GenBank-Updates@genbank.bio.net (09/29/90)
LOCUS RATNUCIA1 3641 bp ds-DNA ROD 29-SEP-1990
DEFINITION Rat nucleolin gene.
ACCESSION M55015 M37081
KEYWORDS nucleolin.
SEGMENT 1 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 3641)
AUTHORS Bourbon,H.-M. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD simple staff_entry
COMMENT
FEATURES from to/span description
pept 2183 2200 nucleolin exon 1
3142 + 3258 nucleolin exon 2
pre-msg 2035 > 3641 nucleolin mRNA and introns
IVS 2201 3141 intron 1
IVS 3259 > 3641 intron 2
BASE COUNT 877 a 937 c 1012 g 815 t
ORIGIN
1 ggatccaatt tgatatggtt atatccaatt ataatttgta taagcaccac atatgtatta
61 ggtgtttgtt gactccactg caacacaaat tgtactagct gtccctgctg ctgctgcact
121 caaacttgtt cctaagttag ggccttgtgt gcacctacca ttgagccaca ttcctcactc
181 cagttagcaa aatttccaaa ctattatatg ccaggcaatg gcttaggtac caagaataaa
241 caatccgtgt tctgtctggg taaggggcaa attaacaata aacgcccaag tactaggcaa
301 ctgataatac ctaacagtgt aacctagggt cacaagagta agtctcttag tggcacttta
361 caccagaggg ctgaggaaag cccaacagat tgaattgaca aagagaagtc atgtcatttc
421 acactcagag ctcatcttct ctcctcccga atgcctttag cttgctctgc ttggaaatat
481 ccaggtcttc ctcacaccat ccttcctatc cctctaccca agagtctccc ttggctccat
541 actatacagt tgaaggtgtg accggtctca ctttaaagac aatgccccca cacaacactg
601 gtccgcatca cctgccctga ctagagagca cttgtgtgta gctgtggctg ccctccacca
661 tgttgggaag gccttaggaa gtaagcatca cgcagtgact atttctactt atctccaaag
721 gcccgtgttc agatagaaaa cccggggtct caacacatcc cacttgagtt aaaatctccc
781 gaggatggca aaggaggggg caggggtatc tccgagttcg aaggcagcct ggtctagaat
841 gagtcccggg gcagccaggg ctacaaagag aaaacctatc tcaaaaactc caatcaaggg
901 gttggggatt tagctcagcg gtagagcgct tgcctagcaa gcgcaaggcc ctgggttcga
961 tccccagctc cgaaaaaaga accaaaaaac aaaaaactcc aatcaaatct tctagattgg
1021 gccgggcgtg acgacgcggt cgaggctagc ctggtctaca cagtgtgctc taccacggcc
1081 agagcaaata gtgaggccct atctcaaccc ccaccagcac ctccacaggt aatttttaat
1141 cgatattgtc agctgatgag ggcacccgtt tgctacgctt ggaaccagtt agtggcaatc
1201 cgtttaaagc aatccaagac aactctctcg tcctctgcca cggagggaac tcgtgagcgg
1261 tcccaggcag gccgagtact tctcccacca cacaccagga agtcacctct ctgaacctgg
1321 agttatacct accgcgtgag gtcagagatt aaatggactg tttgtgcact gctcacacac
1381 acacacacgc gcgcgcgcgc gcgaaattgc ttttattagg agctctcagg aaagtggtgg
1441 ctcgcatcag gctaccacag ccaagaggac cgccacctct accgagggca ggccaaggcc
1501 cactaaacgg cccgaatgaa ctctaggcct tccggcgctc tccagctctt cagcgcggcg
1561 aacgttctag gcccctgaga agtccaccgg gaggcgcagg tttccgctac gcgaggggga
1621 aatccccgag aaatgcccag accacctaag cacagacgtc catgcggcgt acggatacct
1681 gagggaatcc gggccatacc gccacctact cgcgcctcac tcaagccgcg ccaaactcgc
1741 gcgtttcact gcgcaggcgt gtacgcagcg ggcgctcagg aacactcaaa ggaccagcac
1801 actgaccaat caacgtccgc cttggccaaa actagtcccg ccctcaaaag cagacgtcag
1861 gccccgcccc taagagcccc gccctccccc acgctttagg cccgacccac gccgtcctgg
1921 gttaaggctc gcggttggtt cgggggacgg acgcgagctc tggttggtgg aggtgaggtc
1981 acgagaacac cttcgtcgcc tttccagagg cgattactgg gcaagctcag tcttttgcct
2041 cagacgctag ctgtagctgg caggcggttg tacgtgctcc agagtcttca ttacccgccg
2101 atccagtcgt cttcgcgtgg gttccgctaa gctcttctga gctgctcgct ctctacacac
2161 gccgtcgccg taatccgcca tcatggtgaa actcgcaaag gtaataggcc tgacgcgcga
2221 acacggacga ctaggcctgc tttctgagag acgcgcgcgc gcccgtcgcg gaggggagga
2281 gggcctgcgc acagtcccgg gcgcgttcga gggcgcatgc tgagggaagt ctcgcgcgac
