Sentences with phrase «cells in your body became»

If human brains are like body's cells, there is a natural point of specialization, in which new systems break away and form similar but slightly different branches, as cells in a body become fingers, feet, hands, etc..

Scientists don't know why cells in the body become resistant to insulin, but it's clear that certain genetic and lifestyle factors play a role.

Get The Best Life Insurance Rate With Anemia Anemia Is a common blood disorder that occurs when the level of healthy red blood cells in the body become too low.

Not exact matches

Swiss pharmaceutical giant Novartis has made waves with a drug pipeline that includes one of the most talked - about experimental cancer therapies in recent years — a treatment called Kymriah that reconfigures the body's own immune cells to become aggressive blood - cancer killers.

giant Novartis has made waves with a drug pipeline that includes one of the most talked - about experimental cancer therapies in recent years — a treatment called Kymriah that reconfigures the body's own immune cells to become aggressive blood - cancer killers.

Evidence of the fact that union differentiates is to be seen all round us — in the bodies of all higher forms of life, in which the cells become almost infinitely complicated according to the variety of tasks they have to perform; in animal associations, where the individual «polymerises» itself, one might say, according to the function it is called upon to fulfil; in human societies, where the growth of specialization becomes ever more intense; and in the field of personal relationships, where friends and lovers can only discover all that is in their minds and hearts by communicating them to one another.

As a physics teacher, I teach the therapeutic effects of gamma radiation in radiotherapy, along with the associated dangers (radiation can cause cells to become cancerous as well as kill cells that are already cancerous), but a common misconception among students is that cancer cells are rather like viruses or bacteria, a sort of alien cell that has entered the body, growing out of control with little relation to the surrounding cells.

On the one hand, Hartshorne holds that the past affects the future in the sense that previous cases of becoming can influence later cases of becoming; previous feelings of one's own, of God's and of one's body cells can be felt or inherited by one's later feelings.

Cells in the body take account of their environment and become different as a result.

What we eat becomes our cells, our blood, tissues, organs, skin... We create health with what we put in our bodies.

Food, in its turn, is a creative expression that merges with the cells of its eater, and becomes part of their physical body and energy body.

Capsaicin only inflames human cells because heat - detecting proteins in our nerve endings called TRPV1 receptors become activated in the chemical's presence, mistakenly interpreting capsaicin as a sign of extreme heat, and sending the body's burn defenses into overdrive.

In an effort to stabilize themselves, they rush through our body, stealing an electron from an unsuspecting healthy cell nearby which in turn will become a free radicaIn an effort to stabilize themselves, they rush through our body, stealing an electron from an unsuspecting healthy cell nearby which in turn will become a free radicain turn will become a free radical.

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.

However, these same inflammatory responses can become part of a disease if they mistakenly target the body's own cells, such as occurs in the case of autoimmune conditions like Crohn's disease.

Ruptured cells become food for living bacteria in the gut, which release enough noxious gas to bloat the body and force the eyes to bulge outward.

Induced pluripotent stem cells (known as iPSCs) are similar to human embryonic stem cells in that both cell types have the unique ability to self - renew and have the flexibility to become any cell in the human body.

The molecules — called SMAD2 and SMAD3 — can enhance the efficiency of converting mature cells into induced pluripotent stem cells, which have the distinctive ability to become any type of cell found in the body.

Adult stem cells, reprogrammed or not, however, have not been shown to have the same level of flexibility in becoming any cell in the body.

The genes O, S, and K were known to help the cells become pluripotent, which allows them to produce any other cell type in the body.

«Starting with pluripotent stem cells that are not muscle cells, but can become all existing cells in our body, allows us to grow an unlimited number of myogenic progenitor cells,» said Nenad Bursac, professor of biomedical engineering at Duke University.

By turning on a several genes in adult cells, scientists can transform skin or blood cells into stem cells that can become every cell type in the body — without the ethical and practical complications of using embryos or oocytes.

In what may presage an intellectual property battle, Rudolf Jaenisch of the Massachusetts Institute of Technology in Cambridge and Konrad Hochedlinger of Massachusetts General Hospital in Boston will be awarded a patent on a technique for turning adult mammalian cells into stem cells that can in principle become any kind of cell in the bodIn what may presage an intellectual property battle, Rudolf Jaenisch of the Massachusetts Institute of Technology in Cambridge and Konrad Hochedlinger of Massachusetts General Hospital in Boston will be awarded a patent on a technique for turning adult mammalian cells into stem cells that can in principle become any kind of cell in the bodin Cambridge and Konrad Hochedlinger of Massachusetts General Hospital in Boston will be awarded a patent on a technique for turning adult mammalian cells into stem cells that can in principle become any kind of cell in the bodin Boston will be awarded a patent on a technique for turning adult mammalian cells into stem cells that can in principle become any kind of cell in the bodin principle become any kind of cell in the bodin the body.

