Articles liés à Novel Drug Delivery Systems For Gene-Targeted RNA Interferen...

Novel Drug Delivery Systems For Gene-Targeted RNA Interference: Application of RNAi for Cancer Gene Therapy - Couverture souple

Adachi, Randy

 
9783838340913: Novel Drug Delivery Systems For Gene-Targeted RNA Interference: Application of RNAi for Cancer Gene Therapy

Synopsis

RNA interference refers to sequence-specific messenger RNA degradation initiated by introduction of short RNA duplexes. Since this event results in target-specific gene silencing, siRNAs are expected to serve as potential therapeutic agents to silence disease-causing genes. However, a substantial barrier to the therapeutic application is the delivery of siRNA duplexes into cells. Cyanocobalamin is one of the essential vitamins needed for the division of all cells. Cancer cells especially require abnormally high amounts of cobalamins due to rapid cell division. As a result, the cobalamin receptor density on the surface of the cell is over-expressed. Therefore, a 21 nucleotide long bcr-abl gene-specific siRNA was conjugated to cyanocobalamin, and its uptake, gene-silencing effect, and inhibition of cancer cell proliferation were investigated in K562 human chronic myelogenous leukemia cells. Results and findings discussed in this book indicate to open a door for the potential use of cobalamin as a novel carrier of siRNA for gene-targeted RNA interference.

Les informations fournies dans la section « Synopsis » peuvent faire référence à une autre édition de ce titre.

Présentation de l'éditeur

RNA interference refers to sequence-specific messenger RNA degradation initiated by introduction of short RNA duplexes. Since this event results in target-specific gene silencing, siRNAs are expected to serve as potential therapeutic agents to silence disease-causing genes. However, a substantial barrier to the therapeutic application is the delivery of siRNA duplexes into cells. Cyanocobalamin is one of the essential vitamins needed for the division of all cells. Cancer cells especially require abnormally high amounts of cobalamins due to rapid cell division. As a result, the cobalamin receptor density on the surface of the cell is over-expressed. Therefore, a 21 nucleotide long bcr-abl gene-specific siRNA was conjugated to cyanocobalamin, and its uptake, gene-silencing effect, and inhibition of cancer cell proliferation were investigated in K562 human chronic myelogenous leukemia cells. Results and findings discussed in this book indicate to open a door for the potential use of cobalamin as a novel carrier of siRNA for gene-targeted RNA interference.

Les informations fournies dans la section « A propos du livre » peuvent faire référence à une autre édition de ce titre.