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Full-Text Articles in Medicine and Health Sciences
Genomic Loss Of Tumor Suppressor Mirna-204 Promotes Cancer Cell Migration And Invasion By Activating Akt/Mtor/Rac1 Signaling And Actin Reorganization, Saadi J. Imam, Jason R. Plyler, Hima Bansal, Suresh Prajapati, Sanjay Bansal, Jennifer Rebeles, Jeffrey S. Dome, +12 Additional Authors
Genomic Loss Of Tumor Suppressor Mirna-204 Promotes Cancer Cell Migration And Invasion By Activating Akt/Mtor/Rac1 Signaling And Actin Reorganization, Saadi J. Imam, Jason R. Plyler, Hima Bansal, Suresh Prajapati, Sanjay Bansal, Jennifer Rebeles, Jeffrey S. Dome, +12 Additional Authors
Pediatrics Faculty Publications
Increasing evidence suggests that chromosomal regions containing microRNAs are functionally important in cancers. Here, we show that genomic loci encoding miR-204 are frequently lost in multiple cancers, including ovarian cancers, pediatric renal tumors, and breast cancers. MiR-204 shows drastically reduced expression in several cancers and acts as a potent tumor suppressor, inhibiting tumor metastasis in vivo when systemically delivered. We demonstrated that miR-204 exerts its function by targeting genes involved in tumorigenesis including brain-derived neurotrophic factor (BDNF), a neurotrophin family member which is known to promote tumor angiogenesis and invasiveness. Analysis of primary tumors shows that increased expression …
Augmented Annotation And Orthologue Analysis For Oryctolagus Cuniculus: Better Bunny, Douglas B. Craig, Sujatha Kannan, Alan A. Dombkowski
Augmented Annotation And Orthologue Analysis For Oryctolagus Cuniculus: Better Bunny, Douglas B. Craig, Sujatha Kannan, Alan A. Dombkowski
Wayne State University Associated BioMed Central Scholarship
Abstract
Background
The rabbit is an important model organism used in a wide range of biomedical research. However, the rabbit genome is still sparsely annotated, thus prohibiting extensive functional analysis of gene sets derived from whole-genome experiments. We developed a web-based application that provides augmented annotation and orthologue analysis for rabbit genes. Importantly, the application allows comprehensive functional analysis through the use of orthologous relationships.
Results
Using data extracted from several public bioinformatics repositories we created Better Bunny, a database and query tool that extensively augments the available functional annotation for rabbit genes. Using the complete set of target genes …