Inspired by the knowledge - based analysis methods developed for
gene expression data analysis, we implemented methods for examining functionally - related SNPs as a group.
He group is also interested in high throughput
gene expression data analysis, especially using Bayesian network (BN) approaches.
Computational genomics includes: bio-sequence analysis,
gene expression data analysis, phylogenetic analysis, and more specifically pattern recognition and analysis problems such as gene finding, motif finding, gene function prediction, fusion of sequence and expression information, and evolutionary models.
Biomolecular model based on
the gene expression data analyses support the reduction of glucose molecules (blue gradient) and acid buildup (gold gradient) proposed to occur in the boundary layer around the cell.
Not exact matches
Scientists from the Biogerontology Research Foundation (BGRF), a UK - based charity founded to support aging research and address the challenges of a rapidly aging population, propose a new concept for signalome - wide
analysis of changes in intracellular pathways, called OncoFinder, which allows for accurate and robust cross-platform
analysis of
gene expression data.
At the nucleic acid level, understanding the precise regulation of
genes through
analysis of
gene expression data will be of utmost importance.
MEGENA (for Multiscale Embedded
Gene Co-expression Network Analysis) projects gene expression data onto a three dimensional sphere, allowing scientists to study hierarchical organization patterns in complex networks that are characteristic of diseases such as cancer, obesity, and Alzheime
Gene Co-
expression Network
Analysis) projects
gene expression data onto a three dimensional sphere, allowing scientists to study hierarchical organization patterns in complex networks that are characteristic of diseases such as cancer, obesity, and Alzheime
gene expression data onto a three dimensional sphere, allowing scientists to study hierarchical organization patterns in complex networks that are characteristic of diseases such as cancer, obesity, and Alzheimer's.
The second tool, SuperExactTest, establishes the very first theoretical framework for assessing the statistical significance of multi-set intersections and enables users to compare very large sets of
data, such as
gene sets produced from genome - wide association studies (GWAS) and differential
expression analysis.
A: Sheltzer: Professionally, we're working on a paper together using Joan's
data -
analysis ability to parse through
gene -
expression data from more than 20,000 cancer patients.
Evan Paull, a graduate student in Stuart's lab at UC Santa Cruz (now at Columbia University), led the computational
analyses, which involved integrating the phosphoproteomic
data with genomic and
gene expression datasets to provide a unified view of the activated signaling pathways in late stage prostate cancer.
In the current study, prediction
analysis of
gene expression data was implemented in order to identify the
genes that are most useful to determine the state of cyclic changes in locomotor activity.
In the current study, the researchers used infradian cyclic locomotor activity in the mutant mice as a proxy for mood - associated changes, and examined their molecular basis in the brain by conducting prediction
analyses of the
gene expression data.
For
expression analysis in mice, we used microarray
data as described above to select two internal control
genes, cyclophilin B (Cphn2) and ribosomal protein S3 (Rps3).
The authors next took 997 tumors in the discovery set, integrated copy number and
gene expression data, and performed clustering
analyses to identify subgroups of tumors with distinct features and clinical outcomes.
James Giovannoni generated the
gene expression data through RNA - sequencing and Lukas Mueller provided additional
analysis to confirm the quality of the genome assembly.
Gene Set Enrichment
Analysis (GSEA) is a microarray
data - mining technique used to determine whether there is coordinated differential
expression or «enrichment» in a set of functionally related
genes when comparing control and experimental samples [35].
Bethesda, USA (2016 - present) Research areas: Super-resolution microscopy, single - molecule imaging,
gene expression, computational modeling and
data analysis This section includes all projects during my postdoctoral research stay at the National Institutes of Health in Bethesda, MD (Unites States): (9) Understanding
gene expression in eukaryotic cells»
We have developed new BN algorithms and tools for
analysis of
gene interaction networks using high throughput
gene expression data.
We applied
gene set enrichment
analysis (GSEA)(23) to
expression array
data using KEGG (Kyoto Encyclopedia of
Genes and Genomes) pathways.
Much of the research carried out today on rodent models generates high resolution image
data, allowing characterization and
analysis of brain molecular distribution,
gene expression, and connectivity.
The idea behind our work in bioinformatics is to build on existing methodologies regarding large - scale
data analysis and to develop novel algorithms for processing and merging complex biological
data from multiple sources such as
gene expression data, sequence information, protein - to - protein interaction
data, clinico - pathological
data etc..
The researchers found 77 women with matched imaging and
gene expression data, so they combined their
analyses of visceral fat and glycolysis.
These techniques and functional
analysis of the resulting
data revealed a number of up - and down - regulated proteins and mRNAs; i.e., up - regulated by a signal (originating internal or external to the cell) that results in increased
expression of one or more
genes and as a result the protein (s) encoded by those
genes, and down - regulated by a process resulting in decreased
gene and corresponding protein
expression.
Dr Gilchrist said: «This study suggests that we may improve significantly on the widely used
analysis methods for determining
gene expression levels from high throughput sequence
data: absolute quantitation offers a much sounder basis for determining changes in
gene expression level, a measure widely used to determine the consequence of genetic, chemical or physical disturbances in living systems.»
There's also a lot of work under way for TCGA, not just the 6K capture project, but also adjunct
analyses of
gene expression, DNA copy number, microRNA, and DNA methylation
data being generated on TCGA samples.
In brief, 330 of 364
genes, tested by quantitative or conventional PCR, gave comparable
expression patterns to the
data obtained by microarray
analysis.
Designed and supervised the global
analysis of the FunGenES
gene expression profiling
data and wrote the manuscript draft: AKH.
We combine biochemical, structural, cellular and functional information using purified proteins, mutant and transgenic plants, yeast and chemical genomic screening systems, transient
gene expression assays, confocal microscopy and in silico
data analysis to compare ROP - centered kinase signaling during cell polarity (in vitro pollen tubes), morphogenesis (whole plant) and pathogenesis (fungi - infected cells).
Provided
data analysis that included statistics package development with staff statisticians, and high throughput assay advent and development (immediate early
gene expression); Taq - man primer - probe research and design using primer express.