The key
brain cells controlling appetite have been identified in a study.
Not exact matches
Nerve
cells in our
brains control our circadian rhythms, which influences sleep - wake cycles, hormone release, emotions and energy levels.
Anybody with a working
brain cell knows that a president has little if any
control over the economy.
What all these have in common is that, without any central
control, individual units (genes,
cells neurons or workers) respond to simple, local information, in ways that allow the whole system (
cells,
brains, organisms or colonies) to function: the appropriate number of units performs each activity at the appropriate time.
Brain new probes are allowing them to track the Cerebrrin coordinated activity of hundreds of brain cells; and more precise brain implants are giving patients more control over artificial l
Brain new probes are allowing them to track the Cerebrrin coordinated activity of hundreds of
brain cells; and more precise brain implants are giving patients more control over artificial l
brain cells; and more precise
brain implants are giving patients more control over artificial l
brain implants are giving patients more
control over artificial limbs.
Scientists have long speculated that astrocytes, the
cell type that
controls many neuronal functions, give rise to neural stem
cells in damaged
brain tissue.
The brainlike structures created from
cells taken from autistic children showed increased activity in genes that
control brain -
cell growth and development.
If left to accumulate, this «junk» can overwhelm nerve
cells» quality
control systems, triggering incurable
brain disorders such as Alzheimer's, Parkinson's and Huntington's.
«The key point here is that we can say something about how the gene acts to influence this behavior — that is, is by functioning as a chemical messenger in
cells that
control this behavior in the
brain.
Until recently it has been difficult to study the role of glial
cells in
controlling appetite or any other
brain function, because scientists haven't developed many techniques for silencing or stimulating these
cells, as they have for neurons.
The nerve
cells involved in this integration process and
control of hormonal signals reside in an area of the insect
brain known as the mid-Ventral Ganglion (mVG), which in turn communicates with a region of the central
brain that is akin to the mammalian hypothalamus.
Because it treats the whole
brain, the therapy is thought to
control the spread of tumors by treating both identifiable and hidden cancerous
cells.
MIT neuroscientists have discovered that
brain cells called glial
cells play a critical role in
controlling appetite and feeding behavior.
The researchers found that radiosurgery
controlled the spread of the cancerous
cells as effectively as whole -
brain radiation; patients who received radiosurgery experienced less cognitive decline compared to those who received whole -
brain radiation.
Researchers in optogenetics can
control genetically modified
brain cells using light but because of these modifications, the technique is not yet deemed safe to use in humans.
In an unlikely marriage of quantum physics and neuroscience, tiny particles called quantum dots have been used to
control brain cells for the first time.
Now research in rodents suggests that gut microbes may alter the inventory of microRNAs — molecules that help keep
cells in working order by managing protein production — in
brain regions involved in
controlling anxiety.
The cerebellum is the part of the
brain responsible for posture, balance and movement, and the researchers focused on those
cells that
control blinking.
«We have identified a code of «molecular switches» that
control a very aggressive subpopulation of
brain cancer
cells, so - called glioblastoma stem
cells,» says Mario Suvà, MD, PhD, of the MGH Department of Pathology and Center for Cancer Research, co-lead author of the
Cell article.
If we can boost the immune system and allow microglia to do their job and
control brain tumor stem
cells, it would be like removing the seed from the soil — stopping the tumor growth before it starts to get out of
control.»
They showed that ZIKV infection of cortical progenitors (stem
cells for cortical neurons)
controlling neurogenesis triggers a stress in the endoplasmic reticulum (where some of the cellular proteins and lipids are synthetized) in the embryonic
brain, inducing signals in response to incorrect protein con - formation (referred to as «unfolded protein response»).
Inside your
cells, proteins allow your body to break down food to power your muscles, send signals through your
brain that
control the body, and transport nutrients through your blood.
The researchers tested samples of
brain cells from people with MS and healthy
control subjects and found evidence of the virus in the olfactory bulb in both groups.
This results in shifts in the structure of the
brain as it forms and displacement of
cells from where they're supposed to be, including those that line the ventricles and help
control fluid flow.
