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<biogps><data><item key="rating_data"><item key="avg_stars">0</item><item key="total">0</item><item key="avg">0</item></item><item key="name">BreastMark (NOTE: plugin can take ~2 mins to load)</item><item key="created">2013-08-17 01:14:47</item><item key="url">http://glados.ucd.ie/BreastMark/post_gene_default.cgi?name={{EntrezGene}}&amp;DFS=RFS&amp;median=median&amp;lymph_positive=positive&amp;lymph_negative=negative&amp;LumA_pam50=LumA_pam50&amp;LumB_pam50=LumB_pam50&amp;Her2_pam50=Her2_pam50</item><item key="lastmodified">2013-08-17 01:14:48</item><item key="usage_data"><item key="layouts">0.0</item><item key="users">0</item></item><item key="popularity">0.0</item><item key="owner"><item key="username">asu</item><item key="url">/profile/3/asu</item><item key="name">Andrew Su</item></item><item key="species"><item>human</item></item><item key="shortUrl">glados.ucd.ie</item><item key="id">1125</item><item key="short_description">identify subsets of genes/miRNAs that are associated with disease progression in breast cancer and its subtypes</item><item key="role_permission"><item>biogpsusers</item></item><item key="permission_style">public</item><item key="type">iframe</item><item key="options">None</item><item key="description">BreastMark is an algorithm we have developed that has allowed us to identify subsets of genes/miRNAs that are associated with disease progression in breast cancer and its subtypes i.e. a set of putative prognostic markers. This algorithm integrates gene expression microarrays which frequently also contain miRNA expression information, and detailed clinical data to correlate clinical outcome with differential gene/miRNA expression levels. This algorithm integrates gene expression and survival data from 26 datasets on 12 different microarray platforms corresponding to ~17,000 genes in up to 4,738 samples. It also allows us to examine the prognostic potential of 341 microRNAs. The accompanying manuscript is published and available here: https://www.ncbi.nlm.nih.gov/pubmed/23820017. 
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