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</Seqdesc>
<Seqdesc>
<Seqdesc_title>POTLD51TR Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY103_I06.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
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</Date_std>
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<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
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<Seqdesc>
<Seqdesc_comment>Other_GSSs: POTLD51TF~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: CAGGAAACAGCTATGACC~Class: BAC ends</Seqdesc_comment>
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<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
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<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
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<SubSource_name>RHPOTKEY103_I06</SubSource_name>
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<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
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<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
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<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
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<Author>
<Author_name>
<Person-id>
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<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
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<Author>
<Author_name>
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<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
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</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
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<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
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</Auth-list_names>
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<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
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<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>603</Seq-inst_length>
<Seq-inst_strand value="ds"/>
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<Seq-data>
<Seq-data_iupacna>
<IUPACna>GGAGTTTATGCCCAAGTTCTACTATATAATAAATATAATATGTAATATTGAAGAAACTTCCTTTTAAAAGTCCCACAAGAATATTATATATTATATTTGGGCCTAAACTCTCTTTTATAATATAGTAGAATAGAAAGTAGAATAGAATAGAATATTATAAACTACTATATTATAAAAGAGAGTTTACGGCCAAATATAATATAGTAGAATATATAGATAGAATATTATAAAAGAGAGTTTAGGGCCAAATCTTGAATATTATATATTATATATTATATTTGGCCCTAAACTCTCTCTTATAATATAGTAATAAATAGTAGATTTAGAAACAATGGAAAGTACATATAATAAGAGTATAATGCTGGTAAATGAACAAAATCATATGGTACACAACTAGTAGATAAAAGACTATTTACTTAAACTCTAGGGAGTAGGGGTGTGCATTCGGTTTTTCGGTTTGGTTTTACACTATTCGGTTTGGGTTTTCGGTTTTTGGTTTTGTAAAAGTGTAACCCAATCCGATCCAAAATAAATTTGTTTTGATTTGGTTTTCCTCTATTCGATTCGGTTTTTTTCGATTTGATTATTCGGTTATGTCAATAA</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
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</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893448</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
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<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870414</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466253</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTH947TF Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY184_G22.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: TGTAAAACGACGGCCAGT~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
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</Dbtag_tag>
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<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
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<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY184_G22</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
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<Seqdesc>
<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
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<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
<Auth-list>
<Auth-list_names>
<Auth-list_names_std>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
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<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
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</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
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<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>374</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>GGATTTACTGCATTTGGCCATTTGACTATATTTGCTCTTAAGAGCAGTGTCACCTGCTCTATCATTGCGCAAATTTTTGAGATTTAGCGCAAACGTGGGCTACTCAGAATTCACCCAATAAATTGAACCATACGCAACCACGACCCAATGAGATTTCATTAAAAAGCACAAAAATTACGGGCATTCGACAATTAAACAATACGGGAAAGATTTTTGAATTTAAATAGGCATGTAATCATTCTAATCCTATCATAGAGGCCCAACACACATCACTAAGAGACAATCATTGTAAATGAGTACAAAAACATTCAAATGTAAAAGTGTGAAAAGGAAACCAACCTTCAATGTTGATTAAATTCGATTTGAAAATCTAG</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
