Studies at the cellular level help us to understand
how the gene products involved in learning and memory mediate physiological changes in the neurons that encode memories.
Not exact matches
By Lauren Kearney You may have first seen
Gene Baur when he was featured talking about
how not eating animal
products changed his life in the inspirational pro-vegan film, Forks Over Knives.
Europe came through: Last year, Cory received a European Molecular Biology Organization (EMBO) Installation Grant for his lab in mitochondrial biogenesis, and Gülayşe won a Marie Curie International Reintegration Grant from the European Commission to study
how single
genes can yield different protein
products in neurons.
Tattersall explains
how epigenetic effects on key
genes cascade to produce radical morphological changes in an eye blink, and why our unusual thinking style, far from being the perfected
product of long - term selective pressures, was bootstrapped out of existing abilities barely 100,000 years ago.
In his talk, Wieland Huttner, a molecular cell biologist and developmental neurobiologist at the Max Planck Institute of Molecular Cell Biology and Genetics (MPI - CBG) in Dresden, Germany, explained
how his team searched databases for proteins and other
gene products expressed in the human brain in these earliest phases of development.
Genes use mRNA to tell cells to make
products such as proteins — mRNA levels therefore reflect
how active a...
A central biological concept that can explain
how genes interact with environmental factors such as trauma on the molecular level is environmental epigenetics, the idea that we are not simply a
product of our
genes but also our experience.
How can a mutant
gene whose
product is found in every cell only sicken certain brain cells?
These alterations in non-coding DNA sequence can affect normal
gene function, in addition to
how much, when and where in the organism a melanocyte cell decides a
gene product should be produced.
Also relevant are studies of the upstream mechanisms that regulate levels and function of those
gene products, for example:
how a transcription factor regulates multiple targets or
how factors can regulate translation or post-translational modification of multiple proteins.
Within this framework, we study
how chloroplast
genes and metabolic activities are regulated by the
products of nuclear
genes, usually acting at the transcriptional or post-transcriptional level.
«Since then, scientists have greatly enriched our understanding of
how the human genome is structured and regulated, and the traditional definition of a
gene has expanded to include factors affecting molecular processes, structures, and
products,» said Dr. Dougherty.
Some of those
genes regulate the absorption of nutrients, others determine
how nutrients are processed or
how waste
products are detoxified and eliminated; and still others,
how and where metabolic
products are stored.
Our research and
product development teams continue to conduct studies investigating new compounds, as well as determining
how our current
products affect our companions at the most basic cellular level, including
gene expression.
In spite of noted differences realized that the two sets of motor neurons share many features and appeared to be produced by very similar genetic programs, and gained understanding of
how the
product of this
gene diverts the target specificity of an entire class of motor neurons by cloning and sequencing the
gene.
More recently, culture —
gene coevolution has emerged as an influential theory to explain
how human behaviour is a
product of two complementary and interacting evolutionary processes: genetic and cultural evolution (Cavalli - Sforza & Feldman 1981; Lumsden & Wilson 1981; Boyd & Richerson 1985).