We have developed a method for interpreting genomic tiling array data, implemented as the program TranscriptionDetector. Probed loci expressed above background are identified by combining replicates in a way that makes minimal assumptions about the data. We performed medium-resolution Anopheles gambiae tiling array experiments and found extensive transcription of both coding and non-coding regions. Our method also showed improved detection of transcriptional units when applied to high-density tiling array data for ten human chromosomes
Pie charts showing the number and percentage of genes detected by tiling arrays in at least one of t...
Gene expression maps for model organisms, including Arabidopsis thaliana, have typically been create...
Tiling arrays are a microarray technology currently being used for a variety of genomic and epigenom...
Tiling arrays are a microarray technology currently being used for a variety of genomic and epigenom...
Background: High density oligonucleotide tiling arrays are an effective and powerful platform for co...
We have used genomic tiling arrays to identify transcribed regions throughout the human genome. Anal...
Background: Tiling-arrays are applicable to multiple types of biological research questions. Due to ...
A wealth of information and technologies are currently available for the genome-wide investigation o...
Recently, we mapped the sites of transcription across ∼30% of the human genome and elucidated the st...
The use of high-density DNA arrays to monitor gene expression at a genome-wide scale constitutes a f...
For the analysis of transcriptional tiling arrays we have developed two methods based on state-of-th...
Background: Existing statistical methods for tiling array transcriptome data either focus on transcr...
Our genome is organized into DNA segments called chromosomes. Alterations to the typically invariant...
A wealth of information and technologies are currently available for the genomewide investigation of...
For a better understanding of the biology of an organism a complete description is needed of all reg...
Pie charts showing the number and percentage of genes detected by tiling arrays in at least one of t...
Gene expression maps for model organisms, including Arabidopsis thaliana, have typically been create...
Tiling arrays are a microarray technology currently being used for a variety of genomic and epigenom...
Tiling arrays are a microarray technology currently being used for a variety of genomic and epigenom...
Background: High density oligonucleotide tiling arrays are an effective and powerful platform for co...
We have used genomic tiling arrays to identify transcribed regions throughout the human genome. Anal...
Background: Tiling-arrays are applicable to multiple types of biological research questions. Due to ...
A wealth of information and technologies are currently available for the genome-wide investigation o...
Recently, we mapped the sites of transcription across ∼30% of the human genome and elucidated the st...
The use of high-density DNA arrays to monitor gene expression at a genome-wide scale constitutes a f...
For the analysis of transcriptional tiling arrays we have developed two methods based on state-of-th...
Background: Existing statistical methods for tiling array transcriptome data either focus on transcr...
Our genome is organized into DNA segments called chromosomes. Alterations to the typically invariant...
A wealth of information and technologies are currently available for the genomewide investigation of...
For a better understanding of the biology of an organism a complete description is needed of all reg...
Pie charts showing the number and percentage of genes detected by tiling arrays in at least one of t...
Gene expression maps for model organisms, including Arabidopsis thaliana, have typically been create...
Tiling arrays are a microarray technology currently being used for a variety of genomic and epigenom...