SpMTA gene 5'-flanking region
LOCUS 5FR_SPMTA 1699 bp DNA INV 17-JUN-1993 DEFINITION Strongylocentrotus purpuratus metallothionein-A (MTA) gene, 5'-flanking region. DBSOURCE GENBANK: name S80441, accession M30606 KEYWORDS metal-binding protein; regulation; metallothionein-A. SOURCE Strongylocentrotus purpuratus DNA. ORGANISM Strongylocentrotus purpuratus Eukaryotae; mitochondrial eukaryotes; Metazoa; Echinodermata; Echinozoa; Echinoidea; Euechinoidea; Echinacea; Echinoida; Strongylocentrotidae; Strongylocentrotus. REFERENCE 1 (bases 1 to 1699) AUTHORS Harlow,P., Watkins,E., Thornton,R.D. and Nemer,M. TITLE Structure of an ectodermally expressed sea urchin metallothionein gene and characterization of its metal-responsive region JOURNAL Mol. Cell. Biol. 9, 5445-5455 (1989) MEDLINE 90066495 REFERENCE 2 (bases 1 to 1699) AUTHORS Bai,G., Stuebing,E.W., Parker,H.R., Harlow,P. and Nemer,M. TITLE Combinatorial regulation by promoter and intron 1 regions of the metallothionein SpMTA gene in the sea urchin embryo JOURNAL Mol. Biol. Cell 13, 993-1001 (1993) MEDLINE 93140799 COMMENT The proximal of 1.6 kb of the 5'-flanking region of SpMTA metallothionein (MT) gene together with the 1.12 kb first intron are sufficient for its correct cell-type specific expression in transgenic embryos. The heavy-methal ion-dependent activity of promoter is sustained through the cooperative interaction of a series MRE sites. The regulatory elements in intron enhance as well as restrict expression of the single set of embryonic cell lineages. FEATURES Location/Qualifiers source 1..1699 /organism="Strongylocentrotus purpuratus" /db_xref="taxon:7668" /cell_type="sperm" misc_signal 1466..1473 /gene="MTA" /standard_name="metal-responsive element (MREb)" misc_signal 1566..1573 /gene="MTA" /standard_name="metal-responsive element (MREa)" TATA_signal 1592..1596 /gene="MTA" mRNA 1619.. /gene="MTA" /number=1 CDS 1697.. /gene="MTA" /codon_start=1 /product="metallothionein-A" /db_xref="PID:g161546" ORIGIN 1 gatcctaagt cgactgaggt tcacggatca ggttgataaa cttgcagctc agccatggag 61 gtatgcatca atccttgtat gataaaaaat gtactcgatg accccgtgaa gaacgaaggc 121 ggcgggcaaa aatatacagg cattttaaga agtccagagc tacatgaaca tcttggttat 181 aaatatatcc tgctgtggac tgcgaattga atgatgttta taatcctgtt tttacctttg 241 gaaattgcag taataataga atgtaatacc tccaacattt ggtaaagagt ttggagttgg 301 tatttcgtat gattattcag cgaattttag aaaacaagag cagttcaaaa atatttatcc 361 atctagaagc cacacaagac cggtcacatg attcaaccca gccaaactca gaaaagctgc 421 ccgcacataa gtgtactgta cgtgtcacgt atttaaataa tcttgaatat tcaaactatt 481 gttatattat tcgtgtgcaa taatgaggac gagcatgcaa gcgctactcg agtgcaaacc 541 caaccacctc tagtctctac ttaaggtgtt taaatcttta tctcaaagta tgacagaaaa 601 gacgtcataa tcatatttgt atcacctccc ccctctcccc ttgggtaggg aaggcgaaat 661 ttgagaaaac aatagaaatt gaacattaat aatgtattaa taatgtttat gctccatttc 721 atgcatttcg tgtgaaacaa cgagttaaaa atatgcatgc agtaaatcct ttcgtctcca 781 ctctgggtca atcgtcaggg gcagatccag gattcatttg aaatgaaatc gaggagggag 841 gggggggggg gagatttcca ctgatgcctg gtgtgtagca ctatggcaat ttgactgggg 901 gtaagtgtct ctaatacgcc ctataggcaa atattgacag gtctacgtaa tttagtatgg 961 aaaaataacc attttatcat acaggttgat catcaatata tcattatgca gtgaacacca 1021 tgaatatttc gaaatggagg gatagttgca tttctggcgg agatatccgg gtcgggaatc 1081 atctactttt attccccctc cccatttttt tcttcttctc cttgttcttc ttctttttcg 1141 tttcttaatc atggtattaa tcatttgcaa atcaattaca tgcctttata tatatataat 1201 aatcatggtg ctacatgatt ttgaaatact ttatggaaac cttacgtttt accagacctt 1261 gacacaaagt tgacagtgtt acctttatca ttcacttccg tactgtttca gcacatgagc 1321 aacactttgt tctttgaggg caaacgtttt gggggagggg agggcatccc acggcgcttt 1381 aaaaacaaaa aggatttttg cttcccttcc atatcccgta taatttatcc gacacgagcc 1441 tagtcatcac cattcctgat agaagcgtgt gcaaaactag aaaggcccac ctagatcgag 1501 ctcctcaggc accgctaaca ggttgcctag ctcgtgccta aacgtggtgt gtttacctat 1561 ttgtttgcac acggatattg taatgaaaac atataaaacc ccgaatttca ccagtttttg 1621 tcacaagctg aagcgtttga gtgtgattta cattaccttc tgaagaaaca tacaactcga 1681 gttcaatttc atcaccatg //SpMTA/Sea Urchin Search the GeNet