7
/gene="AP"
exon 2363..2497
/number=8
/gene="AP"
exon 2590..2781
/number=9
/gene="AP"
exon 2971..3084
/number=10
/gene="AP"
exon 3177..>3298
/number=11
/gene="AP"
BASE COUNT 880 a 984 c 987 g 792 t
ORIGIN
1 ggtacccaac atgactccct caaagccaag attgtgagca tgtcactgag gccactctgt
61 gagcttgttt ccatgtcaac ggagctcatg atgtcagaag gctgaatcca gaccctgcac
121 ccaggctgtg tgtttccagc tccaccccag agcatatccc agtccagctg gctctttgga
181 accattaaag agtgataggt gctgactatg tgtgcagaga gtgatcctag cagcacagga
241 cacaaatcct tcaccctggg gaaagcagcc ttcaacctct cacccttaag ggaagggcaa
301 ccatggaaca gcatctgtca gccctccctc acaacccccc aggctggcct agcacaccct
361 gccacttcta tccaggcagc agggttcctt tccagagcag ggggggtggg ggtcagggag
421 gagcctgggg attagggagg gacactgagt tcttcaagca agaactgtcc ccatctaagg
481 ccatccctcc tccagcccag ctatgcaggg accctggctg ctgctgctgc tggcctcagc
541 ttcagctgtc cttggtgtca ttccaggtaa ggagctcccc taactgcttg tccccactca
601 caagcacagc cttccactga cacctgctcc ggtctccccc cttggccagt ggaggagaag
661 aactcggcct tctggaatca aaaggcgaag aaggccctgg atgttgccaa aaagctgcag
721 cccattcaga catcagccag gaacctcatc atcttcctgg gagacagtga gtgtgtgagc
781 acggcctgcc accctggggc cccctgagct ccaggcatcc attgatgtgt ccaggaaagc
841 ctggtgttca gatcgaacca gattctgttt ttgtagggtt gggggtgccc acggtgacag
901 ccaccaggat cctaaaggga cagttggaag accatctagg actggagaca cccctagcca
961 tggacctctt cccatacatg gctctgtcca aggtgagcac tggaacacac taggacagga
1021 aaggggctgg agaggacaag agatggaaca acccagaaga actggagccc aagtttgcaa
1081 ccaggcacag tgtagacatg tctcaggaag cagggactaa tgtctaccag tagtaccagg
1141 ctgagagtgt ctctgtcccc agacatacaa cgtggagaga caggtcccag acagcgcagg
1201 cacagcaacc gcctatctct gtggggtcaa gaccaactac aagaccatcg gcctgagcac
1261 agctgctcga ttcaaccagt gcaatgaggt cttctcagtg atgcactgtg caaagagaga
1321 aggtaagcca ggcatggagg cacacaccat tcatcccagc agttgggagg cagaggcagg
1381 cagatttgac ttcaagacca gcctggtcta catagtgagt tccaggccag ccagagctac
1441 atagcaagaa cttgtgcaca aacaaacaaa caaacaaaca aaaactaagt gggttaggac
1501 caggctaagg agctagagca ggcttggagc acctgattcc tgtcatttct aggcaagtct
1561 gtgggagtgg tgaccgccac gtcggtgcag cacgcctctc cagccggtac ctactcgcac
1621 acagtgaact gtgattggta ctcagatgca gagatacctg cctcgtcggc cgagggcagc
1681 tccaaagaca tctctactca gctcatctcc aacatggaca ttgatgtgag ccccaagagg
1741 gagggaggag ggccgcatgg aggtgtcgct catcgcagta taggcagccg gcagcctggg
1801 ctctgggtcc tccatgttat ctgaggaatg ggtaggggga aagtgttgac acacagccca
1861 ggagatgccc ttctcacata cctggtgggg tctgtctgtc tgtcggagac agaggaatcc