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</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893447</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870413</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466252</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>POTJR43TF Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY088_H14.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: POTJR43TR~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: TGTAAAACGACGGCCAGT~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
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<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY088_H14</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
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<Seqdesc>
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<Pubdesc>
<Pubdesc_pub>
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<Pub_pmid>
<PubMedId>18554403</PubMedId>
</Pub_pmid>
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<Pub>
<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
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<Author>
<Author_name>
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<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
</Name-std>
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</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
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<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>192</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>AAGGTGGTTGCTACATATGCGGCGGACCGCACGGCTATGCAAAGTGCCCTGAACTGAAGAGCCTTGGTGCTATCCTGCGAGAACGGAAGGAGAAAGACGCACAGGAGAAAGGACAAGGCGCAGAGACAACACAGTTGGGCTTGATAGGGCTATGCGGAGCAATCACCAAGCAGCCAGAGAAGCCAAGAGGAT</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893446</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870412</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466251</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTH371TR Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY182_L22.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: PPTH371TF~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: CAGGAAACAGCTATGACC~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY182_L22</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
</Seqdesc>
<Seqdesc>
<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
</Pub_pmid>
</Pub>
<Pub>
<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
<Auth-list>
<Auth-list_names>
<Auth-list_names_std>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>382</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>TATTCCAGCTAAATTTCATGTTTTCAATGTCAACTTTCTATGTTTTATATGAGTAAACTCAAGTTGGTTTCATTATTTAGAGTTTAAGGGGATCACTCAGAATATCAAGAGAATATGTTTCTAGATTCATACACTGGTTAAAAATTATATGTTTAGATTCATATATGATACGTGTCTAGAGACTCATTATACTTGAAGATTTGAATAAGTAAAATCTTGTAGAACATTGTTATAGGAATAGAACATTTTCTTACTTCATTAGCATAAAAATTGATTACCTATCTAATCGTATGTACTTTAAGACTTTCTATATAAGGAACACCTCTTGTATATTGTTTCTTAATCAAGTCAATGAGAAGTTTTTCCTAATTTAACATGGCCT</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893445</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870411</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466250</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTHM74TF Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY187_N03.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: PPTHM74TR~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: TGTAAAACGACGGCCAGT~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY187_N03</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
</Seqdesc>
<Seqdesc>
<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
</Pub_pmid>
</Pub>
<Pub>
<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
<Auth-list>
<Auth-list_names>
<Auth-list_names_std>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>227</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>CCAGATATTTGAGATCTTTCTCTTTGAATAAGATCTCAATTCCAGCGACGGTTTCATTAGATATCTTACAACTAGAATCCCTCTTTTTTCCGATCCAGTTCCTCCACCAACGCGAACCCCAGTTAGATTCAGGCATGCTACACTTTTTAGTTATTGGGAGAACCCAAGTACTCTCTTTCGGATTCAGGAAACAACTCTCAGAGATCTTTTTTCCTTTGGGAAGATAC</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893444</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870410</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466249</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTHX08TR Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY190_A16.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: PPTHX08TF~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: CAGGAAACAGCTATGACC~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