2341 tagcggaagg gtctcgcggt gtttggcctc tgacttgagg gatgagagga gccgaggcag
2401 gttctgggag ggcgatgtag agtgcaccgg ggccgggggt cggtgtgagg ggaagtcgga
2461 ggagttgagc gcggagaggg ggttggaggc tcggcgagtg aagtgggcca accttaagcg
2521 gctaccgctc tcgggggccc ccgcctcccg gcgcacgtgc tccggtgcgc ggcccgccac
2581 gtggttacgg cgctccgcac gtgtcgcgcg tccgaggcag tgaggggagt gggagtacac
2641 gggaaagggg gacagtagag ttgggccatg ttacctagcg atcgcatgtc cctgaccgtg
2701 acggtagatg gacacgtggt gggctcctga ggtagcgcgt ggtgacccgg cctaggtgac
2761 tccacgtggt ttggctgtaa gcgtgagaaa gtaggaagta gctccgatac agagatgctt
2821 ttaagaggtg ccttcgagat aacccccttc cccggcaaat agttaaaatg gaacctttaa
2881 ctgggttttt ttcttttttg tggaaggtgc cagaaaataa agtgccacga ctaagtagac
2941 tttaaaaacc tgtggctgtt tcctggtgaa ggtttctgtc tgtaagacaa attatgcgca
3001 gttctcagaa aaatttgcca ggaagagtgt gctgcctggc cacgagaagt ctttatgctt
3061 gtgttcttta gtaagaaagg aggtggtggc cgaggacaaa gtggcttaca atgcgggtga
3121 tttttttgtg tgcatttgta ggccggcaaa acccacggag agtccaagaa aatggctcct
3181 cctccaaagg aggtggaaga agatagtgag gatgaagaaa tgtcagaaga tgaagatgac
3241 agcagtggag aagaggaggt aggatgctat ttgaaaaatt gtgtgatttg cagtggtaga
3301 ttgactggaa gtgtcagaaa taacagtcag ttcggggggt gtctgggcag agttttgtat
3361 gttgtattga gtagagttta ctgtagattt gtggggtggt tttccctccg tttttgggaa
3421 aattgcttat tctagcctaa tttttattca gtccatggtc acttggcttt gtgaattttg
3481 gcaggacatt atgacaggaa gctgtagacc agcctaacct cagataggtt ctcctgaatt
3541 aggtgttagc cacagtatcc acgacaaatg acaagtttag tgagaaaccc agactttgat
3601 ctaggtagag atggaatcag ggtctcagct taggtggtac c
//GenBank-Updates@genbank.bio.net (09/29/90)
LOCUS RATNUCIA2 896 bp ds-DNA ROD 29-SEP-1990
DEFINITION Rat nucleolin gene.
ACCESSION M55017 M37081
KEYWORDS nucleolin.
SEGMENT 2 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 896)
AUTHORS Bourbon,H.-M. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD simple staff_entry
COMMENT
FEATURES from to/span description
pept + 352 + 850 nucleolin exon 3
pre-msg < 1 > 896 nucleolin mRNA and introns
IVS < 1 351 gtgagttagagctta intron 2
IVS 851 > 896 gtgagttagagctta intron 3
BASE COUNT 294 a 164 c 234 g 204 t
ORIGIN
1 ttatgtgtgt gagtgcatta agcatgcttg gtcccctcat gctagaatag aatgtacttg
61 gtatacctga aactggtatt acagctacat gtggatgtta aacttgttat aagagtaaca
121 agtggggctg gggatttatt tagctcagtg gtagtgcgct tacctaggaa gcgcaaggcc
181 ctgggttcgg tccccagctc cgaaaaaaaa aaagagtaac aagtgctctt aacttctgag
241 ccatctctcc agttctttac tttttagaaa catatctaat gtctatcttg tgttagtaac
301 ttaacatagc attggatata gaggaatgct tatgatttgt ttgctttcaa ggttgtcatc
361 cctcagaaga aaggcaaaaa ggctaccaca actccagcaa agaaggtggt tgtttcacaa
421 acaaaaaagg ctgcagttcc cacaccagct aagaaagcag ctgttacccc aggcaaaaag
481 gcagcagcca caccagccaa gaaagctgtt acaccagcca aagtagttcc aacacctggt
541 aaaaagggag ctgcacaagc aaaagcattg gtaccaactc ctggtaaaaa gggagctgtc
601 actccagcca agggggctaa gaatggtaag aatgccaaga aggaagacag cgatgaggat
661 gaagatgaag aggatgaaga tgacagcgat gaggatgaag atgaagagga tgaatttgag
721 ccaccggtag taaaaggagt gaaaccagca aaagcagctc ctgctgctcc tgcctcagag
781 gatgaggatg aggaagatga tgatgatgaa gatgatgatg atgatgatga agaggaggag
841 gaggaagatg gtgagttaga gcttaggata ttgagtactg catgtacact cctgca
//GenBank-Updates@genbank.bio.net (09/29/90)
LOCUS RATNUCIA3 4204 bp ds-DNA ROD 29-SEP-1990
DEFINITION Rat nucleolin gene.
ACCESSION M55020 M37081
KEYWORDS nucleolin.