But they still want to be able to do cloning, otherwise know as somatic cell nuclear transfer (SCNT), because embryonic cells are the «gold standard» for pluripotent cells — cells that can become any cell type in the body.

The results help fill in the scientific puzzle kicked off by Dolly's cloning, which proved that mammalian egg cells were capable of dissolving the genetic roadblocks that limit the potential of most adult cells to give rise to only a single type of tissue — that of the organ from which they hail — whereas embryonic stem cells have the potential to become virtually any kind of body tissue.

These findings are the first to show that blood - forming stem cells can be modified with a CAR therapy that can safely engraft in the bone marrow, mature and become functional immune cells throughout the body.

The remarkable discovery that it is possible to turn skin cells back to an embryonic state, when they have the potential to become any type of cell in the body, could open up a huge range of possibilities.

One of the genes that MM41 blocks — the BCL - 2 gene — is involved in regulating apoptosis, the body's natural process which forces cells to die if they become too damaged or unhealthy to be repaired.

In addition to being the first line of defense against pathogenic attack, the immune system seeks out aberrant cells within the body that may become cancerous.

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?

Germ cells, irrespective of the sexual fate (to become sperm or eggs), have the potential to feminize the body in medaka.

While stem cells — cells that have the potential to differentiate into other types of cells — exist in adult humans, the most useful stem cells are those found in embryos, which are pluripotent, capable of becoming nearly any cell in the body.

After collecting skin cells from people with and without schizophrenia, Gage and team genetically reprogrammed the cells to become pluripotent stem cells, with the youthful ability to give rise to any of the more than 200 cell types in the body.

In 1983, Beddington set up her own lab at Oxford and became one of the first scientists to demonstrate that embryonic stem cells can give rise to any tissue found in a developed bodIn 1983, Beddington set up her own lab at Oxford and became one of the first scientists to demonstrate that embryonic stem cells can give rise to any tissue found in a developed bodin a developed body.

The research coming under fire reported the discovery of a potentially revolutionary process called stimulus - triggered acquisition of pluripotency (STAP), in which exposing adult cells to a stress such as acid or pressure prompts them to behave like cells in early embryos, which can become any cell type in the body.

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.

Embryonic stem (ES) cells, harvested from three - and - a-half-day-old mouse embryos or five - and - a-half-day-old human embryos, are referred to as pluripotent because they can become any of the thousands of cell types in the body.

Pluripotent cells are a powerful type of stem cell that can become any cell type in the 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.

During inflammatory responses due to infection, trauma, or cancer, the body's immune system becomes highly activated in an attempt to fend off invading organisms, foreign bodies, or tumor cells.

Embryonic stem (ES) cells are derived from early embryos and can in theory become any cell in the body.

Pluripotent cells can become any of the cell types usually found in the body — although there are certain special types of tissue, such as placenta, that they can't form.

When a subject — a Franciscan nun, in one case — feels her ordinary self «dissolving into Christ consciousness,» as she describes it, a radioactive fluid is injected into her body through an intravenous tube; the fluid travels to her brain and becomes trapped in nerve cells there.

They do this by reactivating dormant genes associated with pluripotency — a primitive state in which a cell has the potential to become any cell type in the body.

Converting adult skin cells into pluripotent cells — immature stem cells that can be programmed to become any tissue in the body — is a rapidly developing area of science that earned the researcher who discovered the technique, Shinya Yamanaka, a Nobel Prize in 2012.

The central question is how, in the human organism for example, 100 000 genes have been orchestrated to yield about 250 different cell types, which then become assembled as the human body.

The research used skin samples from five men to create what are known as induced pluripotent stem cells, which closely resemble embryonic stem cells in their ability to become nearly any tissue in the body.

They need to find out how much differentiation these cells require before they become helpful in specific areas of the body.

It is thought that this rare form of genome architecture may contribute to keeping stem cells in an unspecialised state, still full of the potential to become any cell type in the body.

People develop type 2 diabetes over time as their bodies become more and more resistant to the hormone insulin, which is necessary to process the glucose in blood that provides energy for cells, explains Dr. Patti, who is also an Assistant Professor at Harvard Medical School.