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<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
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<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
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<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
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<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
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<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY190_A16</SubSource_name>
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<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
</Seqdesc>
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<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
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<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
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<Author>
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<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
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<Person-id>
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<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
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</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>728</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>TTATTTGATGTTATTTGGTAGTAACAATAAAATATATTTTTTGTAAAATATTTTTGCACCAAAAGGGAAAAAAACTTCATTCACTTGTGAGCAAAAAATATTTTCTTGCTGGTATTTAAGCTTTCTTGAATATTGATATCTTTTTATGAGGAAATGACTTTGATATTTTATTTTGTTTAATGTTTATAGACGGATCCGAAAAAGATAAAATTGTTAAGGAAGTGATTGAGGCAATTGATCCTGAGGAGAAATCGATCACTTGGAAGGTAATTGGAGGAGATTTGCTAGAGTTGTATGATTCTCTTACTATTATCACAGCATGCGAACATGAGTGGACTACATGTTCATTTATATATGAGAAAAAAACTGAAGACACCCCAGAACCTCTTGTTCCATTTGGTTTCCTCCTTAATTTGATCAAGGAAATGGAGGGTCATCTTCTCAAATAATACAAGATCAATCTGGTATCTGATAGTTCTTATCGTTACGTATTTGTGTATGTCTACGTGAACACGCGTGTGAATTTATGAATATATATATATATATATGTGTGTGTGTGAGAGAGAGAGAGAGAGAGAGTTTGTGTTACAAATATATACTATATATGTGTGTGTGTGTGTGAAGTTTGTGTTACAAATATATACTATATTTTGTAATATTGGCTAATTCTAGCTAGTGTGTCAAAATTAGTAATGTTGTGTTAAAAATAAAGAATATATCGGATGTAT</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893443</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870409</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466248</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTJ884TF Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY202_M23.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: PPTJ884TR~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: TGTAAAACGACGGCCAGT~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY202_M23</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
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<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
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<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
<Auth-list>
<Auth-list_names>
<Auth-list_names_std>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
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<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
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</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>286</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>TTGAAGAAGTAAGGTTCTTGAAGAACAAATTGTAGAATTCTTGTTGGTTGAGTTGTTGATGCTTGGGGGTGAGTTGATTCATGTTTTCGAGTTGCTTTTCGTGTTAGATTGGTTGTATATTGAGGGTACAATTGATCCTAAGTGTTTGGGGAAGGAACTATGGAAGTTAGGGAGGTTTAGAGAGGAAGAACGGAAGAGAAAAGTCAGAAGTCGCTGGGCAAAAGGGCTGGGGCTCCGCGCCTGCCACAACGCCACAAAAACTTCTCTGAAGTTTGGCCTTTGGCGT</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893442</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870408</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466247</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>POTN776TF Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY119_N08.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: POTN776TR~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: TGTAAAACGACGGCCAGT~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY119_N08</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
</Seqdesc>
<Seqdesc>
<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
</Pub_pmid>
</Pub>
<Pub>
<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
<Auth-list>
<Auth-list_names>
