Because damaged cells in the intestines may fail to produce the enzymes needed for proper digestion, absorption of essential nutrients is compromised.
The bottom line is the more free radicals we make, the less energy we produce
because we damage the cells ability to make energy in the mitochondria.
Because the damaged cell destroys itself, it can't progress to form a cancer.
Not exact matches
Davies and Lineweaver suggest that genes active in embryogenesis and switched off later may be reactivated
because of
damage, causing the accelerated
cell division of these rogue cancer
cells.
Sunflower seeds were also added
because they are packed full of selenium, which can help to prevent
cell damage and are full of magnesium which is good for bones and they taste really good to boot
Agave and fructose in general does not spike blood sugar
because it goes through your liver
damaging it at the same time, glucose is processed by other
cells as well and thus it spikes your blood sugar, but fructose is processed just by the liver.
Because the red blood
cells are more prone to
damage by oxidative substances in an individual with G6PD Deficiency, a diet rich in antioxidants is important.
Gravekamp thinks the radioactive bacteria affected metastatic tumours most
because cells there were still rapidly multiplying, leaving their chromosomes more open to
damage than those in healthy tissues or in the original tumour.
Because hair
cells are also critical for the sense of balance, mice with
damaged or missing hair
cells show balance abnormalities.
If a
cell is frozen, radiation does less
damage to it
because the free radicals it creates are much less mobile.
«
Because we observed microbial effects mainly in the gut, we believe that a microbe - based therapy would avoid the collateral
damage seen with drugs that wipe out classes of immune
cells across the body,» said Benoist, a professor of microbiology and immunobiology at HMS.
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.
Those signals are disrupted
because myelin, the insulating sheath around a nerve
cell's message - transmitting axons, becomes
damaged.
Too many reactive oxygen species can be harmful
because they can
damage the DNA within our
cells.
Cancer therapies are often harsh
because eradicating malignant
cells entails
damaging healthy tissue as well.
Unlike normal
cells, however, the tumour
cells are considerably more sensitive,
because they can not repair
damage well.
A few years ago, MS researchers were focused on a new type of immune
cell called the Th - 17
cell, which appeared to be a key player in driving the neuronal
damage in MS.
Because Th - 17
cells produce the cytokine IL - 17, researchers likewise thought this chemical was essential to the disease.
«
Cells do not repair
damage to DNA during mitosis
because telomeres could fuse together.»
This revealed telomeres as dangerous structures during mitosis,
because the
cells momentarily lost the ability to distinguish between
damaged DNA strands and normal telomeres.
Because our
cells are made up of mostly water, if we dehydrated them to the point of having no fluid, they would be
damaged by so - called solution effects, which result from the
cell being too concentrated and not having its water replaced by some other compound.
Cosmic rays, such as iron and titanium atoms, heavily
damage the
cells they traverse
because of their very high rates of ionization.
This was
because the
cells were unable to activate a pathway called homologous recombination that repairs this type of DNA
damage.
Once they get
damaged, the stem
cell —
because it lives a long time — can potentially become cancerous.»
People who have chronic inflammation
because of chronic infection, autoimmune disease or conditions such as obesity have a higher cancer risk
because of
damage to normal
cells.
This disparity in healing capacity was long a mystery
because the same immune
cells appeared responsible for both repair and
damage.
This is important
because additional light can be
damaging, even deadly to living
cells, and the temporal resolution is needed to capture fast processes.
Reducing the sickling is also significant
because sickled
cells are more prone to being
damaged when passing through narrow capillaries.
«The
cells that are in low nutrient conditions end up being much more viable, likely
because they have waited for the
damaged DNA to be repaired before starting to divide again,» explains Julia Klermund.
Because it more effectively induces cancer
cell apoptosis in p53 - deficient tumors, FL118 is especially effective against late - stage cancers, which usually lose functional p53 and are resistant to DNA -
damage drugs.
«We don't know for certain if the
damage is irreversible, but I expect so,
because the
cells that hold the internal structure in place have been infected and destroyed,» said Diamond, who is also a professor of pathology and immunology, and of molecular microbiology.
But
because the immune system wasn't able to overreact, the mice showed reduced lung inflammation and
damage to lung
cells and were protected from mortality.
Many tissues of our bodies, such as our skin, can heal
because they contain stem
cells that can divide and differentiate into the type of
cells needed to repair
damaged tissue.
«But this study has shown us that when we run into severe pathological conditions like heart and liver disease it would be more beneficial to inhibit the TRIM21 protein
because it is preventing the
cell from protecting itself against
damage.»
Traditionally, SPIM microscopes rotate the sample so that they can clearly see all the dimensions, but this severely limits the imaging speed and can increase the
damage done to the
cells from light exposure
because of the many extra images taken at multiple angles.
The idea is that the drug, being within the nano - hydrogels, is transported directly to cancer
cells where it can be released without
damaging other parts of the body,
because hydrogels offer the possibility of dosing a myriad of active substances on the site desired and can be administered as dry or swollen hydrogels by different routes: oral, nasal, buccal, rectal, transdermal, vaginal, ocular and parental.
The DNA
damage that killed the CA125 - positive
cells did not work on the CA125 - negative
cells because of the two protective mechanisms.
According to Steven Tsui, who is director of mechanical assist heart services at Papworth Hospital in Cambridge, and will run the UK trials, the VentrAssist is less likely to
damage red blood
cells because it moves the blood more slowly with a bigger impeller.
This type of DNA
damage is particularly problematic for the
cell because when the two strands stick together, DNA can not replicate and genes can not be properly expressed.
This process is also important in adult life
because muscle stem
cells fuse with existing fibers to achieve muscle growth and help regenerate
damaged muscles.
The researchers were testing the theory that blows to the head cause brain
damage, in part,
because of the breakdown of the blood - brain barrier, allowing the immune
cells in the blood to come into contact with brain
cells and destroy them.
Cell -
damaging, high - energy particles from interstellar space, which reach the surface
because Mars lacks a strong magnetic field
Hearing aids are mostly used in people who suffer from hearing loss
because of
damage to hair
cells, the small sensory
cells in the inner ear.
Because of the work of several other collaborators, Haughey says, his team knew that some sort of inflammation - promoting molecule was released from brain and targeted to the liver after brain injury to send immune system
cells to the
damaged area, but the identity of this go - between had been elusive for years.
If the researchers can get the technique to work with human stem
cells, she says, it could help the one in 3000 people born with a form of blindness caused by
damaged retinal
cells and the many more who lose their sight
because of age - related disease.
Anthracycline drugs, such as doxorubicin, are known to cause heart failure
because they cause changes in the DNA structure of the heart muscle
cells, leading to irreversible cardiac
damage.
This implies that the dystrophin breakdown
damaged the
cell membranes, says Knowlton; this weakening of
cell membranes allows the virus to spread, but
damages the heart,
because it makes the
cells less resilient and less able to contract efficiently.
What the microglia do between crises has been unclear, largely
because getting the
cells under a microscope has required excising a chunk of brain tissue — thereby causing
damage that sends the
cells into emergency response mode.
In humans, deafness is most often caused by
damage to inner ear hair
cells — so named
because they sport hairlike cilia that bend when they encounter vibrations from sound waves — or by
damage to the neurons that transmit that information to the brain.
This migration may happen
because the repair pathways initiated by the
damaged cells are similar to pathways triggered during embryonic development, where stem
cells are key, explains ReNeuron co-founder and chief scientific officer John Sinden.
This is
because faults in the gene mean the
cell can not properly repair its DNA, causing genetic
damage to build up, leading to cancer.