SEGMENT 3 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 4204)
AUTHORS Bourbon,H.-M. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD simple staff_entry
COMMENT
FEATURES from to/span description
pept + 5 193 nucleolin exon 4 (AA at 7)
294 380 nucleolin exon 5
567 708 nucleolin exon 6
1190 1314 nucleolin exon 7
2068 2191 nucleolin exon 8
2700 2854 nucleolin exon 9
3313 3436 nucleolin exon 10
3627 + 3760 nucleolin exon 11
pre-msg < 1 > 4202 nucleolin mRNA and introns
IVS < 1 4 intron 3
IVS 381 566 intron 4
IVS 709 1189 intron 5
IVS 1315 2067 intron 6
IVS 2192 2699 intron 7
IVS 2855 3312 intron 8
IVS 3437 3626 intron 9
IVS 3761 > 4202 intron 10
BASE COUNT 1307 a 695 c 915 g 1287 t
ORIGIN
1 tcagactctg aggaagaagt tatggagatc acaccagcca aaggaaagaa aactcctgca
61 aaagttgttc ctgtgaaagc caagagtgtg gccgaggagg aggaagatga tgaggatgat
121 gaagatgaag aggaggatga agatgaagaa gatgaagagg acgatgaaga tgaggatgag
181 gaagaagagg aaggtaacca gattaactta taaagtatgc tgacttaagt aatgcttatt
241 aatgaaatgc taaaaagtct gtgtactcat gaatgacatt ttaaaacatg cagaacctgt
301 taaagcagca cctggaaaac ggaagaagga gatgaccaag cagaaagaag cccctgaagc
361 caagaaacag aaaatagaag gtaagcctgc aaaattggga cttaaaagga gatcagagta
421 gcaatagcac aagtgatgac taacaaaggg acttaatact gaaacatctg ggattgaaat
481 gcagtatgct gatgtgcttt atagtttatg atgaaattca cttgtcgtat gcttaagtgg
541 actaaaaaag ctcatttttt gtgcaggctc agaaccaact acacctttca acctgttcat
601 tggaaacctt aatccaaaca agtctgttgc tgaattaaaa gttgccatca gtgaactttt
661 tgctaaaaat gatcttgctg ctgtggatgt cagaactggt acaaataggt atgtttttca
721 ttaaatggtt tgtgtgtatc agctagtatt tttaccttcc agttgtgttc ttccacgccc
781 ttaaatactg ggatagataa ggcactacag taataaagag gttaagatag taatgaacta
841 aatcatcaaa ttataggacc tgcaatttga agtcctgtgt ttgacttggg ggtgtcaaat
901 agcaatttta agaattttac attttgggta attttgcact ttgggtctgc atagtcacag
961 caaatgcttt tagctaaaag gattctcagt acttaccagg gtccatgcca gctactgctg
1021 ttacagtatg atgaatgaag aaaccaaggc acatggactc gattttatgg gatataagaa
1081 tgatctggtt ttattttgtt agtgttgtac atgctgccta tgttcgttac cacacggtac
1141 aggtgtagat cacctcatgc ctataatctt gttttttact tttttcaagg aaatttggtt
1201 atgttgattt tgagtctgct gaagacctag aaaaggccct ggagctcact ggtttaaaag
1261 tgtttggcaa tgaaattaaa ctagaaaaac caaaaggaag agatagtaag aaaggtatgt
1321 aaaagagtct gggtaactcg gcactaatgc ttaggagata gtcttgtccc cctttctccc
1381 ttagtttcat cctcattgtg aaccagtgaa atgatgtgga tcatgtgatg actgacagat
1441 ttgattcctg ggatatgtca gggctggcag gatggttagt tgagtaaaga tgctaggtac
1501 aaaatttgat ctctacaagc cacatgaaga agggaagaaa cagcgtgttt cagtgtgcta
1561 gtgcacatcc agcactcagg aggcagaggc agggggatct gagttttgag gccaaaaaac
1621 aaagcaattc taggacagcc aggactatta acgctttcaa aaactcccaa gttgtcatct
1681 gcctacatgt gtgtcatggc atgcttgagg cttacatatc tcttgaaatg aattcttgtt
1741 ctctatttta agtttgagaa tgtggacttt gaagtgtttt cttatttata caatgtaata
1801 catacagtct aggggaaata tatacatgta aacaagtaag aggtgagcct catctgaaac
1861 tggacagaag tttgagtcac caggtaggta ggtgactaag tgctgacaat tggacatggg
1921 tcctctttgt gcaaaaggct agtaaccatt gagccacctc tccatccccc tttttttaaa
1981 gcacagattc ttatccttta taggagctat ttgctttatt ctcttgtgac ttctaaaatg
2041 atgttcttaa atcttgtttc aatatagttc gagctgcaag aacactttta gccaaaaacc
2101 tctctttcaa catcactgag gatgaattaa aagaagtgtt tgaagatgct gtggagatca
2161 gattagtcag ccaggatggg agaagtaaag ggtagttttt gttcctttga atgttaagtt
2221 ttattagcag catttgagtt tgttgttatc tactcctacc ctaccccata aaaacctcaa
2281 gaagtatcaa caaccacaaa aaaaaaacat ttgagctggt cctttggcct ccatctccca
2341 agttctgaaa ttaaaaatgg tcaactattg ggtcttgaag ctgtgataaa ttttacagct
2401 ggcctcaatc caaatcgcat ctttggccac cagtactatc cttgcctatt atatgagata
2461 aacgtgattc taggcagttc agtctattat tgtatctgct ttttctcctc cttacatagg
2521 tggccagctt caagaatgat ttcagaggag ctaatacagt aaaagaacag taaaagctgt
2581 ttggtcataa ccacctgttt cagtcacatg cgacttaagt ccttacatca taatatgctt
2641 gagtgacatt ttgtctaatg tattaagtga attgtgcgta taaactctta atcttttagg
2701 attgcttata ttgaatttaa gtctgaggct gatgcagaga aaaacttgga agaaaagcag
2761 ggggcagaaa ttgatggacg gtctgtttca ctctactaca ctggagagaa aggacaaagg
2821 caagagagaa ctggaaagaa tagcacttgg agtggtaagt taaggtttaa ttgtatagtg
2881 ggggtgggaa tcatttgcat ctttgcttct atgtttagct agaattaatt cacctttgtt
2941 catatagctc atgcttagtc ttcatgagtg aaagctattt gaaatcatat ccgttggagt
3001 gtagtaggca aatacggctt tgttgggtat tttttctgct ttaaatggct taaactataa
3061 tttggaaaaa aatgctagga atcatctaag attgttacag tgtatgatgg gtttacatgt
3121 ggtggtggtt ggtagtctta ggattatggt atatgtggtc catggctaaa gtgccattgg
3181 tcagttaaca tgtagccacc ctgtgtgaaa taggttagaa acatgcttta tatgtggtcc
3241 acttactgag agctttaata cacacagact tattctaaca tgcattgcta atgtgtatca
3301 ttgtacttac aggtgaatca aagactttgg ttttaagtaa cctttcctac agtgcaacag
3361 aagaaacact tcaggaagta ttcgagaaag caacctttat taaagtgccc cagaacccac
3421 atggcaaatc taaagggtaa aataattttt atgttacatg tgggctgtat atactcctac
3481 acaaagagta atactgtcct attagctaaa aagaaaaaaa aactaacatt tttagctata
3541 caaaggctaa gtacagcatt ggtaataacc tgctgatgcc atgtgtttct aagctttact
3601 ctgaaaactg atttttcaat cctcaggtat gcatttatag aatttgcttc atttgaagat
3661 gctaaagaag ctttaaattc ctgtaataaa atggaaattg agggcagaac aatcaggctg
3721 gagttgcaag gacccagggg atcacctaat gcgagaagtc gtaagtccct tgacatgtgt
3781 gacttgggtt gggtgacatt ttgattttat gtgtatccat gctcacttgg ggctggtttt
3841 tgttgttgct gagtacatga caactggata tgatgactga ttacctgaga aataactgat
3901 gaaatctcaa gaaaattcct ctagatagtc aagttctgat ccagctatgt cagctcaaag
3961 cagcaacttt tggatttgat tgccctgagt tcacttagat atgtctgatc cagtctaata
4021 gctttcacct tagtttatct gcattaattg ctttttctgg taaaaacaag aacattgtac
4081 aaaatgggtg tcagagatga ctggctcagc agttaagagg actgactact ttgagaggat
4141 ttgggttcaa atcccagcat ccacatggca tttcaccgta actcttttgg tttctttttt
4201 tttt
//GenBank-Updates@genbank.bio.net (09/29/90)
LOCUS RATNUCIA4 1725 bp ds-DNA ROD 29-SEP-1990
DEFINITION Rat nucleolin gene.
