«New view on how
cells control what comes in and out.»
Not exact matches
They're hoping to find out
what controls the size of the nucleus, the central compartment of a
cell that contains the DNA, and other components of the
cell as it develops into a many -
celled organism.
What do the Seer Stones of the Mormon faith say about stem
cell research or a woman's access to birth
control?
I care about the life people like you are attempting to force in to this world, you care about
what appeases your god - big difference when you really don't care or consider the child only
what your imaginary friend god wants and yet your god cause abortions all the time... you care about a clump of
cells, not the actual life of the child and that's much worse than me supporting the rights of a woman to have
control over her body, especially if the clump of
cells couldn't survive outside of the host.
But it is not actually the crucial question, which is,
What controls the activity of the complex interacting set of genes, which produces a nerve
cell or a muscle
cell?
What all these have in common is that, without any central
control, individual units (genes,
cells neurons or workers) respond to simple, local information, in ways that allow the whole system (
cells, brains, organisms or colonies) to function: the appropriate number of units performs each activity at the appropriate time.
They are
what they sound like: regulators that keep another group of
cells, T helper
cells, from proliferating out of
control.
This is
what makes the matter particularly exciting for the scientists, because «this
control centre decides about the fate of differentiating
cells and thus about the fate of the root architecture.»
The discovery of a new mechanism that
controls the way nerve
cells in the brain communicate with each other to regulate our learning and long - term memory could have major benefits to understanding how the brain works and
what goes wrong in neurodegenerative disorders such as epilepsy and dementia.
The tumors» recruitment of these inflammatory
cells thus enabled them to resist
what would otherwise have been a deadly dose of radiation, so that their growth slowed only modestly compared to
control mice that had received no radiation.
His hunch is that the mechanisms
controlling cell division have gone wrong — somewhat like
what happens in cancer — and that plaques and tangles are the result.
These results placed the resident OPC population in the focus of interest:
what are the signals that
control and enable the activation of these precursor
cells in the adult zebrafish spinal cord?
Now that scientists can listen in on these conversations between
cells, they will need many more
controlled, simultaneous measurements to understand
what is being said.
If edible beef is the goal, you don't want any hoof or fur mixed in with it, but as of now, scientists can not consistently
control what type of
cells are produced.
Dr. Melendez said, «
What was really interesting for us was to think that the growth of stem
cells can be
controlled by distant
cells.
What's more, these glial
cells were the ones that specifically build the scaffolding for the motor neurons that were born from the same stem
cells and ultimately
control leg movement.
What's more, the timing of that separation is
controlled by neighboring stem
cells in the niche.
The specific pattern of epigenetic marks in a
cell type specifies identity and this epigenetic
control is vital to
what makes our
cells different, for example a skin
cell from a liver
cell, when they all contain the same genetic instructions.
Although researchers are still trying to learn exactly
what it does, some have suggested that in humans, at least, it may
control the growth of
cells.
The all - powerful potential of stem
cells to become any kind of
cell is
what makes them so promising for restoring diseased or damaged tissues throughout the body — and also
what makes them so difficult for scientists to
control.
What if material from our food actually made its way into the innermost
control centers of our
cells, taking charge of fundamental gene expression?
«These are devices that use small volumes of fluid, can enable more
control to precisely sort
cells within small volumes, and are created to mimic
what happens naturally in the female genital tract.
«This collaboration enabled us to learn more about
what really
controls plant
cell shape in one year than we had in the previous 10,» said Daniel Szymanski, Purdue professor of botany and plant pathology and leader of the research team.
Instead, the genetic identity of each subtype of
cells —
what makes those that
control the quadriceps muscle different from those that
control the calf muscle for instance — is also important.
They spontaneously form a simple, two - dimensional liquid
controlling what enters and leaves the
cell.
Because of the consistency among many
cells, they concluded that TCF - 1
control of T -
cell fate is fundamentally important in determining
what a
cell will become.
«To really sort out if [stem]
cells can treat these children, we need to do randomized,
controlled trials that are well designed and well
controlled, and that's
what we intend to do,» says Kurtzberg, professor of pediatrics and pathology at Duke.
But airway epithelial
cells contain both molecules at all times, so researchers wondered
what keeps healthy tissues from growing out of
control.
«The
cells are bigger and fire less than
control cells — exactly
what we see in the mouse model.»
Figuring that out could help researchers better understand
what happens as
cells are reprogrammed and may also provide new clues to the molecular signals that
control the difference between pluripotency and totipotency.
These include, for example, the mechanisms behind stem -
cell development and
what happens when normal cellular growth spirals out of
control, such as in cancer.
Transcription factors are expressed (or made) at different levels in different
cell types, and
control what genes are expressed in every
cell, making sure, for example, that a liver
cell remains a liver
cell and does not become a neuron.
«How can we determine
what the immune system is going to do, and then how can we
control that response, not only with
cells in the laboratory, but also in an animal or a patient.»
«Basically, I wanted to see
what happens in the
cell when we produce just a bit more of this protein than the quality -
control system can handle,» Outeiro says.
What this suggests is that lung cancers are able to take hold in the lungs by disarming T
cells and escaping the immune system's
control.
Transcription factors dictate
what genes are turned on or off in a
cell during embryo formation, thereby
controlling the type of organ the
cell will form.
What he found was that this switch, called an ion channel,
controls the flow of calcium into immune
cells called macrophages.
Understanding the circuitry that
controls this critical «transcriptional priming» is central to understanding how different kinds of stem
cells develop and
what kind of developmental potential they have, said Singh.
Scientists are convinced that insulin - producing
cells from embryonic pigs will eventually be transplanted into humans as one approach to
controlling what has become a worldwide spike in diabetes.
The answer to the question «
What controls or regulates the global functioning of the
cell or developing organism?»
This technique uses light, or optics, to
control what a
cell's genes do.
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Cells.
I truly believe these different perspectives are valuable; just imagine how tremendous it is that while you're working on
controlling your weight, diabetes, thyroid or seizure disorders,
what if you're also actually starving your own little potential cancer
cells?
And so, doing a high dose digestive enzyme does a good job at
controlling the undifferentiated growth of a lot of these
what are called in his book trophoblastic
cells.
Animal studies help us understand
what brain
cells do in highly
controlled conditions, and researchers were able to isolate the effects of astaxanthin in a number of situations.
Control, although not debilitating, ruins
what could have been a very slick title and its similarity to Splinter
Cell is brazen, even down to the tutorial, which is straight out of the Sam Fisher handbook.
Skip to the front of the car and you'll see
what looks like a conventional engine, but is actually a combined electric motor and transmission, voltage
control unit, fuel
cell stack, electric air compressor, and power
control unit.
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«
What you see is a familiar cartridge sitting in the middle of this machine,» But instead of
controlling differently colored inks, Calvert said the machine
controls different cultures of
cells fed into the cartridge nozzle.
•
What would be convincing: Bear in mind that these authors argue against the usefulness of our meta - analysis by suggesting that the sex difference only emerges in one cell of what would be a 16 - cell design — the «young - age - long - term - relationship - third - party - coder - ratings - control - variables - accounted - for» c
What would be convincing: Bear in mind that these authors argue against the usefulness of our meta - analysis by suggesting that the sex difference only emerges in one
cell of
what would be a 16 - cell design — the «young - age - long - term - relationship - third - party - coder - ratings - control - variables - accounted - for» c
what would be a 16 -
cell design — the «young - age - long - term - relationship - third - party - coder - ratings -
control - variables - accounted - for»
cell.