1921 caagtcctcc tgtcctgacc ttctgattat aggtgatcct tggcgggggc tgcatattca
1981 tgtttctaag gacaccagac cctgagtact caggcaacag cactcagttc agaagcagga
2041 tggatggaca gaatctggta cagaagtggc tggcaaaaca ccaggtgaca gagataccag
2101 ggtatggggc tagcaagcat taagacaggg ctatacatct caaaggtatg tgttaaggct
2161 ggctttgtcc tgtagggggc ccaatatgtt tggaaccata aggagctcat tcaggcatca
2221 caggacgcag cagtgactca cctcatgggt aatggtccat ttcctaccat gccattttta
2281 gaaggacttc actgaacatc tatgtaagtg tcatgacccc tctaacacag cctgggatcc
2341 atgtgtttct gttgtccctc aggcctcttt gaacctaacg acatgaaata tgacattcac
2401 caagaccctg ctcaagaccc ttccctggcc gagatgatgg aggtagctgt gtgcatgctg
2461 cgcaggaacc ccaaaggctt ctatctcttt gtggaaagtg ggaggttttg cctggcagag
2521 aggaggagga ggaggaagaa ccgggtccag cacagtatca aacatctccc catctctggt
2581 ttcctgcagg ggccctcatc gaccacagcc accatgattc catagcctat cgtgccctga
2641 ctgaggctgt catgttcgac tcggccgttg acaaggcaga caagctcacc agtgagcagg
2701 ataccatgat ccttgtcacc gccgaccact cacatgtctt ttcttttggt ggctatgtgc
2761 ctcaagggaa ctctatcttt ggtaggccag ggacaaggca aatgtatcaa atgtattggt
2821 cacatagcct aagtttctct gggcctcagt ttccttgcct gtcaaatgtg tatgtggttg
2881 tggaagatag gccagttcca ggcaaaggtg aaaattttgg tctatattct ccacccaggg
2941 cagtggcaaa gtgtgactct ctccctgcag gactggtgcc cttcaatgct ctggatggca
3001 gatcttttac ctcaatccta tatggcaatg gtcccggcta taaacttcag aaaggtaccc
3061 ggccaaatgt cactgacaaa gagagtccct aagttctgtt gggccaccac ccttgaagtt
3121 gagggtagag gagacttgag tcaaagcctt ctgccctgaa taccttgttt ctctagtgac
3181 ccccaagtac cggcagcaga cggctgtacc cctgtcatca gtaacccaca gcggggagga
3241 cgtggcaata ttcgctcgtg gcccacaggc gcacctggta cacggagttc aggagtagaa
3301 ctacatcgcg cacgtcatgg ccttcgcagc ctgcttggag ccctacactg actgcggcct
3361 ggtgccccct gctggctgga gcagtgcggt gagccggggc cacacctcca ccctgctatt
3421 ctgcgggctg ggacaatgtt gatattgatg gtggcagctg aaccctgact acctaagctc
3481 actggacttc actccactgt cccataggct ctagtgctca tggctggtgg tttgaatata
3541 gttggcccag ggagtggcac tattaggtgg tgtggccttg taggaggaag tgtgtcactg
3601 tgggggtggg caacgagacc ctcttcctaa tcacgtggga tcc
//GenBank-Updates@genbank.bio.net (05/08/91)
LOCUS MUSAP 3643 bp ds-DNA ROD 08-MAY-1991
DEFINITION Mouse alkaline phosphatase (AP) pseudogene, complete cds.
ACCESSION M61706 M35030
KEYWORDS alkaline phosphatase; pseudogene.
SOURCE Mouse DNA.
ORGANISM Mus musculus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 3643)
AUTHORS Manes,T., Glade,K., Ziomek,C.A. and Millan,J.L.