<Auth-list_names_std>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>798</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>AATTTCCTATATAAAGTGTTGCATGACCATGCCCGGTCCGGGGGAAAAGAACCGGACAACCATGTGAGAGGTTTATATCTCACCACCTAGGATGCTTGGGGTGTGACCAACATCAACCATGTGAGAGGTTTATATCTCACCACCTAGGATGCTTGGGGTGTGACCAACATCAACCATGTGAGAGGTTTATATCTCACCACCTAGGATGCTTGGGGTGTGACCAACATCAACCATGTGAGAGGTTTATATCTCACCACCTAGGATGCTTGGGGTGTGACCAACATCAACCATGTGAGGGGTTTATACCTTGCCACCAGGGTGTCCGGGTGTGAACGGCATCCCCCATCCTAAGTTGGGGTTATAGATTGGTTGGATCATGCATACACATATGATATCTACTATTAGTATAAAGTTACTTAAACATGTTTTGACTTCACTTTGATCATGCATCCTCATATTGTTATTCATAATGCCTATGAAACTATTTCTTGTATTTCGATTGTGTCCTTGTCTATTGTTGTGTTGCACCCCGCATACTTAGTACATTCCAAGTACTAACGCATATTTTGCCTACATGATGTCACCATGTAGGGACCGGAGTTACTCTTGATCCTTCTCTTCATTCACGTGGCTAGTACGGTGCTTATCCGAGTTGTTGGTGAGTCCTCAATGATTCGAGGGCAATGTTATGTTTCCTACTCCTATGTTTTGAGACTTTAGCTTGCAATTGTATTTTGACTATGAGGGGAGCCGGTAGAATGTCATGGCCCCGTCCTATCTATGTATGTAGAGGTGTGC</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893441</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870407</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466246</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTFO31TR Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY170_E13.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: PPTFO31TF~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: CAGGAAACAGCTATGACC~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY170_E13</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
</Seqdesc>
<Seqdesc>
<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
</Pub_pmid>
</Pub>
<Pub>
<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
<Auth-list>
<Auth-list_names>
<Auth-list_names_std>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>742</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>ATACATGAGAGTAACATACCCCGGTGTTAAAGATGCAAGAGATGAGAGAATTTGAGAGAAAATAAGCCATAGGTCGTACAAGATGAATTTTATATTGACCCATCGTCTTAACTTAATAAATAGAGAATTTTAAAATCTAGACTCTTAAAAAATTTCTTGGCGCGGTGCGCCCATGCTACAGGCTACTAAAAAAATAGCCTAGCGTGGTGCGCCCATGCTACCAGGCACGCAGAGCAAACGGTCAATTTGACATCTCTCTAGTAAAATGCAGATAACTTTTTACTCAAGAGTTGGGTAGATGAGCGATCAGTGACATTGGAAGGAACAAATGTAGACCTTTAATTTGATAAGTCACGGGTCATCTAAATTTTACTACTCTAAGAGGCATGATCGGTTGAAGTTGACCCTTGTATGAACTCATGTGAAAATATAGCTGATAGAAATGCTTTGAACTTGGTTTGGTGTTTAAGGTTCCTTACGACCCTAAACCATATATGATATACTTACTATAGTTTGTAAAGGACCTTAACATATATGCACAACTTAGTACTATTCATCGGGTTCGGACCTATACACATACAGAGGATGATTTGAATCTTTGCTTAGAAGTTTTTGGACGTTACGTAGATTGTCCCACATTTTTTTGGGTACTCAAAGAATTGTGACAGAAAATGGAAAACACTTCAATTATTGGCCGAAAGCAAATGAAGAGTCCTTTGACATTTCTTGATGTTACACATGT</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893440</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870406</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466245</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTGD37TR Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY176_G02.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Other_GSSs: PPTGD37TF~Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: CAGGAAACAGCTATGACC~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY176_G02</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
</Seqdesc>
<Seqdesc>
<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
</Pub_pmid>
</Pub>
<Pub>
<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
<Cit-art_authors>
<Auth-list>
<Auth-list_names>
<Auth-list_names_std>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
<Cit-art_from>
<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>723</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>TTATGTAATTATCCGCTCAATATAAGATTTAATACTTCTCATTTTATCTTAAAGATCATAAATTTTAAAAGTAAAAAACTTTTGTTTTAAACTCATGCCTAATTAAAATGCATCACATAAATTAGGATGGAAGAAATCATTTTGAATTTGTTCATTAAAGAAAACGTAGAATTTTAAAACGGAAAAAGACCTAAAATACCCTCGAAGTATTGGAAATTGTACAAAACTATCCTCCATCCATCTATTGGCTCCAAAATGCCCTTGTCATCCACCTTTGGGTCCAAAATTGACAACTTTTTTAACGGTTTTAAATTTAAACTATTTAATTATTTTTTAAATACGTGGCGCTCAACTATTGGTTATAATTTAATTAATTAATATAATTTATAAACCCACAATATTGTTACTCCCCTCCTCTATTTTTCTTTTCTCGACCTACAATTTTATTGTCTTAAAAAAAAAGGTCATGGCGTTGAAAATTTGAAAAACATGTCTTAGATGCCTAAATAGGAGCTGAGAAAATAAGGCATAAAACGCATTCGGCGTAGTGCGATTTATGTATAAATTTCAGTCTCTTCTTATTTATTGTTGAAATTACATTATTACCCCTTCCGTTTAAGTTAAAATTTAACTTTATCGGTGAATTTTCGATTCACCACATTGTTAATCCCCTCCTCTATTTTTCTTTTCTCGACCCACAATTTTATTTTTTGTCTTTTTAAA</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
<Seq-entry>
<Seq-entry_seq>
<Bioseq>
<Bioseq_id>
<Seq-id>
<Seq-id_general>
<Dbtag>
<Dbtag_db>dbGSS</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>20893439</Object-id_id>
</Object-id>
</Dbtag_tag>
</Dbtag>
</Seq-id_general>
</Seq-id>
<Seq-id>
<Seq-id_genbank>
<Textseq-id>
<Textseq-id_accession>ER870405</Textseq-id_accession>
<Textseq-id_version>1</Textseq-id_version>
</Textseq-id>
</Seq-id_genbank>
</Seq-id>
<Seq-id>
<Seq-id_gi>148466244</Seq-id_gi>
</Seq-id>
</Bioseq_id>
<Bioseq_descr>
<Seq-descr>
<Seqdesc>
<Seqdesc_molinfo>
<MolInfo>
<MolInfo_biomol value="genomic">1</MolInfo_biomol>
<MolInfo_tech value="survey">4</MolInfo_tech>
</MolInfo>
</Seqdesc_molinfo>
</Seqdesc>
<Seqdesc>
<Seqdesc_title>PPTI520TF Solanum tuberosum RHPOTKEY BAC ends Solanum tuberosum genomic clone RHPOTKEY192_C16.</Seqdesc_title>
</Seqdesc>
<Seqdesc>
<Seqdesc_create-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2007</Date-std_year>
<Date-std_month>5</Date-std_month>
