5 sol100.mas - SGN page for sol100 project organism data overview in a tree format
14 $show_org_add_form => 0
17 $organism_autocomplete_uri => ''
20 <div style="margin: 20px auto"><& /page/page_title.mas, title=>"The SOL-100 sequencing project" &></div>
22 <& /util/import_javascript.mas, classes=>[qw[ CXGN.Page.FormattingHelpers jquery jqueryui popup]] &>
24 <script language="javascript">
27 jQuery("#sol100_species").autocomplete({
28 source: '<% $organism_autocomplete_uri %>'
40 .infosectioncontent blockquote {
41 border: 1px solid #ccc;
45 letter-spacing: 0.8px;
47 margin: 1em 10em 1em 7.5em;
54 <&| /page/info_section.mas,
55 title => 'The questions',
61 The Solanaceae include more than 3000 species with wide adaptation, shape, chemistry, and distribution. Species of the family are of great agricultural, nutritional, horticultural and medicinal importance (e.g., potato, tomato, pepper, petunia and tobacco). This enormous diversity is contrasted by high conservation of gene order and content at the macro and micro syntenic levels. Solanaceae genomes can be genetically tied to a common framework linkage map, thus facilitating the identification of genes with homologous phenotypes in the different species. These features make Solanaceae an excellent taxon with which to address a central question in biology:
64 <blockquote>How can a common set of genes/proteins give rise to such a wide range of morphologically and ecologically distinct species?</blockquote>
68 But also, studying the Solanaceae can generate answers to the currently highly relevant and urgent question:
72 How can a deeper understanding of the genetic basis of plant biodiversity be harnessed to better meet the needs of society in an environmentally friendly and sustainable manner?
77 <&| /page/info_section.mas,
84 <img style="margin: 0 0 10px 20px; display: block; float: right" src="/img/solproject_logo_100.png" />
88 The SOL community will create a common Solanaceae-based genomic
89 framework that includes sequences and phenotypes of 100 genomes
90 encompassing the phylogenetic diversity of the group. Specific
96 Tie the available tomato, tobacco, potato and Asterid relatives
97 coffee and Mimulus (monkey-flower) genome sequences to a common
98 SOL physical and genetic map as well as other Asterid taxonomic
99 groups, such as Antirrhinum, sweet potato and mint.
102 Select 100 Solanaceae species and Asterid outgroups (SOL-100)
103 that broadly span the evolutionary tree and reflect important
107 Apply emerging novel genome sequencing technologies to SOL-100
108 and link the sequences to the common SOL physical and genetic
112 Genetically map simple and complex phenotypes affecting chemical,
113 morphological, yield and fitness-related traits in the SOL-100
117 Construct bioinformatic vehicles to effectively access and
118 utilize the information generated within SOL-100.
121 Foster a broadly-based international community of interacting
122 scientists committed to exploring and conserving natural
128 <&| /page/info_section.mas,
129 title => 'SOL-100 Organisms',
130 subtitle => 'click on an organism name to see more details ',
131 empty_message => 'Tree not available',
136 %if ( $show_org_add_form ){
138 #sol100_add_organism {
140 border: 2px solid #aaa;
142 padding: 0 0 1em 1em;
146 #sol100_add_organism div.boxtitle {
155 <div id="sol100_add_organism">
156 <div class="boxtitle">Authorized user</div>
157 <h3>Add a SOL-100 organism</h3>
159 <form method="POST" name="sol100_add_form" action="<% $organism_add_uri %>">
160 <input name="species" type="text" size="30" id="sol100_species" /><input type="submit" name="add_to_tree" onclick="add_to_tree()" value="Add to Tree" />
161 <div style="font-size: 80%; margin-left: 1em; color: #333">type an organism name</div>
168 The tree below shows organisms that have been proposed for
169 sequencing by the SOL-100 project. Highlighted species are already
173 <& /organism/tree.mas, organism_tree => $organism_tree &>
177 <&| /page/info_section.mas,
178 title => 'Who are we?',
184 The International SOL Genome Project (SOL) is a "virtual umbrella"
185 organization for promoting, coordinating and actively seeking
186 additional scientists, countries and funding agencies to participate
187 in an expedition to understand, utilize and conserve natural
188 biodiversity (see <a href="/solanaceae-project/">http://solgenomics.net/solanaceae-project/</a>). SOL
189 includes scientists from more than 30 countries that are united and
190 excited about the sustainable and equitable use of natural
191 biodiversity in biological research, plant breeding and conservation
192 of these resources for the future. The SOL community has sequenced
193 both the tomato genome and the potato genome through grants from
194 national funding agencies as well as international collaborative
199 <b>Mathilde Causse, Jeanne Jacobs, Glenn Bryan, Harry Klee, Sanwen Huan, and René Klein Lankhorst</b>
203 <&| /page/info_section.mas, title=>"Submit genome to SGN" &>
204 If you are sequencing a SOL-100 genome, please submit the genome to SGN. <br /><br /><b>Submission to SGN requires prior submission to <a href="http://ncbi.nlm.nih.gov">Genbank</a></b> and a <b><a href="http://www.ncbi.nlm.nih.gov/genomes/static/gprj_help.html#what_projectID">Genbank Project ID</a></b>. Please contact <a href="mailto:smtwhite@ncbi.nlm.nih.gov">Brian Smith-White</a> at Genbank or <a href="mailto:sgn-feedback@solgenomics.net">SGN</a> for more information.