GenBank-Updates@genbank.bio.net (05/27/91)
LOCUS MUSLAMA 1842 bp ss-mRNA ROD 27-MAY-1991
DEFINITION Murine mRNA for laminin A-chain C-terminal fragment
ACCESSION X13459
KEYWORDS glycoprotein; laminin; laminin A; matrix protein.
SOURCE Mus sp. RNA.
ORGANISM Mus sp.
Eukaryota; Animalia; Metazoa; Chordata; Vertebrata; Mammalia;
Theria; Eutheria; Rodentia; Myomorpha; Muridae; Murinae.
REFERENCE 1 (bases 1 to 1842)
AUTHORS Deutzmann,R., Huber,J., Schmetz,K.A., Oberbaeumer,I. and Hartl,L.
TITLE Structural study of long arm fragments of laminin: Evidence for
repetitive C-terminal sequences in the A-chain, not present in the
B-chains
JOURNAL Eur. J. Biochem. 177, 35-45 (1988)
STANDARD full automatic
COMMENT *source: cell line=confluent PYS-2 cells; library=pUC830; *source:
clone=elastase fragments E3 and E8;
From EMBL entry MSLAMA; dated 30-AUG-1990.
FEATURES Location/Qualifiers
CDS <1..1643
/note="laminin C-terminal fragment (548 AA) (1 is 2nd base
in codon)"
/codon_start=1
misc_feature 1818..1823
/note="polyadenylation signal"
polyA_site 1842..1842
/note="polyadenylation site"
BASE COUNT 457 a 510 c 487 g 388 t
ORIGIN
1 aggatgcgga ggaggctggt ggggctcagg cacatgtgcc cttcttttcc atcatgctgc
61 ttgagggacg aattgaagtg catgtcaact ctggggacgg gaccagtctg aggaaggccc
121 tcctgcatgc ccccaccggc tcctacagtg atggacagga acactccatc tccctggtta
181 ggaatcggag agttatcacc atacaagtgg atgagaacag tcccgtagaa atgaagttgg
241 gtccattaac agaaggaaag acgatcgaca tatccaacct gtacataggg ggacttccgg
301 aggacaaggc gaccccgatg ctcaagatgc ggacttcgtt ccatgggtgt attaaaaacg
361 tggtccttga cgctcaactt ttggacttca cccatgcgac tggctctgag caagtagagc
421 tggacacatg cttgctggca gaagagccca tgcagagtct gcacagagaa cacggggaac
481 tccctccgga gcccccaact ctaccacagc ctgaactgtg cgcagtagac acggctccgg
541 ggtatgtggc aggtgctcac cagtttggcc tctcgcagaa cagccacttg gtgctccctc
601 tgaatcagtc tgatgtccgg aagaggctcc aggtgcagct gagcattcgg acatttgcct
661 ccagtggcct catttactat gtggctcatc agaaccaaat ggactacgcc acgctccagc
721 tccaagaggg ccgcctgcac ttcatgtttg atctcggcaa gggccggacc aaggtctccc
781 accctgccct gctcagtgat ggcaagtggc acacagtcaa gacagaatac attaaaagga
841 aggcgttcat gactgttgac ggccaagagt cccccagtgt gactgtggtg ggcaatgcaa
901 ccacgctgga tgtggaaagg aaactgtacc tcggaggcct tcccagccac tacagggcca
961 ggaacatcgg gactatcacc cacagcatcc ctgcctgcat tggggaaatc atggttaatg
1021 gccaacagct ggataaagac aggcccttgt ctgcctctgc tgtggacagg tgctatgtcg
1081 tggctcagga aggaactttc tttgaaggaa gcggatatgc agctcttgtc aaggaaggtt
1141 acaaagttcg attggattta aatatcacac tggagttccg tactacctct aagaatggcg
1201 tcctcctggg aatcagcagt gccaaagtgg atgccattgg cctagagatt gtagatggca
1261 aggtcttatt tcacgtcaac aacggtgccg gaaggataac agccacctac cagcccagag
1321 ccgccagagc tctctgtgat ggcaagtggc acacactcca agcccacaaa agcaagcacc
1381 gcatcgtcct gactgtggac gggaattccg ttagggctga aagcccccac acccattcca
1441 cctcggcaga caccaacgat cccatttatg tgggtggcta tcctgcccac atcaaacaga
1501 actgcctgag cagccgggcc tcattccggg gctgtgtgag gaacctcagg ctgagcaggg
1561 gctcacaagt gcagtccttg gacctgagcc gagcctttga cctacaagga gtcttccctc
1621 attcctgccc cgggcctgag ccctaaactg tcgccagcct ctgcccttgg aatcatcgcc
1681 aacgcatgga agagagcagt ttgtgaactc aagcagctca gctcccattc ccatcccatt
1741 gccatctcag gttatgtttc cagaggaaaa tgctgtattt atgttgaact aaagccacac
1801 ggacaacaga tacctctatt aaatggttta aaacgtcagt gg
//