ACCESSION M55022 M37081
KEYWORDS nucleolin.
SEGMENT 4 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 1725)
AUTHORS Bourbon,H.-M. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD simple staff_entry
COMMENT
FEATURES from to/span description
pept + 158 284 nucleolin exon 12 (AA at 160)
614 837 nucleolin exon 13
940 1016 nucleolin exon 14
pre-msg < 1 1150 nucleolin mRNA and introns
IVS < 1 157 intron 10
IVS 285 613 intron 11
IVS 838 939 intron 12
BASE COUNT 492 a 304 c 453 g 476 t
ORIGIN
1 gatctgacac cctcatagat aaaatgaatg tagatagaca aaacaccaat atgcacaaaa
61 atttttttaa aaaggaatct actttagctg aaggtggcag tacttaccat gggttcatag
121 agaaacctgt aaaaacaggc atttttttct cttccagagc catccaaaac tctgtttgtc
181 aaaggtctgt ctgaggatac cactgaagag accttaaaag aatcatttga gggctctgtt
241 cgtgcaagaa tagtaactga tcgggaaact ggttcttcta aagggtaaga aagcatagtg
301 tttcttttta gtgaattctg catggagaac ttgggtctgc agtatcttct cattgagctc
361 ctttctgtca accagtgaca gattatggat tcgcacgaga agaagagaaa gttcacagaa
421 ctagcactta atcttctgtt tttgcaggag atctatttgg ctgttatgtg tgagacattc
481 agagataact gggtctccaa gagtactttc tgtatggtca ctgtattagt ctatgtgggt
541 cacttagtgc ttattgtgtt actcttaaag gtgcttgctt aatttaaaat gggtggtttt
601 tactgtgttt taggtttggt tttgtagact ttaatagtga ggaagatgcc aaagctgcca
661 aggaggccat ggaagatgga gaaattgatg gaaacaaagt taccttggac tgggccaaac
721 ctaagggtga aggtggcttt ggtggtcgag gtggaggcag aggaggtttc ggaggcagag
781 gtggtggcag aggcggaaga ggcggatttg gcggaagagg ccggggaggg tttggaggta
841 aagaaggaaa aggaactaga acctccttga ggaactacct tgagcgggga ggtcagttcc
901 taactgtacc agcctttcat gatatttttc cttctgtagg cagaggaggc ttccgaggcg
961 gcagaggagg cgggggagac ttcaagccac aaggaaagaa gacgaagttt gaatagttcc
1021 ttccatccca ttctttccct cttcatttta aagaaaggac tctggagttt ttactctgtt
1081 acctgttgaa tgacagagcc ttttaaggac attccaagac agtaaagatc ctaaactctg
1141 ttgccagact taatacttcc tagaggttac atttggattg ttgcttaaga gcttgacaag
1201 accagctctg cccagtggga attggagttg tgttcctact gctttccagc tacaaatgtg
1261 gagattggtt gtggggggcg gcttcatgat tctaatctgg aagatttaat atttcatttg
1321 taccttagat gggtgtgttc tgtgttggaa atgccataca agagcttgtg tggtctctaa
1381 tctattccca ggaccaggag gaaagtatac gctaatctga aatgacctgg acaaggtatg
1441 gtggcacatg cctttttaac tccacatggg agggagacgc aggcagataa gagtgaggcg
1501 atcctgatat acagagtgag ttccagaaca gccagggctg tttgttagag aaagagatcc
1561 tgtcttgaaa aagaccaagg ggaaaaaaaa agataacaca ggcaaccaac caaatacaag
1621 ttttggccac tgaatactaa gtctcagcag ccaggtgtta gtgacataat ccaatcccag
1681 ggaaacagcg gccatctctg agttcaatgc tggatgggtc tgcag
//GenBank-Updates@genbank.bio.net (01/10/91)
LOCUS RATNUCIA1 3641 bp ds-DNA ROD 10-JAN-1991
DEFINITION Rat nucleolin gene.
ACCESSION M55015 M37081
KEYWORDS nucleolin.
