Sentences with phrase «cells in your body so»

«Our findings open the possibility of de-differentiating cells in our body so that they can replace diseased cells,» says Belmonte.

But, did you know that it is actually needed by every cell in your body so they can all repair and grow?

It also increases the levels of oxygen - carrying red blood cells in your body so more oxygen reaches your muscles.

Full of sea greens, herbs, and grasses, the high mineral content satisfies every cell in my body so I'm not yearning for some unknown that masquerades as sugar.

Not exact matches

Tesaro has a coveted position as a leader in the so - called immuno - oncology sector, which harnesses the body's own immune system to combat cancer cells.

So we have the double «solution» manifested not only in the writings of Hartshorne, but also, partially at least, in some of Whitehead's views: the solution explicitly held by Hartshorne of the self as a series of «momentary selves» or the solution implied by quotations such as those referring to body cells as contributing «their little experiences» to a more comprehensive experience.»

Just as the cells in our body have lives of their own even as they contribute to, and are part of, our lives, so, from this perspective, the cells in God's body can have lives of their own, even as they contribute to, and are part of, God's life.

Even as we are the selves we are only in relation to others and most directly to the others, the organs and cells, that constitute our own bodies, so God, too, exists as the supreme self only in relation to the cosmic body which is the world or the universe as a whole.

From the sons and the daughters of God's inside residencies of Celled selective singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of rightly orientated planetary motions is but a feat of rooted grand designs and indentured husbanCelled selective singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of rightly orientated planetary motions is but a feat of rooted grand designs and indentured husbancelled creatures to so begin upon any celestial body of rightly orientated planetary motions is but a feat of rooted grand designs and indentured husbandries!

From the sons and the daughters of God's inside residencies of Celled singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of planetary motions is but a feat of rooted grand designs and indentured husbanCelled singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of planetary motions is but a feat of rooted grand designs and indentured husbancelled creatures to so begin upon any celestial body of planetary motions is but a feat of rooted grand designs and indentured husbandries!

Then he contends that the living occasions of a cell «in abstraction from the inorganic occasions of the animal body» do not «form a corpuscular sub-society, so that each living occasion is a member of an enduring entity with its personal order» (PR 158).

God is the universe and we are cells in the body of the whole so are all those you hate, who were also created by God.

Some benefits of drinking detox water are mood improvement, flushes toxins from your system, naturally aids cells to help the body release fat, aids in better digestion, reduces muscle fatigue and soreness from working out, helps fight nausea and so much more!

This research is still in its infancy so there are no definite conclusions, but it seems that in some cases these cells are helping the woman's body get stronger than it ever was and protecting her against certain diseases.

It is also responsible for the colour of red blood cells — so if someone's body lacks sufficient iron, these blood cells become small and pale, resulting in iron - deficiency anaemia.

Scientists have uncovered how tumor cells in aggressive uterine cancer can switch disguises and spread so quickly to other parts of the body.

Every gene in (almost) every cell of the body is present in two variants — so called alleles: one is deriving from the mother, the other one from the father.

The researchers thought this ability to switch between different cell types could explain why they can spread so easily around the body; switching cell type effectively disguises the cells in different tissues.

In the case of the Human Cell Atlas, a global effort to identify the body's 30 trillion cells, the Initiative is providing funding to help scientists carry out their cell mapping projects, but it also has hired a team to develop a data coordination platform so that the atlas of participants can collaborate and pool data more efficienCell Atlas, a global effort to identify the body's 30 trillion cells, the Initiative is providing funding to help scientists carry out their cell mapping projects, but it also has hired a team to develop a data coordination platform so that the atlas of participants can collaborate and pool data more efficiencell mapping projects, but it also has hired a team to develop a data coordination platform so that the atlas of participants can collaborate and pool data more efficiently.

Those open spaces are so designed that the body finds it difficult to make an antibody that will be able to get in there and block the receptor sites that the virus uses to bind the cell.

«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.

Further study revealed that these so - called immune proteins are actually present on the surface of certain nerve cells, but that they functioned differently in the brain than they did in the rest of the body; rather than scouting for germs, they influenced signals sent between neurons.

Growing to just one millimeter in length, these simple creatures have only 302 neurons, or nerve cells, in their bodies, a tiny fraction of the 80 billion or so neurons in the human brain.

«It upholds our hypothesis that coalescence is so similar that there's got to be the same molecules and mechanisms that do it, and we may be able to find a drug that shuts tumor formation down without being toxic to healthy cells in the body,» says Soll, the paper's corresponding author.

Additionally, immune cells are located deep in the body and are constantly moving around, so getting the light to them can be difficult.

The illness is caused by the loss of so - called pancreatic beta cells, the cells that produce the hormone insulin, which is essential for regulating the use of sugar in the body.

And the first thing that begins to happen is carbon dioxide builds up inside the body, and with it there is a rise in acidity; that acidity rise contributes to cellular membranes decaying and then collapsing and then digestive enzymes that were already always present in the cells begin to slosh around to the body and [it] begins a state of what's called self digestion, so the body begins to liquefy inside rather literally.