TITLE Genomic structure and comparison of mouse tissue-specific alkaline
phosphatase genes
JOURNAL Genomics 8, 541-554 (1990)
STANDARD simple staff_entry
FEATURES Location/Qualifiers
exon <503..566
/=1
/number=1
/gene="AP"
mRNA join(<503..566,650..766,877..992,1163..1322,1553..1725,
1953..2084,2176..2248,2363..2497,2590..2781,2971..3084,
3177..>3298)
/gene="AP"
CDS join(503..566,650..766,877..992,1163..1322,1553..1725,
1953..2084,2176..2248,2363..2497,2590..2781,2971..3084,
3177..3298)
/pseudo
/gene="AP"
/codon_start=503
exon 650..766
/number=2
/gene="AP"
exon 877..992
/number=3
/gene="AP"
exon 1163..1322
/number=4
/gene="AP"
exon 1553..1725
/number=5
/gene="AP"
exon 1953..2084
/number=6
/gene="AP"
exon 2176..2248
/number=7
/gene="AP"
exon 2363..2497
/number=8
/gene="AP"
exon 2590..2781
/number=9
/gene="AP"
exon 2971..3084
/number=10
/gene="AP"
exon 3177..>3298
/number=11
/gene="AP"
BASE COUNT 880 a 984 c 987 g 792 t
ORIGIN
1 ggtacccaac atgactccct caaagccaag attgtgagca tgtcactgag gccactctgt
61 gagcttgttt ccatgtcaac ggagctcatg atgtcagaag gctgaatcca gaccctgcac
121 ccaggctgtg tgtttccagc tccaccccag agcatatccc agtccagctg gctctttgga
181 accattaaag agtgataggt gctgactatg tgtgcagaga gtgatcctag cagcacagga
241 cacaaatcct tcaccctggg gaaagcagcc ttcaacctct cacccttaag ggaagggcaa
301 ccatggaaca gcatctgtca gccctccctc acaacccccc aggctggcct agcacaccct
361 gccacttcta tccaggcagc agggttcctt tccagagcag ggggggtggg ggtcagggag
421 gagcctgggg attagggagg gacactgagt tcttcaagca agaactgtcc ccatctaagg
481 ccatccctcc tccagcccag ctatgcaggg accctggctg ctgctgctgc tggcctcagc
541 ttcagctgtc cttggtgtca ttccaggtaa ggagctcccc taactgcttg tccccactca
601 caagcacagc cttccactga cacctgctcc ggtctccccc cttggccagt ggaggagaag
661 aactcggcct tctggaatca aaaggcgaag aaggccctgg atgttgccaa aaagctgcag
721 cccattcaga catcagccag gaacctcatc atcttcctgg gagacagtga gtgtgtgagc
781 acggcctgcc accctggggc cccctgagct ccaggcatcc attgatgtgt ccaggaaagc
841 ctggtgttca gatcgaacca gattctgttt ttgtagggtt gggggtgccc acggtgacag
901 ccaccaggat cctaaaggga cagttggaag accatctagg actggagaca cccctagcca
961 tggacctctt cccatacatg gctctgtcca aggtgagcac tggaacacac taggacagga
1021 aaggggctgg agaggacaag agatggaaca acccagaaga actggagccc aagtttgcaa
1081 ccaggcacag tgtagacatg tctcaggaag cagggactaa tgtctaccag tagtaccagg
1141 ctgagagtgt ctctgtcccc agacatacaa cgtggagaga caggtcccag acagcgcagg
1201 cacagcaacc gcctatctct gtggggtcaa gaccaactac aagaccatcg gcctgagcac
1261 agctgctcga ttcaaccagt gcaatgaggt cttctcagtg atgcactgtg caaagagaga
1321 aggtaagcca ggcatggagg cacacaccat tcatcccagc agttgggagg cagaggcagg
1381 cagatttgac ttcaagacca gcctggtcta catagtgagt tccaggccag ccagagctac