SEGMENT 1 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 3641)
AUTHORS Bourbon,H.-. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD unannotated staff_entry
FEATURES Location/Qualifiers
exon 2034..2200
/
/codon_start=2034
/product="nucleolin"
precursor_RNA 2035..>3641
/note="nucleolin mRNA and introns"
exon 2183..2200
/note="nucleolin exon 1"
exon 2183..2200
/note="nucleolin exon 1"
intron 2201..3141
/note="intron 1"
exon 3142..3258
/note="nucleolin exon 2"
exon 3142..3258
/note="nucleolin exon 2"
intron 3259..>3641
/note="intron 2"
BASE COUNT 877 a 937 c 1012 g 815 t
ORIGIN
1 ggatccaatt tgatatggtt atatccaatt ataatttgta taagcaccac atatgtatta
61 ggtgtttgtt gactccactg caacacaaat tgtactagct gtccctgctg ctgctgcact
121 caaacttgtt cctaagttag ggccttgtgt gcacctacca ttgagccaca ttcctcactc
181 cagttagcaa aatttccaaa ctattatatg ccaggcaatg gcttaggtac caagaataaa
241 caatccgtgt tctgtctggg taaggggcaa attaacaata aacgcccaag tactaggcaa
301 ctgataatac ctaacagtgt aacctagggt cacaagagta agtctcttag tggcacttta
361 caccagaggg ctgaggaaag cccaacagat tgaattgaca aagagaagtc atgtcatttc
421 acactcagag ctcatcttct ctcctcccga atgcctttag cttgctctgc ttggaaatat
481 ccaggtcttc ctcacaccat ccttcctatc cctctaccca agagtctccc ttggctccat
541 actatacagt tgaaggtgtg accggtctca ctttaaagac aatgccccca cacaacactg
601 gtccgcatca cctgccctga ctagagagca cttgtgtgta gctgtggctg ccctccacca
661 tgttgggaag gccttaggaa gtaagcatca cgcagtgact atttctactt atctccaaag
721 gcccgtgttc agatagaaaa cccggggtct caacacatcc cacttgagtt aaaatctccc
781 gaggatggca aaggaggggg caggggtatc tccgagttcg aaggcagcct ggtctagaat
841 gagtcccggg gcagccaggg ctacaaagag aaaacctatc tcaaaaactc caatcaaggg
901 gttggggatt tagctcagcg gtagagcgct tgcctagcaa gcgcaaggcc ctgggttcga
961 tccccagctc cgaaaaaaga accaaaaaac aaaaaactcc aatcaaatct tctagattgg
1021 gccgggcgtg acgacgcggt cgaggctagc ctggtctaca cagtgtgctc taccacggcc
1081 agagcaaata gtgaggccct atctcaaccc ccaccagcac ctccacaggt aatttttaat
1141 cgatattgtc agctgatgag ggcacccgtt tgctacgctt ggaaccagtt agtggcaatc
1201 cgtttaaagc aatccaagac aactctctcg tcctctgcca cggagggaac tcgtgagcgg
1261 tcccaggcag gccgagtact tctcccacca cacaccagga agtcacctct ctgaacctgg
1321 agttatacct accgcgtgag gtcagagatt aaatggactg tttgtgcact gctcacacac
1381 acacacacgc gcgcgcgcgc gcgaaattgc ttttattagg agctctcagg aaagtggtgg
1441 ctcgcatcag gctaccacag ccaagaggac cgccacctct accgagggca ggccaaggcc
1501 cactaaacgg cccgaatgaa ctctaggcct tccggcgctc tccagctctt cagcgcggcg
1561 aacgttctag gcccctgaga agtccaccgg gaggcgcagg tttccgctac gcgaggggga
1621 aatccccgag aaatgcccag accacctaag cacagacgtc catgcggcgt acggatacct
1681 gagggaatcc gggccatacc gccacctact cgcgcctcac tcaagccgcg ccaaactcgc
1741 gcgtttcact gcgcaggcgt gtacgcagcg ggcgctcagg aacactcaaa ggaccagcac
1801 actgaccaat caacgtccgc cttggccaaa actagtcccg ccctcaaaag cagacgtcag
1861 gccccgcccc taagagcccc gccctccccc acgctttagg cccgacccac gccgtcctgg
1921 gttaaggctc gcggttggtt cgggggacgg acgcgagctc tggttggtgg aggtgaggtc
1981 acgagaacac cttcgtcgcc tttccagagg cgattactgg gcaagctcag tcttttgcct
2041 cagacgctag ctgtagctgg caggcggttg tacgtgctcc agagtcttca ttacccgccg
2101 atccagtcgt cttcgcgtgg gttccgctaa gctcttctga gctgctcgct ctctacacac
2161 gccgtcgccg taatccgcca tcatggtgaa actcgcaaag gtaataggcc tgacgcgcga
2221 acacggacga ctaggcctgc tttctgagag acgcgcgcgc gcccgtcgcg gaggggagga
2281 gggcctgcgc acagtcccgg gcgcgttcga gggcgcatgc tgagggaagt ctcgcgcgac
2341 tagcggaagg gtctcgcggt gtttggcctc tgacttgagg gatgagagga gccgaggcag
2401 gttctgggag ggcgatgtag agtgcaccgg ggccgggggt cggtgtgagg ggaagtcgga
2461 ggagttgagc gcggagaggg ggttggaggc tcggcgagtg aagtgggcca accttaagcg
2521 gctaccgctc tcgggggccc ccgcctcccg gcgcacgtgc tccggtgcgc ggcccgccac
2581 gtggttacgg cgctccgcac gtgtcgcgcg tccgaggcag tgaggggagt gggagtacac
2641 gggaaagggg gacagtagag ttgggccatg ttacctagcg atcgcatgtc cctgaccgtg
2701 acggtagatg gacacgtggt gggctcctga ggtagcgcgt ggtgacccgg cctaggtgac
2761 tccacgtggt ttggctgtaa gcgtgagaaa gtaggaagta gctccgatac agagatgctt
2821 ttaagaggtg ccttcgagat aacccccttc cccggcaaat agttaaaatg gaacctttaa
2881 ctgggttttt ttcttttttg tggaaggtgc cagaaaataa agtgccacga ctaagtagac
2941 tttaaaaacc tgtggctgtt tcctggtgaa ggtttctgtc tgtaagacaa attatgcgca
3001 gttctcagaa aaatttgcca ggaagagtgt gctgcctggc cacgagaagt ctttatgctt
3061 gtgttcttta gtaagaaagg aggtggtggc cgaggacaaa gtggcttaca atgcgggtga
3121 tttttttgtg tgcatttgta ggccggcaaa acccacggag agtccaagaa aatggctcct
3181 cctccaaagg aggtggaaga agatagtgag gatgaagaaa tgtcagaaga tgaagatgac
3241 agcagtggag aagaggaggt aggatgctat ttgaaaaatt gtgtgatttg cagtggtaga
3301 ttgactggaa gtgtcagaaa taacagtcag ttcggggggt gtctgggcag agttttgtat
3361 gttgtattga gtagagttta ctgtagattt gtggggtggt tttccctccg tttttgggaa
3421 aattgcttat tctagcctaa tttttattca gtccatggtc acttggcttt gtgaattttg
3481 gcaggacatt atgacaggaa gctgtagacc agcctaacct cagataggtt ctcctgaatt
3541 aggtgttagc cacagtatcc acgacaaatg acaagtttag tgagaaaccc agactttgat
3601 ctaggtagag atggaatcag ggtctcagct taggtggtac c
//GenBank-Updates@genbank.bio.net (01/10/91)
LOCUS RATNUCIA2 896 bp ds-DNA ROD 10-JAN-1991
DEFINITION Rat nucleolin gene.
