Eukaryotic gene expression is regulated both at the transcription and the mRNA degradation levels. The implementation of functional genomics methods that allow the simultaneous measurement of transcription (TR) and degradation (DR) rates for thousands of mRNAs is a huge improvement in this field. One of the best established methods for mRNA stability determination is genomic run-on (GRO). It allows the measurement of DR, TR and mRNA levels during cell dynamic responses. Here, we offer a software package that provides improved algorithms for determination of mRNA stability during dynamic GRO experiments
Numerous regulatory processes work at the level of RNA to ensure proper control of gene expression. ...
The oxidative stress response in Saccharomyces cerevisiae has been analyzed by parallel determinati...
So far, much attention has been paid to regulation of transcription. However, it has been realized t...
Eukaryotic gene expression is regulated both at the transcription and the mRNA degradation levels. T...
Eukaryotic gene expression is regulated both at the transcription and the mRNA degradation levels. T...
Eukaryotic gene expression is regulated both at the transcription and the mRNA degradation levels. T...
Most studies on eukaryotic gene regulation have focused on mature mRNA levels. Nevertheless, the ste...
Most studies on eukaryotic gene regulation have focused on mature mRNA levels. Nevertheless, the ste...
Most studies of eukaryotic gene regulation have been done looking at mature mRNA levels. Nevertheles...
Abstract Motivation: Cellular mRNA levels originate from the combined action of multi...
The growth of yeast cells in batches in glucose-based media is a standard condition in most yeast la...
The growth of yeast cells in batches in glucose-based media is a standard condition in most yeast la...
The transcriptome is the complete set of transcripts in a cell or tissue and includes ribosomal RNA ...
The rates of mRNA synthesis and decay determine the mRNA expression level. The two processes are und...
To monitor eukaryotic mRNA metabolism, we developed comparative dynamic transcriptome analysis (cDTA...
Numerous regulatory processes work at the level of RNA to ensure proper control of gene expression. ...
The oxidative stress response in Saccharomyces cerevisiae has been analyzed by parallel determinati...
So far, much attention has been paid to regulation of transcription. However, it has been realized t...
Eukaryotic gene expression is regulated both at the transcription and the mRNA degradation levels. T...
Eukaryotic gene expression is regulated both at the transcription and the mRNA degradation levels. T...
Eukaryotic gene expression is regulated both at the transcription and the mRNA degradation levels. T...
Most studies on eukaryotic gene regulation have focused on mature mRNA levels. Nevertheless, the ste...
Most studies on eukaryotic gene regulation have focused on mature mRNA levels. Nevertheless, the ste...
Most studies of eukaryotic gene regulation have been done looking at mature mRNA levels. Nevertheles...
Abstract Motivation: Cellular mRNA levels originate from the combined action of multi...
The growth of yeast cells in batches in glucose-based media is a standard condition in most yeast la...
The growth of yeast cells in batches in glucose-based media is a standard condition in most yeast la...
The transcriptome is the complete set of transcripts in a cell or tissue and includes ribosomal RNA ...
The rates of mRNA synthesis and decay determine the mRNA expression level. The two processes are und...
To monitor eukaryotic mRNA metabolism, we developed comparative dynamic transcriptome analysis (cDTA...
Numerous regulatory processes work at the level of RNA to ensure proper control of gene expression. ...
The oxidative stress response in Saccharomyces cerevisiae has been analyzed by parallel determinati...
So far, much attention has been paid to regulation of transcription. However, it has been realized t...