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Yeda R&D Co. Ltd
Abstract ID: 1602
RNAi (RNA interference) is a powerful method for downregulation of gene expression in eukaryotic systems. RNAi-based technologies are extensively applied as scientific research tools, as well as actively...
RNAi (RNA interference) is a powerful method for downregulation of gene expression in eukaryotic systems. RNAi-based technologies are extensively applied as scientific research tools, as well as actively explored as promising therapeutic agents. However, although an efficient way to dowregulate bacterial and microbial gene expression has been long sought after, RNAi is not applicable in these species.
There is thus a need for the development of an improved method for the down-regulation of bacterial genes.
CRISPR (clusters of regularly interspaced short palindromic repeats) is a recently discovered anti-viral system that functions as the prokaryotic-equivalent of the adaptive immune system. CRISPR provides bacteria with protection against foreign genetic elements such as viruses by incorporating short stretches of invading DNA sequences in genomic CRISPR loci. These integrated sequences are thought to function as a genetic memory that prevents the host from being infected by the viruses and other genetic elements containing this recognition sequence. A team of researchers at the Weizmann Institute, headed by Dr. Rotem Sorek, has developed a unique technology to gain robust and rapid silencing of prokaryotic gene expression by exploiting the CRISPR system capacity to efficiently downregulate gene products. This potent technology can potentially be utilized in a broad range of areas such as in the agriculture, food and pharmaceutical industries as well as in the scientific research arena.
The present technology offers a rapid and simple means to silence gene products in prokaryotic systems.
Please enquire quoting reference no. 1602 regarding licensing or codevelopment partnerships.
Last Updated May 2015