ACCESSION M55017 M37081
KEYWORDS nucleolin.
SEGMENT 2 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 896)
AUTHORS Bourbon,H.-. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD simple staff_entry
FEATURES Location/Qualifiers
precursor_RNA <1..>896
/note="nucleolin mRNA and introns"
intron <1..351
/note="gtgagttagagctta intron 2"
exon 352..850
/note="nucleolin exon 3"
intron 851..>896
/note="gtgagttagagctta intron 3"
BASE COUNT 294 a 164 c 234 g 204 t
ORIGIN
1 ttatgtgtgt gagtgcatta agcatgcttg gtcccctcat gctagaatag aatgtacttg
61 gtatacctga aactggtatt acagctacat gtggatgtta aacttgttat aagagtaaca
121 agtggggctg gggatttatt tagctcagtg gtagtgcgct tacctaggaa gcgcaaggcc
181 ctgggttcgg tccccagctc cgaaaaaaaa aaagagtaac aagtgctctt aacttctgag
241 ccatctctcc agttctttac tttttagaaa catatctaat gtctatcttg tgttagtaac
301 ttaacatagc attggatata gaggaatgct tatgatttgt ttgctttcaa ggttgtcatc
361 cctcagaaga aaggcaaaaa ggctaccaca actccagcaa agaaggtggt tgtttcacaa
421 acaaaaaagg ctgcagttcc cacaccagct aagaaagcag ctgttacccc aggcaaaaag
481 gcagcagcca caccagccaa gaaagctgtt acaccagcca aagtagttcc aacacctggt
541 aaaaagggag ctgcacaagc aaaagcattg gtaccaactc ctggtaaaaa gggagctgtc
601 actccagcca agggggctaa gaatggtaag aatgccaaga aggaagacag cgatgaggat
661 gaagatgaag aggatgaaga tgacagcgat gaggatgaag atgaagagga tgaatttgag
721 ccaccggtag taaaaggagt gaaaccagca aaagcagctc ctgctgctcc tgcctcagag
781 gatgaggatg aggaagatga tgatgatgaa gatgatgatg atgatgatga agaggaggag
841 gaggaagatg gtgagttaga gcttaggata ttgagtactg catgtacact cctgca
//GenBank-Updates@genbank.bio.net (01/10/91)
LOCUS RATNUCIA3 4204 bp ds-DNA ROD 10-JAN-1991
DEFINITION Rat nucleolin gene.
ACCESSION M55020 M37081
KEYWORDS nucleolin.