A Johns Hopkins study earlier this year confirmed that the Zika virus works by attacking the
brain's cortical neural progenitor
cells that eventually become the
brain's cortex that
controls many higher functions.
The discovery of a new mechanism that
controls the way nerve
cells in the
brain communicate with each other to regulate our learning and long - term memory could have major benefits to understanding how the
brain works and what goes wrong in neurodegenerative disorders such as epilepsy and dementia.
The newly unmasked genes play a role in three distinctively different bodily functions, including systems that
control inflammation and cholesterol and the regulation of how
brain cells clean up toxic proteins.
The disease is caused by the accumulation of abnormally shaped α - synuclein proteins in neurons, leading to particularly toxic effects in dopamine - releasing
cells located in
brain regions that
control movement.
Researchers are using the sea hare model to learn about individual
cells function, discover the chemical pathways
controlling various
brain activities and to study how memories are processed and stored.
The
cells were located in the cortex, the
brain region that
controls attention and planning in humans and other mammals.
Lou Gehrig's disease, also known as amyotrophic lateral sclerosis, or ALS, might damage muscle -
controlling nerve
cells in the
brain earlier in the disease process than previously known, according to research from the Cedars - Sinai Board of Governors Regenerative Medicine Institute.
The disease is known to affect motor neurons — nerve
cells that
control muscles — in the
brain, brainstem and spinal cord.
Motor neurons, or nerve
cells, in the
brain and spinal cord
control the function of muscles throughout the body.
«Regulator of chromosome structure crucial to healthy
brain function and nerve development: Cohesin protein identified as key to
control of chromosome structure underlying nerve
cell network formation.»
When a spinal cord injury takes place, extensions of nerve
cells from the brainstem — the region of the
brain where the command and coordination for urination takes place — become disconnected from
cells in the spinal cord that
control the muscles that squeeze or relax the bladder and open and close the urethra.
The method, now part of the field known as optogenetics, made it possible to
control brain cells in mice with laser light.
The paper, published in Nature Neuroscience in August 2005, chronicled the first time anyone had managed to
control brain cells with light.
An inherited disorder that results in the progressive breakdown of nerve
cells in the
brain, Huntington's leads people to lose
control of their speech and movement, as well as to cognitive decline.
This supports a recent proposal that such
cells may be the master
control switches of domestication, explaining why domestic animals share common traits, such as smaller
brains and certain pigmentation patterns — a mystery first noted by Charles Darwin.
Star - shaped
brain cells called astrocytes, usually dismissed as support
cells for the attention - grabbing neurons, now seem to
control the growth of new neurons in adult
brains.
Long - term
brain damage caused by stroke could be reduced by saving
cells called pericytes that
control blood flow in capillaries, reports a new study led by scientists from UCL (University College London).
The
brain controls movement by sending electrical signals to our muscles through nerve
cells.
As a consequence, neural progenitor
cells derived from these kids proliferate faster than
controls, explaining the big
brain phenotype.»
One clinician who has not waited for
controlled clinical studies is California osteopath David Steenblock, who offers stem
cell therapy for more than 20 diseases, including Alzheimer's, traumatic
brain injury, Parkinson's, arthritis, stroke, and heart disease.
Scientists at Columbia's Zuckerman Institute have uncovered new insights into how stem
cells transform into
brain cells that
control leg movements.
Microglia are present throughout the
brain and spinal cord, are constantly monitoring their environment, and can be switched on or activated to perform different functions such as
control inflammation, destroy pathogens, clean up the debris from dead or damaged
cells, and seal off the site of an injury.
«Molecular time signalling
controls stem
cells during
brain's development.»
To understand the development of the human
brain, the researchers looked to a much simpler animal, the fruit fly, in which they could
control and observe
cells more easily.
All of the diseases, which cause the death of
brain cells involved in
controlling body movements, have recently been traced to specific genes.
The rare progressive condition attacks nerve
cells located in the
brain and spinal cord responsible for
controlling voluntary muscles.