Search results for "Article Commentary"

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Might exogenous circular RNAs act as protein-coding transcripts in plants?

2021

Circular RNAs (circRNAs) are regulatory molecules involved in the modulation of gene expression. Although originally assumed as non-coding RNAs, recent studies have evidenced that animal circRNAs can act as translatable transcripts. The study of plant-circRNAs is incipient, and no autonomous coding plant-circRNA has been described yet. Viroids are the smallest plant-pathogenic circRNAs known to date. Since their discovery 50 years ago, viroids have been considered valuable systems for the study of the structure-function relationships in RNA, essentially because they have not been shown to have coding capacity. We used two pathogenic circRNAs (Hop stunt viroid and Eggplant latent viroid) as …

Protein codingViroid-derived peptidesPlant coding circRNAsvirusesfood and beveragesRNA CircularCell BiologyPlantsBiologyVirus ReplicationPlant pathogenic RNAsViroidsPlant VirusesRegulatory moleculesCell biologyNon canonical transcriptsGene expressionRNA ViralSolanum melongenaPoint of ViewMolecular BiologyCircular RNAsPlant DiseasesArticle Commentary
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Adipose stromal cells promote the transition of colorectal cancer cells toward a mesenchymal-like phenotype

2021

ABSTRACT Colon cancer progression is among the risks that increase with obesity. We have recently unveiled the molecular mechanism by which adipose tissue-released molecules, HGF and IL-6, make colorectal cancer (CRC) cells acquiring mesenchymal traits. Targeting of adipose-derived factors abrogate the metastatic potential of CRC stem cells (CR-CSCs) in obese patients.

cancer stem cellCancer ResearchStromal cellTransition (genetics)Colorectal cancerbusiness.industryadipose stromal cellMesenchymal stem cellAdipose tissuecolorectal cancermedicine.diseasePhenotypedigestive system diseaseshybrid EMTCommentaryMolecular mechanismCancer researchmedicineMolecular MedicineSettore MED/46 - Scienze Tecniche Di Medicina Di LaboratorioStem cellbusinessobesity.Article CommentaryMolecular & Cellular Oncology
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