SEGMENT 3 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 4204)
AUTHORS Bourbon,H.-. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD simple staff_entry
FEATURES Location/Qualifiers
precursor_RNA <1..>4202
/note="nucleolin mRNA and introns"
intron <1..4
/note="intron 3"
exon 5..193
/note="nucleolin exon 4 (AA at 7)"
exon 294..380
/note="nucleolin exon 5"
intron 381..566
/note="intron 4"
exon 567..708
/note="nucleolin exon 6"
intron 709..1189
/note="intron 5"
exon 1190..1314
/note="nucleolin exon 7"
intron 1315..2067
/note="intron 6"
exon 2068..2191
/note="nucleolin exon 8"
intron 2192..2699
/note="intron 7"
exon 2700..2854
/note="nucleolin exon 9"
intron 2855..3312
/note="intron 8"
exon 3313..3436
/note="nucleolin exon 10"
intron 3437..3626
/note="intron 9"
exon 3627..3760
/note="nucleolin exon 11"
intron 3761..>4202
/note="intron 10"
BASE COUNT 1307 a 695 c 915 g 1287 t
ORIGIN
1 tcagactctg aggaagaagt tatggagatc acaccagcca aaggaaagaa aactcctgca
61 aaagttgttc ctgtgaaagc caagagtgtg gccgaggagg aggaagatga tgaggatgat
121 gaagatgaag aggaggatga agatgaagaa gatgaagagg acgatgaaga tgaggatgag
181 gaagaagagg aaggtaacca gattaactta taaagtatgc tgacttaagt aatgcttatt
241 aatgaaatgc taaaaagtct gtgtactcat gaatgacatt ttaaaacatg cagaacctgt
301 taaagcagca cctggaaaac ggaagaagga gatgaccaag cagaaagaag cccctgaagc
361 caagaaacag aaaatagaag gtaagcctgc aaaattggga cttaaaagga gatcagagta
421 gcaatagcac aagtgatgac taacaaaggg acttaatact gaaacatctg ggattgaaat
481 gcagtatgct gatgtgcttt atagtttatg atgaaattca cttgtcgtat gcttaagtgg
541 actaaaaaag ctcatttttt gtgcaggctc agaaccaact acacctttca acctgttcat
601 tggaaacctt aatccaaaca agtctgttgc tgaattaaaa gttgccatca gtgaactttt
661 tgctaaaaat gatcttgctg ctgtggatgt cagaactggt acaaataggt atgtttttca
721 ttaaatggtt tgtgtgtatc agctagtatt tttaccttcc agttgtgttc ttccacgccc
781 ttaaatactg ggatagataa ggcactacag taataaagag gttaagatag taatgaacta
841 aatcatcaaa ttataggacc tgcaatttga agtcctgtgt ttgacttggg ggtgtcaaat
901 agcaatttta agaattttac attttgggta attttgcact ttgggtctgc atagtcacag
961 caaatgcttt tagctaaaag gattctcagt acttaccagg gtccatgcca gctactgctg
1021 ttacagtatg atgaatgaag aaaccaaggc acatggactc gattttatgg gatataagaa
1081 tgatctggtt ttattttgtt agtgttgtac atgctgccta tgttcgttac cacacggtac
1141 aggtgtagat cacctcatgc ctataatctt gttttttact tttttcaagg aaatttggtt
1201 atgttgattt tgagtctgct gaagacctag aaaaggccct ggagctcact ggtttaaaag
1261 tgtttggcaa tgaaattaaa ctagaaaaac caaaaggaag agatagtaag aaaggtatgt
1321 aaaagagtct gggtaactcg gcactaatgc ttaggagata gtcttgtccc cctttctccc
1381 ttagtttcat cctcattgtg aaccagtgaa atgatgtgga tcatgtgatg actgacagat
1441 ttgattcctg ggatatgtca gggctggcag gatggttagt tgagtaaaga tgctaggtac
1501 aaaatttgat ctctacaagc cacatgaaga agggaagaaa cagcgtgttt cagtgtgcta
1561 gtgcacatcc agcactcagg aggcagaggc agggggatct gagttttgag gccaaaaaac
1621 aaagcaattc taggacagcc aggactatta acgctttcaa aaactcccaa gttgtcatct
1681 gcctacatgt gtgtcatggc atgcttgagg cttacatatc tcttgaaatg aattcttgtt
1741 ctctatttta agtttgagaa tgtggacttt gaagtgtttt cttatttata caatgtaata
1801 catacagtct aggggaaata tatacatgta aacaagtaag aggtgagcct catctgaaac
1861 tggacagaag tttgagtcac caggtaggta ggtgactaag tgctgacaat tggacatggg
1921 tcctctttgt gcaaaaggct agtaaccatt gagccacctc tccatccccc tttttttaaa
1981 gcacagattc ttatccttta taggagctat ttgctttatt ctcttgtgac ttctaaaatg
2041 atgttcttaa atcttgtttc aatatagttc gagctgcaag aacactttta gccaaaaacc
2101 tctctttcaa catcactgag gatgaattaa aagaagtgtt tgaagatgct gtggagatca
2161 gattagtcag ccaggatggg agaagtaaag ggtagttttt gttcctttga atgttaagtt
2221 ttattagcag catttgagtt tgttgttatc tactcctacc ctaccccata aaaacctcaa
2281 gaagtatcaa caaccacaaa aaaaaaacat ttgagctggt cctttggcct ccatctccca
2341 agttctgaaa ttaaaaatgg tcaactattg ggtcttgaag ctgtgataaa ttttacagct
2401 ggcctcaatc caaatcgcat ctttggccac cagtactatc cttgcctatt atatgagata
2461 aacgtgattc taggcagttc agtctattat tgtatctgct ttttctcctc cttacatagg
2521 tggccagctt caagaatgat ttcagaggag ctaatacagt aaaagaacag taaaagctgt
2581 ttggtcataa ccacctgttt cagtcacatg cgacttaagt ccttacatca taatatgctt
2641 gagtgacatt ttgtctaatg tattaagtga attgtgcgta taaactctta atcttttagg
2701 attgcttata ttgaatttaa gtctgaggct gatgcagaga aaaacttgga agaaaagcag
2761 ggggcagaaa ttgatggacg gtctgtttca ctctactaca ctggagagaa aggacaaagg
2821 caagagagaa ctggaaagaa tagcacttgg agtggtaagt taaggtttaa ttgtatagtg
2881 ggggtgggaa tcatttgcat ctttgcttct atgtttagct agaattaatt cacctttgtt
2941 catatagctc atgcttagtc ttcatgagtg aaagctattt gaaatcatat ccgttggagt
3001 gtagtaggca aatacggctt tgttgggtat tttttctgct ttaaatggct taaactataa
3061 tttggaaaaa aatgctagga atcatctaag attgttacag tgtatgatgg gtttacatgt
3121 ggtggtggtt ggtagtctta ggattatggt atatgtggtc catggctaaa gtgccattgg
3181 tcagttaaca tgtagccacc ctgtgtgaaa taggttagaa acatgcttta tatgtggtcc
3241 acttactgag agctttaata cacacagact tattctaaca tgcattgcta atgtgtatca
3301 ttgtacttac aggtgaatca aagactttgg ttttaagtaa cctttcctac agtgcaacag
3361 aagaaacact tcaggaagta ttcgagaaag caacctttat taaagtgccc cagaacccac
3421 atggcaaatc taaagggtaa aataattttt atgttacatg tgggctgtat atactcctac
3481 acaaagagta atactgtcct attagctaaa aagaaaaaaa aactaacatt tttagctata
3541 caaaggctaa gtacagcatt ggtaataacc tgctgatgcc atgtgtttct aagctttact
3601 ctgaaaactg atttttcaat cctcaggtat gcatttatag aatttgcttc atttgaagat
3661 gctaaagaag ctttaaattc ctgtaataaa atggaaattg agggcagaac aatcaggctg
3721 gagttgcaag gacccagggg atcacctaat gcgagaagtc gtaagtccct tgacatgtgt
3781 gacttgggtt gggtgacatt ttgattttat gtgtatccat gctcacttgg ggctggtttt
3841 tgttgttgct gagtacatga caactggata tgatgactga ttacctgaga aataactgat
3901 gaaatctcaa gaaaattcct ctagatagtc aagttctgat ccagctatgt cagctcaaag
3961 cagcaacttt tggatttgat tgccctgagt tcacttagat atgtctgatc cagtctaata
4021 gctttcacct tagtttatct gcattaattg ctttttctgg taaaaacaag aacattgtac
4081 aaaatgggtg tcagagatga ctggctcagc agttaagagg actgactact ttgagaggat
4141 ttgggttcaa atcccagcat ccacatggca tttcaccgta actcttttgg tttctttttt
4201 tttt
//GenBank-Updates@genbank.bio.net (01/10/91)
LOCUS RATNUCIA4 1725 bp ds-DNA ROD 10-JAN-1991
DEFINITION Rat nucleolin gene.