Because neural crest cells contribute to so many tissues in the body, altering their function could change an animal's behavior, appearance and biology, the researchers reasoned.

And the cells in our body differ from one another — serving as neurons, white blood cells, smell sensors, and so on — largely because they activate different sets of genes and thus produce different mixtures of proteins.

But, counter-intuitively, this mass cell death might be the very thing that makes the animals so long - lived: it could be a natural mechanism their bodies use to clear precancerous cells, stopping tumors in their tracks.

But the drug stayed bound to the diamond until it reached the tumor, so it didn't damage cells elsewhere in the body, and the animals survived.

So Welham's team set out to engineer vocal fold mucosae in the lab using the two main cell types that make up the tissue — connective fibroblasts, which form the main body, and epithelial cells, which line the surface.

The challenge is to reprogram the energy storing white fat cells into so - called «brite» (brown - in - white) fat cells in the body's white adipose tissue and thus make adipose tissue burn off excess energy as heat instead of storing it.

The mouse model could also contribute to the further development of immunotherapies — a method in which the body's immune system is stimulated, so that it intensifies its fight against tumor cells.

One reason group A Streptococcus and other invasive pathogens are so dangerous is they release pore - forming toxins that can poke holes in the membranes of cells within a person's body, leading to cellular dysfunction or cell death.

So although it is possible to get mouse heart cells to twitch with an electrical jolt, it is not yet possible to grow the necessary connections to the rest of the body while the new heart is put in place.

So confused is the genetic history of llamas that some are in fact chimeras; they have cells in their bodies from two distinct maternal lineages.

In a new study published in Science Advances, a group of University of Wisconsin - Madison researchers show that individual cells in the human body have an armament designed to prevent HCMV from achieving and maintaining this latency, to shine a spotlight on the virus so the immune system knows to fighIn a new study published in Science Advances, a group of University of Wisconsin - Madison researchers show that individual cells in the human body have an armament designed to prevent HCMV from achieving and maintaining this latency, to shine a spotlight on the virus so the immune system knows to fighin Science Advances, a group of University of Wisconsin - Madison researchers show that individual cells in the human body have an armament designed to prevent HCMV from achieving and maintaining this latency, to shine a spotlight on the virus so the immune system knows to fighin the human body have an armament designed to prevent HCMV from achieving and maintaining this latency, to shine a spotlight on the virus so the immune system knows to fight.

«We have amyloid - forming proteins in every cell of our body, so they must have a crucial function,» Steinman says.

The compound 3 - deazauridine stopped HIV by creating so many mutations in the virus that the virus was no longer able to spread throughout the body by infecting other cells.

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.

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.

Instead, the body seems to keep these so - called self - reactive T cells in benign form to fight potential invaders later.

For the Parkinson's trial, his team assessed hundreds of candidates and have so far have picked ten who best match the ES cells in the cell bank, to reduce the risk of the patients» bodies rejecting the cells.

Importantly, normal cells in the body do not have SETD2 mutations, so these effects of WEE1 inhibition are potentially very selective to cancer cells.»

So, at the dawn of our universe — and I have to emphasize our universe, because there could be others — so, dawn of our universe, physicists think there was one type of force, one type of matter and that as the cosmos expanded, as space expanded, it cooled and things started to condense out like snow flakes, and over time that single force broke, it differentiated; and something similar happens in the human body as we develop from a single cell; we differentiate, different tissues form in our bodies, different layers of tissueSo, at the dawn of our universe — and I have to emphasize our universe, because there could be others — so, dawn of our universe, physicists think there was one type of force, one type of matter and that as the cosmos expanded, as space expanded, it cooled and things started to condense out like snow flakes, and over time that single force broke, it differentiated; and something similar happens in the human body as we develop from a single cell; we differentiate, different tissues form in our bodies, different layers of tissueso, dawn of our universe, physicists think there was one type of force, one type of matter and that as the cosmos expanded, as space expanded, it cooled and things started to condense out like snow flakes, and over time that single force broke, it differentiated; and something similar happens in the human body as we develop from a single cell; we differentiate, different tissues form in our bodies, different layers of tissues.

The acquisition of so much cellular material from its sisters almost certainly helps the egg start a program of growth through which it becomes the largest cell in the mammalian body.

Sheltzer's team proposes that these cells rapidly evolved to acquire different mutations that would confer a survival benefit — perhaps enabling them to grow in new environments, just as cancer cells that become metastatic evolve so as to be able to detach from their tissue of origin and grow at different sites in the body.

One reason the bacterium has survived for so long is that it has developed a sophisticated mechanism for hiding in the body: it resides in white blood cells called macrophages, the very cells that would normally kill it.

Mella says that all the B cells are gone within two weeks or so of the treatment, but autoantibodies typically survive in the body for another two or three months.