Not exact matches
Research published this month in Nature Neuroscience identified a surprisingly small
set of molecular patterns that dominate
gene expression in the human brain and appear to be common to all individuals, providing key insights into the
core of the genetic code that makes our brains distinctly human.
The first step in their process was to transfer the
genes of the artemisinic acid pathway's
core set of enzymes into the chloroplast genome of tobacco plants, generating what are known as transplastomic plants.
However, despite these fragments, we were able to create a significant number of full - length transcript models and 8,374 of these were added to the
core Ensembl
gene -
set.
This information would then be added into the
core Ensembl
gene -
set (the reference zebrafish genome used by researchers around the world) in such a way as to increase the quantity and quality of the
gene -
set without adding artifacts or pseudogenes.
Here we screened the
core set of
genes related to histone methylation (KMT2D, SETD2, KMT2A, KDM6A) and acetylation (EP300, CREBBP) and identified 59 somatic mutations in 45 of 125 (36.0 %) patients with peripheral T - cell lymphomas, not otherwise specified.
For custom
gene expression projects the Genomics
Core has a platform that uses
sets of human and mouse custom arrays whose probe content is aimed at
gene expression studies in the areas of cancer, immunology and other complex diseases.
«We identified a
core set of
genes for both the engrafting macrophages and microglia,» he said.
To explore whether salt affects the circadian rhythm of Daphnia, researchers first established that the plankton is governed by a
core set of clock - control
genes that anticipates the day / night cycle.
The Daphnia genome includes the PERIOD (PER)
gene, a
set of
genes nearly identical to the well - established
core clock of the fruit fly (Drosophila melanogaster).
Fitness -, virulence - associated genome regions, and CRISPR / CAS (clustered regularly interspaced short palindromic repeats / CRISPR associated sequence) arrays of these STEC O156: H25 and O182: H25 isolates were highly similar, and identical genomic integration sites for the stx converting bacteriophages and the
core LEE, identical Shiga toxin converting bacteriophage
genes for stx1a, identical complete LEE loci, and identical
sets of chemotaxis and flagellar
genes were identified.