ACCESSION M55022 M37081
KEYWORDS nucleolin.
SEGMENT 4 of 4
SOURCE Rat DNA.
ORGANISM Rattus norvegicus
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 1725)
AUTHORS Bourbon,H.-. and Amalric,F.
TITLE Nucleolin gene organization in rodents: Highly conserved sequences
within three of the 13 introns
JOURNAL Gene 88, 187-196 (1990)
STANDARD simple staff_entry
FEATURES Location/Qualifiers
precursor_RNA <1..1150
/note="nucleolin mRNA and introns"
intron <1..157
/note="intron 10"
CDS join(M55015:2183..2200,
M55015:3142..3258,M55017:352..850,M55020:5..193,
M55020:294..380,M55020:567..708,M55020:1190..1314,
M55020:2068..2191,M55020:2700..2854,
M55020:3313..3436,M55020:3627..3760,158..284,
614..837,940..1016)
/note="nucleolin"
exon 158..284
/note="nucleolin exon 12 (AA at 160)"
intron 285..613
/note="intron 11"
exon 614..837
/note="nucleolin exon 13"
intron 838..939
/note="intron 12"
exon 940..1016
/note="nucleolin exon 14"
BASE COUNT 492 a 304 c 453 g 476 t
ORIGIN
1 gatctgacac cctcatagat aaaatgaatg tagatagaca aaacaccaat atgcacaaaa
61 atttttttaa aaaggaatct actttagctg aaggtggcag tacttaccat gggttcatag
121 agaaacctgt aaaaacaggc atttttttct cttccagagc catccaaaac tctgtttgtc
181 aaaggtctgt ctgaggatac cactgaagag accttaaaag aatcatttga gggctctgtt
241 cgtgcaagaa tagtaactga tcgggaaact ggttcttcta aagggtaaga aagcatagtg
301 tttcttttta gtgaattctg catggagaac ttgggtctgc agtatcttct cattgagctc
361 ctttctgtca accagtgaca gattatggat tcgcacgaga agaagagaaa gttcacagaa
421 ctagcactta atcttctgtt tttgcaggag atctatttgg ctgttatgtg tgagacattc
481 agagataact gggtctccaa gagtactttc tgtatggtca ctgtattagt ctatgtgggt
541 cacttagtgc ttattgtgtt actcttaaag gtgcttgctt aatttaaaat gggtggtttt
601 tactgtgttt taggtttggt tttgtagact ttaatagtga ggaagatgcc aaagctgcca
661 aggaggccat ggaagatgga gaaattgatg gaaacaaagt taccttggac tgggccaaac
721 ctaagggtga aggtggcttt ggtggtcgag gtggaggcag aggaggtttc ggaggcagag
781 gtggtggcag aggcggaaga ggcggatttg gcggaagagg ccggggaggg tttggaggta
841 aagaaggaaa aggaactaga acctccttga ggaactacct tgagcgggga ggtcagttcc
901 taactgtacc agcctttcat gatatttttc cttctgtagg cagaggaggc ttccgaggcg
961 gcagaggagg cgggggagac ttcaagccac aaggaaagaa gacgaagttt gaatagttcc
1021 ttccatccca ttctttccct cttcatttta aagaaaggac tctggagttt ttactctgtt
1081 acctgttgaa tgacagagcc ttttaaggac attccaagac agtaaagatc ctaaactctg
1141 ttgccagact taatacttcc tagaggttac atttggattg ttgcttaaga gcttgacaag
1201 accagctctg cccagtggga attggagttg tgttcctact gctttccagc tacaaatgtg
1261 gagattggtt gtggggggcg gcttcatgat tctaatctgg aagatttaat atttcatttg
1321 taccttagat gggtgtgttc tgtgttggaa atgccataca agagcttgtg tggtctctaa
1381 tctattccca ggaccaggag gaaagtatac gctaatctga aatgacctgg acaaggtatg
1441 gtggcacatg cctttttaac tccacatggg agggagacgc aggcagataa gagtgaggcg
1501 atcctgatat acagagtgag ttccagaaca gccagggctg tttgttagag aaagagatcc
1561 tgtcttgaaa aagaccaagg ggaaaaaaaa agataacaca ggcaaccaac caaatacaag
1621 ttttggccac tgaatactaa gtctcagcag ccaggtgtta gtgacataat ccaatcccag
1681 ggaaacagcg gccatctctg agttcaatgc tggatgggtc tgcag
//