Translational control by mRNA untranslated regions in cancer
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Regulation of gene expression is determined by splicing, mRNA transport, mRNA stability, and translation. These pathways are all interconnected in the cell to finally control protein synthesis. Translational control plays a predominant role in gene expression regulation because it allows rapid-response fine-tuning of the quantities of protein synthesized, and is potentially involved in spatial control mechanisms. Translational control mechanisms are based on interactions of RNA binding factors with 5' and 3' un-translated regions (UTRs) of mRNA. Aberrant expression of RNA binding factors…mehr

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Produktbeschreibung
Regulation of gene expression is determined by splicing, mRNA transport, mRNA stability, and translation. These pathways are all interconnected in the cell to finally control protein synthesis. Translational control plays a predominant role in gene expression regulation because it allows rapid-response fine-tuning of the quantities of protein synthesized, and is potentially involved in spatial control mechanisms. Translational control mechanisms are based on interactions of RNA binding factors with 5' and 3' un-translated regions (UTRs) of mRNA. Aberrant expression of RNA binding factors affecting translational control is known to influence cell growth and lead to cancer.
Autorenporträt
Dr. Irina Groisman graduated from Biology Department of Kiev State University, Kiev, Ukraine with PhD in Molecular Biology. She worked as an instructor in the UMASS Medical School and then, team leader at CCIB, MGH, Harvard University, Boston, MA USA. Since 2009 she is holding Senior Scientist position (CR1) at INSERM, France.