These sequences in our DNA are often situated far away from the actual genes they regulate, in comparison to so called promoter regions, which traditionally have been considered to control
most of the gene activity.
Not exact matches
«Our stem cell - based studies indicate that low - calorie sweeteners promote additional fat accumulation within cells compared with cells not exposed to these substances, in a dose - dependent fashion — meaning that as the dose
of sucralose is increased more cells showed increased fat droplet accumulation,» said Sabyasachi Sen, M.D., Associate Professor
of Medicine at George Washington University in Washington, D.C. «This
most likely occurs by increasing glucose entry into cells through increased
activity of genes called glucose transporters.»
Most research on epigenetics has focused on the way everyday experiences alter patterns
of gene activity in DNA during life through a chemical process
of gene tagging called methylation, which usually silences
genes.
Most genes have hundreds
of such sequences, with varying
activity and uniqueness in the genome.
The researchers further found that miR - 486 is itself regulated by the tumor - suppressor
gene p53, the
most frequently altered
gene in human cancers, and that
activity of miR - 486 is partially dependent upon functional p53.
«We identified, across the genome, that enhancer RNAs were the
most common type
of RNA that bound to CBP, and that by making this interaction, eRNAs play a crucial role in regulating CBP
activity and
gene expression.»
«Our team studied thousands
of molecular clues in each
of these samples, sifting through extensive data on the
activity of genes, proteins and other molecules to identify those
of most interest,» says Katrina Waters, a biologist at PNNL and a corresponding author
of the study.
«Our team studied thousands
of molecular clues in each
of these samples, sifting through extensive data on the
activity of genes, proteins, and other molecules to identify those
of most interest,» said Katrina Waters, the leader
of the PNNL team and a corresponding author
of the paper.
«But perhaps the
most exciting implication is that our tools, when paired with appropriate
activity modulator
genes, could enable non-invasive deep brain modulation for the treatment
of neurological diseases such as Parkinson's disease.»
As was done with Dolly, they first deprived those cells
of nutrients to shut down cell division and
most gene activity.
«For the first time, we can provide a complete description
of an animal model from
genes to behavior — including at the level
of neuronal network
activity, which has been ignored in
most studies to date.»
One extension
of MRI called functional MRI can spot which brain areas are
most active, but until now there hasn't been a high - resolution method for detecting enzyme
activity — essentially a measure
of what
genes are turned on inside a cell.
Most of those mutations are probably benign, but some may alter a protein's structure and function, or interfere with
gene activity, leading to disease.
Most coveted by the firms are automated systems for analyzing the
activities of tens
of thousands
of genes and proteins in normal and diseased cells.
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.
Clock
genes are extremely influential, affecting the
activity of most other
genes in the body in one way or another.
Then, by comparing this ancient epigenome with that
of modern humans, they identified
genes whose
activity had changed only in our own species during our
most recent evolution.
UM270 was the only strain possessing
genes involved in the synthesis
of indole -3-acetic acid (IAA), the
most common auxin, and phenylacetic acid (PAA), also known for its antimicrobial
activity (23).
Noise has traditionally been difficult to study in biology, because
most biological techniques, such as measurement
of gene activity, average the output
of many cells, erasing individual variability.
Test each mutant mouse line (4,000 mouse lines in the first 5 years, and ultimately up to 20,000) through a broad based primary phenotyping pipeline in all the major adult organ systems and
most areas
of major human diseases.Through this
activity and employing data annotation tools, systematically aim to discover and ascribe biological function to each
gene, driving new ideas and underpinning future research into biological systems.
Most recently, research has shown that a certain set
of these microbes may actually influence the
activity of genes in your brain — and the parts they play are not small parts.
Schools can sign up via the website and will receive free educational materials tailored to early years and all key stages, which have been designed to help schools make the
most of their Jeans for
Genes Day
activities, plus toolkits, assembly and fundraising ideas and event check lists.