Prof Timothy Aitman, Director of the University of Edinburgh's Centre for Genomic and Experimental Medicine, who co-led the study, said: «Our findings give us insight into
how cells in the body adapts to injury.
Genomic elements work together in «circuits» that determine
how cells in the body process information and respond to their surroundings.
This means it controls
how cells in the body take in and use nutrients for energy.
Not exact matches
Hoping to learn something about
how the human
body defends itself against cancer, he had zeroed
in on a complex regiment of lymphocytes called T
cells, common to the immune systems
in both mouse and man.
The goal here is to use «single -
cell sequencing to understand
how many different
cell types there are
in the human
body, where they reside, and what they do,» as Nature reports.
In a rare appearance Dr. Chandan Sen, Director, OSU Center for Regenerative Medicine & Cell - Based Therapies will explain how this breakthrough came about and how the technology is leading to other medical discoveries and how the principle can be used to generate any tissue out of skin or fat which is abundant in human bod
In a rare appearance Dr. Chandan Sen, Director, OSU Center for Regenerative Medicine &
Cell - Based Therapies will explain
how this breakthrough came about and
how the technology is leading to other medical discoveries and
how the principle can be used to generate any tissue out of skin or fat which is abundant
in human bod
in human
body.
Professor Dawkins speaks of «
cells» and «protoplasm», but that is not
how the ordinary person thinks of their
body in «plain English».
Several studies show that it can improve insulin sensitivity, as
in how well the
body's
cells respond to insulin (24).
Some studies even indicate the possibility of carrying around
cells from our great - grandmothers, though more research is needed on this to determine
how far one can go back to tracing
how many fetal
cells are
in a woman's
body.
Knowing TH17
cells need to function
in a variety of tissue environments throughout the
body, Sundrud's team wondered if and
how these
cells might use different tools to behave normally
in one environment — or tissue — than they'd use
in another.
Scientists have uncovered
how tumor
cells in aggressive uterine cancer can switch disguises and spread so quickly to other parts of the
body.
«
In addition, changes in how the genes are expressed (turned on or off) could be used in the future to predict how and when the cancer cells will spread to other parts of the body and how fast they will grow.&raqu
In addition, changes
in how the genes are expressed (turned on or off) could be used in the future to predict how and when the cancer cells will spread to other parts of the body and how fast they will grow.&raqu
in how the genes are expressed (turned on or off) could be used
in the future to predict how and when the cancer cells will spread to other parts of the body and how fast they will grow.&raqu
in the future to predict
how and when the cancer
cells will spread to other parts of the
body and
how fast they will grow.»
«That is really the greatest challenge, because many scientists can come up with new materials for certain applications,... but if they don't know
how these materials are going to be placed
in the
body and interact with the
cells, interact with biological fluids and so on, they have no appreciation of the total problem,» Peppas says.
When the human
body breaks down a foreign substance, one can typically find chemical by - products
in hair or urine that provide clues about
how it has interacted with
cells.
«If we learn
how to control dendritic
cells, we could strengthen our immune response to infection when needed, or weaken the action of certain immune
cells that attack the
body's own tissues
in autoimmune disease.»
Over the past 15 years, the GFP gene has enabled scientists to watch a plethora of previously murky biological processes
in action:
how nerve
cells develop
in the brain,
how insulin - producing beta
cells form
in the pancreas of an embryo,
how proteins are transported within
cells, and
how cancer
cells metastasize through the
body.
Ours is the first study to rebuild the native tracks and gaps that exist
in tissue to investigate
how cells use these as superhighways to move quickly to spread throughout the
body,» says Reinhart - King.
Shape plays an important role
in how bacteria infiltrate and attack
cells in the
body.
Now, Johns Hopkins scientists report direct evidence
in mice for
how those
cell clusters control sleep and relay light cues about night and day throughout the
body.
They've figured out
how to turn human stem
cells into functional pancreatic β
cells — the same
cells that are destroyed by the
body's own immune system
in type 1 diabetes patients.
Current laureates
in residence include Peter Doherty, who shared the 1996 prize for discovering
how the
body's immune system recognizes virus - infected
cells, and Barry Marshall and Robin Warren, who received the award last year for their discovery that the bacterium Heliobacter pylori causes stomach ulcers and gastritis.
For example, nobody knows
how many different kinds of
cells there are
in our
bodies.
