Not exact matches
Once the hair
cells are
damaged, they don't
grow back.
By exploiting new molecular and genetic insights, the research, done in collaboration with Pierre de Wit from Wageningen Agricultural University in the Netherlands, provides a better understanding of the defense system of crop plants against the
damaging pathogens that
grow in the spaces between plant
cells.
But scientists say they may one day be able to insert microscopic carbon nanotubes into injured joints — such as knees — encouraging new, stronger cartilage
cells to
grow in place
damaged or thinning ones.
The Champalimaud Center for Translation Eye Research (C - TRACER), part of the LV Prasad Eye Institute in Hyderabad, India, will continue research begun by LV Prasad scientists, who use eye stem
cells from living adults to
grow new
cells that are then implanted into
damaged eyes.
The embryos lacking functional BRCA2 genes probably stopped
growing because molecular «checkpoints» in the developing embryo either halt the division of
cells with
damaged DNA, so that the
damage can be repaired, or kill the
cells outright.
The enzyme, called tankyrase, may prove useful for extending the lives of cultured
cells grown to repair burned skin and other
damaged tissue.
Now, with new kinds of technologies that are coming up, new types of tissue engineering and, you know, some of the hopes that people have for stem
cells and [the] like, it may be interesting to see if there are other ways, alternatives to dealing with really badly
damaged hearts that would involve
growing a new heart or replacing or repairing the
damage d to a badly
damaged heart that might make artificial hearts less important in the somewhat more distant future.
Two recent studies describe these kinds of mechanisms: one of them, published in the journal Molecular Systems Biology, describes the process through which
cells stop
growing due
cell differentiation; the second one, published in Journal of Cell Science, describes plants» cell replenishment after being dama
cell differentiation; the second one, published in Journal of
Cell Science, describes plants» cell replenishment after being dama
Cell Science, describes plants»
cell replenishment after being dama
cell replenishment after being
damaged.
But he also has a team working on the model that occurred to him on the beach: Harvest and
grow some healthy
cells from a patient's
damaged kidneys.
Saatchi, which is owned by France's Publicis Groupe, SA, chose LifeStraw over a field of competitors that included a reusable controller to improve the distribution of IV fluids, a collapsible wheel that can be folded down for easier storage when not in use on bicycles or wheelchairs, an energy - efficient laptop designed for children in developing countries, a 3 - D display that uses special optics and software to project a hologramlike image of patient anatomy for cancer treatment, an inkjet printing system for fabricating tissue scaffolds on which
cells can be
grown, a visual prosthesis for bypassing a diseased or
damaged eye and sending signals directly to the brain, books with embedded sound tracks to help educate illiterate adults on health issues, a phone that provides telecommunications coverage to poor rural populations in developing countries, and a brain - computer interface designed to help paralyzed people communicate via neural signals.
Since embryonic stem
cells can differentiate into any type of tissue, they have the potential to treat an almost unending array of medical conditions — replacing
damaged or lost body parts or tissues, slowing degenerative diseases, even
growing new organs.
Arising from the Schwann
cells of the vestibular (balance) nerve, these tumors can
grow to the point of
damaging nearby structures — and can lead to death by compressing the brainstem.
Such
cells could be
grown into new neurons for treating people who have suffered some form of brain
damage,...
«We believe that high nutrients are pushing
cells to
grow and proliferate even when the
cells should not, e.g. with
damaged DNA.
For a
damaged nerve to regain function, its long, signal - transmitting extensions known as axons need to
grow and establish new connections to other
cells.
(When
damaged cells continue to
grow they may become cancerous.)
As more saturated fatty acids enter the
cell, those islands
grow in size, creating increasing inelasticity of the membrane and gradually
damaging the entire
cell.
Before scientists and engineers can realize the dream of using stem
cells to create replacements for worn out organs and battle
damaged body parts, they'll have to develop ways to
grow complex three - dimensional structures in large volumes and at costs that won't bankrupt health care systems.
Six months ago, Michal Schwartz and her team at the Weizmann Institute of Science in Rehovot, Israel, showed that another type of white blood
cell called a macrophage can help
damaged spinal nerves
grow back.
Shape is thought to play an important role in the effectiveness of
cells grown to repair or replace
damaged tissue in the body.
To find methods for stemming the tide of liver -
damaging microbes, Schnabl and team tried experimentally bumping up copies of the REG3G gene in intestinal lining
cells grown in the lab.
When such DNA
damage occurs, proteins known as PARPs move to the site of
damage and begin to mend these broken strands of DNA, allowing cancerous
cells and tumors to recover,
grow and proliferate, thereby escaping the effects of treatment.
