Item does not contain fulltextMicroarrays are used to profile transcriptional activity, providing global cell biology insight. Particularly for plants, interpretation of transcriptional profiles is challenging because many genes have unknown functions. Furthermore, many plant gene sequences do not have clear homologs in other model organisms. Fortunately, over the past five years, various tools that assist plant scientists have been developed. Here, we evaluate the currently available in silico tools for reconstruction of cellular (metabolic, biochemical and signal transduction) pathways based on plant gene expression datasets. Furthermore, we show how expression-profile comparison at the level of these various cellular pathways contributes...
Summary: Single-cell transcriptome profiling of heterogeneous tissues can provide high-resolution wi...
There are now more than 300 000 RNA sequencing samples available, stemming from thousands of experim...
Although the functional complexity of biological systems still requires suitable platforms and dedic...
Microarrays are used to profile transcriptional activity, providing global cell biology insight. Par...
Microarrays are used to profile transcriptional activity, providing global cell biology insight. Par...
Present day genomic technologies are evolving at an unprecedented rate, allowing interrogation of ce...
Modern expression profiling technologies have transformed biological sciences in the past decade, an...
Modern expression profiling technologies have transformed biological sciences in the past decade, an...
The knowledge of gene functions in model organisms is the starting point for the analysis of gene fu...
Plant cell cultures are an option for producing secondary metabolites useful for diverse application...
none1noRegulation of gene transcription plays a major role in mediating cellular responses and physi...
Plants produce a vast array of chemical compounds that we use as medicines and flavors, but these co...
Single-cell technology is a relatively new and promising way to obtain high-resolution transcriptomi...
The analysis of gene expression data generated by high-throughput microarray transcript profiling ex...
Gene expression profiling holds tremendous promise for dissecting the regulatory mechanisms and tran...
Summary: Single-cell transcriptome profiling of heterogeneous tissues can provide high-resolution wi...
There are now more than 300 000 RNA sequencing samples available, stemming from thousands of experim...
Although the functional complexity of biological systems still requires suitable platforms and dedic...
Microarrays are used to profile transcriptional activity, providing global cell biology insight. Par...
Microarrays are used to profile transcriptional activity, providing global cell biology insight. Par...
Present day genomic technologies are evolving at an unprecedented rate, allowing interrogation of ce...
Modern expression profiling technologies have transformed biological sciences in the past decade, an...
Modern expression profiling technologies have transformed biological sciences in the past decade, an...
The knowledge of gene functions in model organisms is the starting point for the analysis of gene fu...
Plant cell cultures are an option for producing secondary metabolites useful for diverse application...
none1noRegulation of gene transcription plays a major role in mediating cellular responses and physi...
Plants produce a vast array of chemical compounds that we use as medicines and flavors, but these co...
Single-cell technology is a relatively new and promising way to obtain high-resolution transcriptomi...
The analysis of gene expression data generated by high-throughput microarray transcript profiling ex...
Gene expression profiling holds tremendous promise for dissecting the regulatory mechanisms and tran...
Summary: Single-cell transcriptome profiling of heterogeneous tissues can provide high-resolution wi...
There are now more than 300 000 RNA sequencing samples available, stemming from thousands of experim...
Although the functional complexity of biological systems still requires suitable platforms and dedic...