Not exact matches
Bioinformatic
analysis of this sequence information was then able to pinpoint a
gene that might have the appropriate
activity to initiate hydrocarbon biosynthesis, Molnar said.
These tags are detected and measured using a sensitive DNA
analysis technique known as massive, parallel sequencing, providing a quantitative readout
of the
gene's
activity levels.
«
Gene analysis adds layers to understanding how our livers function: Tracking gene expression patterns for 20,000 gene in 1,500 cells revealed a mosaic of activities.&ra
Gene analysis adds layers to understanding how our livers function: Tracking
gene expression patterns for 20,000 gene in 1,500 cells revealed a mosaic of activities.&ra
gene expression patterns for 20,000
gene in 1,500 cells revealed a mosaic of activities.&ra
gene in 1,500 cells revealed a mosaic
of activities.»
More
analysis showed that altering Cdk5
activity changed the level
of several groups
of genes that were also affected by aging, including those that control immunity, energy, and antioxidant
activity.
The
analysis suggested that a protein produced by a
gene called Olig2, which is only expressed in the neural progenitors that create motor neurons, promotes motor neuron formation by interfering with the
activity of several members
of another
gene family — the Hes
genes.
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.
The CRG team has been working for a long time to achieve detailed quantitative
analyses of Mycoplasma pneumoniae at every level: from genetics to metabolism, including patterns
of gene activity and protein composition, and more.
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.
Genetic
analysis also revealed significant increase in
activity in two
genes that may be involved in mitochondria function, suggesting that osteoclast activation might be linked to the reaction
of mitochondria to microgravity.
The researchers believe noise could play a role, so they combine single - molecule
analysis with time - lapse movies
of individual cells to track random
activity in many different
genes as the cells switch states.
Analysis of differentially expressed proteins revealed enrichment in cytoskeleton organization, mitochondrial activity and ROS management, while gene expression analysis revealed enrichment in the epithelial - to - mesenchymal transition
Analysis of differentially expressed proteins revealed enrichment in cytoskeleton organization, mitochondrial
activity and ROS management, while
gene expression
analysis revealed enrichment in the epithelial - to - mesenchymal transition
analysis revealed enrichment in the epithelial - to - mesenchymal transition pathway.
Major areas
of activity in our lab include 1) identification and characterization
of Sgenes, 2) genomic
analyses to identify the diversity
of TAL effectors in pathogen populations and understand their evolution, and 3) structural and biochemical studies to better harness the unique properties
of these proteins for applications such as targeted
gene regulation and genome editing.
He argues that establishing relationships
of gene activity with such conditions should be a primary objective
of the data
analysis - and that statistical programs must allow for this.
Gene ontology (GO)
analysis of genes within 250 kb
of a PORE sequence revealed enrichment in processes such as transcription regulator
activity (p < 0.001), sex determination (p < 0.005), insulin receptor signaling (p < 0.001), development (p < 0.0005), and protein phosphorylation (p < 0.005).
Analysis of FOXP2
gene targets in human neural tissues reveal that a subset
of these play roles in
activity - based sculpting
of neural connections, including during learning [48], [49].
Already, comparative genomic
analysis of six species
of yeast has prompted scientists to significantly revise their initial catalog
of yeast
genes and to predict a new set
of functional elements thought to play a role in regulating genome
activity.
«Low - Calorie Diet Slows Aging in Mice in Study,» claimed a recent headline.17 According to the article, «Putting elderly mice on a very low - calorie diet for as little as four weeks reversed many
of the changes in the
activity of various
genes that had occurred during normal aging...» The resesearchers were not looking at actual signs
of disease, nor were they measuring lifespan, but instead focused on the
analysis of 11,000 different
genes using a method called microarray technology in which Spindler has large financial holdings.
Furthermore, after genetic
analysis of the bacteria's metabolism, they discovered that
genes responsible for fat synthesis had greater levels
of activity in the treated mice.
A factor
analysis based on descriptors
of 81 Labrador retrievers being trained as guide dogs found that polymorphisms in two
genes — comt and the glutamate receptor (slc1a2)-- significantly related to a principal component described as «
activity».