«To date, there has been no systematic means of assessing the fidelity of cellular engineering — to determine
how closely
cells made
in a petri dish approximate natural tissues
in the
body,» says George Q. Daley, MD, PhD, Director of the Stem
Cell Transplantation Program at Boston Children's and senior investigator on both studies.
López - Barneo's main interest had been
in how carotid -
body cells sense falling blood oxygen levels.
Collins said that because Hydra is such a simple animal and because it is able to regenerate after complete dissociation into individual
cells, it offers researchers the opportunity to use similar techniques as the ones employed
in their experiments to examine
how an organism develops from an unstructured group of
cells into a complex
body plan.
«But mounting evidence confirming angiotropism and EVMM has revolutionized the knowledge of
how cancer spreads through the
body to the point that other scientists have confirmed the process
in other solid tumor
cell types such as pancreatic cancer.»
Associate Professor Palmer said that this next - generation test showed that HIV hides
in the
body's immune memory T -
cells, which is
how it avoids detection from the immune system.
Two studies published
in the June issue of
Cell Metabolism clarify
how a protein regulates fat burning when the
body switches from carbohydrates to fat reserves for energy.
Now a UC Santa Barbara researcher has added to that
body of knowledge by determining
how stem
cells produce different types of «daughter»
cells in Drosophila (fruit flies).
Research published on August 7th
in PLOS Pathogens comparing the two pathogens reveals
how S. Typhi avoids recognition and elimination by patrolling immune
cells called neutrophils, allowing it to disseminate throughout the patient's
body.
How cells behave
in the
body depends on numerous factors.
Exactly
how the tea protects against heart disease remains unclear, but Kuriyama speculates that antioxidant chemicals
in green tea, called polyphenols, reduce the action of free radicals
in the
body, which may damage
cells.
Every
cell in our
bodies has its proper place, but
how do they get there?
Effector memory T -
cells are the
cells in the
body that «remember» previous infections and
how to defeat them.
The researchers used the new lab - on - a-chip to study
how adult stem
cells in adipose tissue develop into mature fat
cells, conducting their investigations outside the
body.
Understanding
how cancer
cells are able to metastasize — migrate from the primary tumor to distant sites
in the
body — and developing therapies to inhibit this process are the focus of many laboratories around the country.
The immune system is loyal to
cells in the
body, but
how this works is not fully understood.
The findings, published today
in the journal
Cell, give new insights into
how the brain regulates
body fat and may lead to more effective ways to lose weight and prevent obesity by promoting the conversion of white fat to brown fat.
«The
cells in our
bodies share the same genes and DNA sequences, and differ only
in how these genes are expressed,» Bose said.
How can an element that is
in every
cell in our
bodies, that we excrete every day, and that is eternally recyclable become a resource that may peak by 2030?
«This year's Nobel Laureates have been studying this fundamental problem and solved the mystery of
how an inner clock
in most of our
cells in our
bodies can anticipate daily fluctuations between night and day to optimize our behavior and physiology... since the paradigm shifting discoveries by Hall, Rosbash and Young, circadian biology has developed into a highly dynamic research field with vast implications for our health and well - being.»
MADISON, WISCONSIN — Larger
bodies may come with larger brains, but size means little when it comes to
how much DNA an organism can pack
in each
cell.
«Understanding
how the drug also enables crosstalk between fat
cells and the liver
in obese mice allows us to see more of the amlexanox picture — and also sheds light on communication between different tissues
in the
body.»
They also calculated
how many times the
cells in their trauma - related
body regions have been replaced since their last contact with their abusers.
Researchers used data from different people's genotypes and metabolism to build personalized models that simulate
how a drug will affect a particular set of
cells in the
body.
Scientists have found a new way to study
how cancer
cells divide and thrive
in difficult - to - reach crannies of the
body.
Hemagglutinin, which plays a role
in how the virus binds to host
cells, has 18 known types; neuraminidase, which helps the virus detach from the
cell so it can spread through the
body, has 11.
Researchers are studying
how NK
cells recognize cancer
cells as abnormal and
how other
cells, known as regulatory T
cells, can command NK
cells to hold their fire,
in order to prevent them from attacking the
body's own tissues.
Kipnis and his colleagues wondered
how smart mice would be if they had a normal supply of T
cells everywhere
in their
bodies except the meninges, so he injected a compound into mice that prevented T
cells from reaching the meninges.
Zinc is an essential part of nearly 3,000 different proteins, and it impacts
how these proteins regulate every
cell in our
body.