In this chapter, we review both computational and experimental aspects of de novo RNA sequence design. We give an overview of currently available design software and their limitations, and discuss the necessary setup to experimentally validate proper function in vitro and in vivo. We focus on transcription-regulating riboswitches, a task that has just recently lead to first successful designs of such RNA elements
Within the last few years, a set of synthetic riboswitches has been engineered, which expands the to...
Riboswitches are segments of pre-mRNAs and mRNAs, present in their UTRs or introns, which are able t...
RNA-based biosensors and regulatory devices have received significant attention for their potential ...
Several techniques originating from synthetic biology have a big impact on the field of metabolic en...
Riboswitches are regulatory RNA elements typically located in the 50-untranslated region of certain ...
During the last years the great importance of RNA for regulating gene expression in all organisms ha...
<div><p>Riboswitches are RNA-based regulators of gene expression composed of a ligand-sensing aptame...
Scientific and technological advances that enable the tuning of integrated regulatory components to ...
RNA utilizes many different mechanisms to control gene expression. Among the regulatory elements tha...
Riboswitches are natural RNA-based genetic switches that sense small-molecule metabolites and regula...
The discovery and study of a vast number of regulatory RNAs in all kingdoms of life over the past de...
Extensive study on RNA in recent times has resulted into discovering a type of genetic regulatory el...
AbstractRiboswitches are natural RNA-based genetic switches that sense small-molecule metabolites an...
The first conditional gene expression system which employed a small molecule binding aptamer was dev...
Riboswitches are cis-acting regulatory elements broadly distributed in bacterial mRNAs that control ...
Within the last few years, a set of synthetic riboswitches has been engineered, which expands the to...
Riboswitches are segments of pre-mRNAs and mRNAs, present in their UTRs or introns, which are able t...
RNA-based biosensors and regulatory devices have received significant attention for their potential ...
Several techniques originating from synthetic biology have a big impact on the field of metabolic en...
Riboswitches are regulatory RNA elements typically located in the 50-untranslated region of certain ...
During the last years the great importance of RNA for regulating gene expression in all organisms ha...
<div><p>Riboswitches are RNA-based regulators of gene expression composed of a ligand-sensing aptame...
Scientific and technological advances that enable the tuning of integrated regulatory components to ...
RNA utilizes many different mechanisms to control gene expression. Among the regulatory elements tha...
Riboswitches are natural RNA-based genetic switches that sense small-molecule metabolites and regula...
The discovery and study of a vast number of regulatory RNAs in all kingdoms of life over the past de...
Extensive study on RNA in recent times has resulted into discovering a type of genetic regulatory el...
AbstractRiboswitches are natural RNA-based genetic switches that sense small-molecule metabolites an...
The first conditional gene expression system which employed a small molecule binding aptamer was dev...
Riboswitches are cis-acting regulatory elements broadly distributed in bacterial mRNAs that control ...
Within the last few years, a set of synthetic riboswitches has been engineered, which expands the to...
Riboswitches are segments of pre-mRNAs and mRNAs, present in their UTRs or introns, which are able t...
RNA-based biosensors and regulatory devices have received significant attention for their potential ...