<Date-std_day>30</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_create-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_update-date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
<Date-std_month>6</Date-std_month>
<Date-std_day>18</Date-std_day>
</Date-std>
</Date_std>
</Date>
</Seqdesc_update-date>
</Seqdesc>
<Seqdesc>
<Seqdesc_comment>Contact: C. Robin Buell~The Institute for Genomic Research (TIGR; www.tigr.org)~9712 Medical Center Drive, Rockville, MD 20850, USA~Seq primer: TGTAAAACGACGGCCAGT~Class: BAC ends</Seqdesc_comment>
</Seqdesc>
<Seqdesc>
<Seqdesc_source>
<BioSource>
<BioSource_org>
<Org-ref>
<Org-ref_taxname>Solanum tuberosum</Org-ref_taxname>
<Org-ref_common>potato</Org-ref_common>
<Org-ref_db>
<Dbtag>
<Dbtag_db>taxon</Dbtag_db>
<Dbtag_tag>
<Object-id>
<Object-id_id>4113</Object-id_id>
</Object-id>
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</Org-ref_db>
<Org-ref_orgname>
<OrgName>
<OrgName_name>
<OrgName_name_binomial>
<BinomialOrgName>
<BinomialOrgName_genus>Solanum</BinomialOrgName_genus>
<BinomialOrgName_species>tuberosum</BinomialOrgName_species>
</BinomialOrgName>
</OrgName_name_binomial>
</OrgName_name>
<OrgName_lineage>Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicotyledons; asterids; lamiids; Solanales; Solanaceae; Solanoideae; Solaneae; Solanum</OrgName_lineage>
<OrgName_gcode>1</OrgName_gcode>
<OrgName_mgcode>1</OrgName_mgcode>
<OrgName_div>PLN</OrgName_div>
</OrgName>
</Org-ref_orgname>
</Org-ref>
</BioSource_org>
<BioSource_subtype>
<SubSource>
<SubSource_subtype value="clone">3</SubSource_subtype>
<SubSource_name>RHPOTKEY192_C16</SubSource_name>
</SubSource>
<SubSource>
<SubSource_subtype value="clone-lib">11</SubSource_subtype>
<SubSource_name>Solanum tuberosum RHPOTKEY BAC ends</SubSource_name>
</SubSource>
</BioSource_subtype>
</BioSource>
</Seqdesc_source>
</Seqdesc>
<Seqdesc>
<Seqdesc_pub>
<Pubdesc>
<Pubdesc_pub>
<Pub-equiv>
<Pub>
<Pub_pmid>
<PubMedId>18554403</PubMedId>
</Pub_pmid>
</Pub>
<Pub>
<Pub_article>
<Cit-art>
<Cit-art_title>
<Title>
<Title_E>
<Title_E_iso-jta>Analysis of 90 Mb of the potato genome reveals conservation of gene structures and order with tomato but divergence in repetitive sequence composition</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-art_title>
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<Author>
<Author_name>
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<Person-id_name>
<Name-std>
<Name-std_last>Zhu</Name-std_last>
<Name-std_initials>W.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Ouyang</Name-std_last>
<Name-std_initials>S.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Iovene</Name-std_last>
<Name-std_initials>M.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>O'Brien</Name-std_last>
<Name-std_initials>K.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Vuong</Name-std_last>
<Name-std_initials>H.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Jiang</Name-std_last>
<Name-std_initials>J.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
<Author>
<Author_name>
<Person-id>
<Person-id_name>
<Name-std>
<Name-std_last>Buell</Name-std_last>
<Name-std_initials>C.R.</Name-std_initials>
</Name-std>
</Person-id_name>
</Person-id>
</Author_name>
</Author>
</Auth-list_names_std>
</Auth-list_names>
</Auth-list>
</Cit-art_authors>
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<Cit-art_from_journal>
<Cit-jour>
<Cit-jour_title>
<Title>
<Title_E>
<Title_E_iso-jta>BMC Genomics</Title_E_iso-jta>
</Title_E>
</Title>
</Cit-jour_title>
<Cit-jour_imp>
<Imprint>
<Imprint_date>
<Date>
<Date_std>
<Date-std>
<Date-std_year>2008</Date-std_year>
</Date-std>
</Date_std>
</Date>
</Imprint_date>
<Imprint_volume>9</Imprint_volume>
<Imprint_issue>1</Imprint_issue>
<Imprint_pages>286</Imprint_pages>
</Imprint>
</Cit-jour_imp>
</Cit-jour>
</Cit-art_from_journal>
</Cit-art_from>
</Cit-art>
</Pub_article>
</Pub>
</Pub-equiv>
</Pubdesc_pub>
</Pubdesc>
</Seqdesc_pub>
</Seqdesc>
</Seq-descr>
</Bioseq_descr>
<Bioseq_inst>
<Seq-inst>
<Seq-inst_repr value="raw"/>
<Seq-inst_mol value="dna"/>
<Seq-inst_length>479</Seq-inst_length>
<Seq-inst_strand value="ds"/>
<Seq-inst_seq-data>
<Seq-data>
<Seq-data_iupacna>
<IUPACna>ATATTTTTTAAAAAAAGATAATTTAATAATAAAGATAATGACTTTTCTTGAAAAATAAAAAATAAATAAAATGATTTTCAAAAAAATAAAAATTTCGGAAGTTATGTTTCAGTCCGTCATCCAACACACTCTATCCCACCCTCACACCCACACCTTTCATATTATTTGCATATATAATTTTATGTAAATATTTTTTACCTATGTACTAAATACTAATAACTAAACCTTAAAATAAATCATTTATTTCTCATCATATCAAACATACCATTAGTTTATATTTCCTTTCATCAGAATTGGGGGATCTTAGTTTGTACACTTTCCAAATCACGTAATTAATTATAGACGATGACATTTCACCATTATTTTAAAGAGTTAATACCTTAAAAAATGGGGAAAGTACACAAATTACTATTCATAAAATTAAATTAATTATCCTGTTTCATCCTTCTTTTTTCAAGCATGAATCAGTATGGCATCAG</IUPACna>
</Seq-data_iupacna>
</Seq-data>
</Seq-inst_seq-data>
</Seq-inst>
</Bioseq_inst>
</Bioseq>
</Seq-entry_seq>
</Seq-entry>
</Bioseq-set_seq-set>
</Bioseq-set>