One of the primary goals of stem -
cell research is to be able to replace
damaged body parts with tissues
grown from undifferentiated stem
cells.
Studying a new type of pinhead - size, lab -
grown brain made with technology first suggested by three high school students, Johns Hopkins researchers have confirmed a key way in which Zika virus causes microcephaly and other
damage in fetal brains: by infecting specialized stem
cells that build its outer layer, the cortex.
This allows it to have enough energy to
grow new
cells and repair
damaged ones.
Other plants like poplars and birches
grow very narrow water transport
cells in order to prevent serious
damage and blockages when cold weather hits them.
Some plants, such as hickories and oaks, avoid freezing
damage by dropping their leaves before the winter chill sets in - effectively shutting off the flow of water between roots and leaves - and
growing new leaves and water transport
cells when warmer weather returns.
Clarke notes that this kind of work — reprogramming normal
cells to replace
damaged tissues or organs in regenerative medicine, or even
growing cells from an individual's cancer to determine what the best treatment is — speaks to the doctrine rather than challenges it.
While we do have a few theories about why we, and other species we share the planet with, have evolved to
grow old and die, we understand very little about the mechanism that makes living
cells lose their ability to mend broken and
damaged DNA.
They hope the stem
cells will
grow into new, healthy tissue and repair any
damage.
Although they continue to
grow, the inability to proliferate renders the heart unable to regenerate
cells after they have been
damaged as occurs in heart attacks.
After
growing enough
cells, the scientists attached them to a thin natural membrane of collagen which they surgically placed onto the rat's pancreas without
damaging the organ itself.
Regenexx involves harvesting a patient's
cells from bone marrow,
growing more in a lab and then injecting the tissue - repairing
cells into
damaged joints or even lumbar discs.
This line of investigation could eventually lead to artificial blood vessels,
grown with patients» own
cells or «off the shelf,» or biological / pharmaceutical treatments that promote the regeneration of
damaged blood vessels.
It is now almost routine to
grow skin
cells from a patient with, say, a neurological disease; turn them into pluripotent
cells in a Petri dish; convert the
cells into nerve
cells to study the disease process; and contemplate using the
cells to repair the same patient's
damaged brain.
Since zinc promotes
cell reproduction, tissue growth and repair, not having enough in your system can definitely
damage your strands» ability to
grow.
Noise exposure can
damage these hair
cells, and they don't
grow back.
During deep sleep, your skin
grows cells, builds proteins, and repairs
damage from stress and sun.
Oxidative
damage to
cells is often associated with increased risk of cancer, an adverse condition where
cells grow beyond their normal boundaries and into other tissues.
Keratin protects
cells from
damage, which helps hair
grow stronger, healthier, and even reduces frizz.
At the same time, the protein Vascular Endothelial Growth Factor (VEGF) stimulates blood supply for the
damaged tissue, Fibroblast Growth Factor - 2 (FGF - 2) stimulates the
damaged cells to
grow and reproduce themselves, Transforming Growth Factor - beta (TGF - beta) stimulates cartilage to
grow, and Stem
Cell Factor (SCF) stimulates your native inactive stem
cells to become activated and assist in the repair of the
damaged tissue.
Once the free radicals are stopped, the oxidation process is stopped, and the
cells aren't
damaged or affected in such a way as to cause cancer to
grow and spread within the body.
This
damage activates a special repair process that eventually forces individual muscle
cells to
grow.
Later studies found that chemotherapy caused critical
damage to the DNA of healthy
cells and that some cancer - treatment drugs actually caused cancer tumors to
grow, sometimes at an alarming rate.
Cancer occurs when there is a problem with this signal; the
damaged cell keeps
growing and multiplying.
/ consuming Animal proteins cause numerous proteins as it is not designed for us / may be designed to
grow that animal at a rate much faster than we are designed for / and also feeds the growth of Cancer
cells /
damages the Endothelial
cells / ala Dr. Esselstyn and others.
However, if both copies of either BRCA1 or BRCA2 are
damaged, your body loses a tool for stopping cancer
cells from
growing.
The new
cells repair
damaged tissue and enable a body to
grow.
It is a parvo virus that causes its
damage by attacking rapidly
growing cells such as the intestinal tract, bone marrow, lymphatic system, and neurological system.
Cells in the body are constantly growing old or becoming damaged, and new cells that are exact replicas replace
Cells in the body are constantly
growing old or becoming
damaged, and new
cells that are exact replicas replace
cells that are exact replicas replace them.