1441 atagcaagaa cttgtgcaca aacaaacaaa caaacaaaca aaaactaagt gggttaggac
1501 caggctaagg agctagagca ggcttggagc acctgattcc tgtcatttct aggcaagtct
1561 gtgggagtgg tgaccgccac gtcggtgcag cacgcctctc cagccggtac ctactcgcac
1621 acagtgaact gtgattggta ctcagatgca gagatacctg cctcgtcggc cgagggcagc
1681 tccaaagaca tctctactca gctcatctcc aacatggaca ttgatgtgag ccccaagagg
1741 gagggaggag ggccgcatgg aggtgtcgct catcgcagta taggcagccg gcagcctggg
1801 ctctgggtcc tccatgttat ctgaggaatg ggtaggggga aagtgttgac acacagccca
1861 ggagatgccc ttctcacata cctggtgggg tctgtctgtc tgtcggagac agaggaatcc
1921 caagtcctcc tgtcctgacc ttctgattat aggtgatcct tggcgggggc tgcatattca
1981 tgtttctaag gacaccagac cctgagtact caggcaacag cactcagttc agaagcagga
2041 tggatggaca gaatctggta cagaagtggc tggcaaaaca ccaggtgaca gagataccag
2101 ggtatggggc tagcaagcat taagacaggg ctatacatct caaaggtatg tgttaaggct
2161 ggctttgtcc tgtagggggc ccaatatgtt tggaaccata aggagctcat tcaggcatca
2221 caggacgcag cagtgactca cctcatgggt aatggtccat ttcctaccat gccattttta
2281 gaaggacttc actgaacatc tatgtaagtg tcatgacccc tctaacacag cctgggatcc
2341 atgtgtttct gttgtccctc aggcctcttt gaacctaacg acatgaaata tgacattcac
2401 caagaccctg ctcaagaccc ttccctggcc gagatgatgg aggtagctgt gtgcatgctg
2461 cgcaggaacc ccaaaggctt ctatctcttt gtggaaagtg ggaggttttg cctggcagag
2521 aggaggagga ggaggaagaa ccgggtccag cacagtatca aacatctccc catctctggt
2581 ttcctgcagg ggccctcatc gaccacagcc accatgattc catagcctat cgtgccctga
2641 ctgaggctgt catgttcgac tcggccgttg acaaggcaga caagctcacc agtgagcagg
2701 ataccatgat ccttgtcacc gccgaccact cacatgtctt ttcttttggt ggctatgtgc
2761 ctcaagggaa ctctatcttt ggtaggccag ggacaaggca aatgtatcaa atgtattggt
2821 cacatagcct aagtttctct gggcctcagt ttccttgcct gtcaaatgtg tatgtggttg
2881 tggaagatag gccagttcca ggcaaaggtg aaaattttgg tctatattct ccacccaggg
2941 cagtggcaaa gtgtgactct ctccctgcag gactggtgcc cttcaatgct ctggatggca
3001 gatcttttac ctcaatccta tatggcaatg gtcccggcta taaacttcag aaaggtaccc
3061 ggccaaatgt cactgacaaa gagagtccct aagttctgtt gggccaccac ccttgaagtt
3121 gagggtagag gagacttgag tcaaagcctt ctgccctgaa taccttgttt ctctagtgac
3181 ccccaagtac cggcagcaga cggctgtacc cctgtcatca gtaacccaca gcggggagga
3241 cgtggcaata ttcgctcgtg gcccacaggc gcacctggta cacggagttc aggagtagaa
3301 ctacatcgcg cacgtcatgg ccttcgcagc ctgcttggag ccctacactg actgcggcct
3361 ggtgccccct gctggctgga gcagtgcggt gagccggggc cacacctcca ccctgctatt
3421 ctgcgggctg ggacaatgtt gatattgatg gtggcagctg aaccctgact acctaagctc
3481 actggacttc actccactgt cccataggct ctagtgctca tggctggtgg tttgaatata
3541 gttggcccag ggagtggcac tattaggtgg tgtggccttg taggaggaag tgtgtcactg
3601 tgggggtggg caacgagacc ctcttcctaa tcacgtggga tcc
//