Not exact matches
When looking for genes that might play important roles in the metabolism
of healthy and cancerous liver
cells, Wang and his colleagues became
interested in a gene called SLC13A5, which produces a protein that transports citrate
into cells.
But what [was] really
interesting in this study
of the sled dogs,
of Larry the sled dog in particular, was the discovery that some
of these high performance dogs appear to have the ability to draw fat directly out
of their and blood right
into their muscle
cells and immediately burn it that way, which is a more efficient way than normally what you'd see.
He wanted to study the mechanism
of viral entry
into cells, and Ebola provided an
interesting case.
This group
of about 800 receptors plays a central role in transferring signals from the environment
into the
cell and is
of great
interest for drug development.
They were
interested in one
of the
cell's key signaling pathways, the MAPK pathway, which helps control
cell growth, embryonic development, and the maturation
of oocytes
into eggs.
Since Yamanaka's breakthrough, dozens
of groups have reported other ways
of reprogramming
cells as well as techniques to control differentiation
of stem
cells into neurons, cardiovascular
cells, and other tissues
of interest for regenerative medicine.
Young - Pearse and colleagues believe that their strategy
of using induced pluripotent stem
cells to reprogram patient skin
cells into neurons
of interest could be used to predict which therapeutics will best help early onset Alzheimer's patients.
«In addition to the new insights
into plant
cell microtubule organization, these observations
of GCP - WD function will be
of interest to scientists studying microtubules in animals, where GCP - WD has been challenging to observe it in action,» Ehrhardt added.
What makes it
interesting it that it is directly responsible for the fusion
of the HIV virus
into human
cells.
These
cells can develop
into all the body's
cell types and are therefore
of considerable
interest to the field
of regenerative and reparative medicine.
This discovery by the scientists at the CRG provides an insight
into stem
cell - forming molecular mechanisms, and is therefore
of great
interest for studies on the early stages
of life, during embryonic development.
Learning how to control the composition
of secondary
cell walls is an area
of intense
interest among advanced biofuel researchers because the structures make up the bulk
of the plant matter that is broken down
into biofuels.
In addition to their pathogenic function, aerolysin, and the majority
of pore forming toxins, are most
interesting because
of an unusual duality: they are secreted by the bacterium as fully water - soluble proteins, which then assemble and insert
into the host
cell membrane to become genuine transmembrane proteins.
I think a lot
of people were led to believe — and to what extent scientists were responsible for this is an
interesting question — that if only the regulations were relaxed, embryonic stem -
cell science would be central to our medical research and practice going
into the future, and that it would massively alleviate suffering and produce cures for dreaded diseases.
Vaxwave ® is based on lymphocytic choriomeningitis virus (LCMV) and in this vector the gene encoding the LCMV envelope protein, normally responsible for virus entry
into target
cells, has been deleted and replaced with a target gene
of interest.
Once the Cas9 - sgRNA ribonucleoprotein (RNP) complexes have been delivered, single
cells must be isolated and expanded
into clonal
cell lines to isolate and screen for the genotype
of interest.
This corrected clonal
cell line can also be differentiated
into the
cell type
of interest.
There is a lot
of interesting research going on
into understanding the disease process, particularly the role
of non-neuronal
cells like microglia.
From the perspective
of a bioengineer
interested in converting glucose input
into lipid output, the development
of a thicker
cell wall under starvation conditions represents wasted carbon that would otherwise be used for lipid production.
After gesicle - based delivery
of the editing machinery
into hiPS
cells,
cells must survive the process
of single -
cell cloning — a major bottleneck to obtaining clones with the modification
of interest.
However, the ways in which the different types
of stem
cells came to be accepted
into the stem
cell family is itself an interesting story, and one that can help paint a useful bigger picture, and that is why this story will be the focus for this blog post to celebrate International Stem Cell Awareness
cell family is itself an
interesting story, and one that can help paint a useful bigger picture, and that is why this story will be the focus for this blog post to celebrate International Stem
Cell Awareness
Cell Awareness Day.
We can then take proteins
of interest, change them in some specific way, and then put them back
into a
cell to create a sort
of modified synapse.
Here Steve tells us how his
interest in stem
cells led him
into cancer research and how he believes this angle
of brain tumour research has unique potential for tackling cancers which are currently difficult to treat.
However, the ways in which the different types
of stem
cells came to be accepted
into the stem
cell family is itself an
interesting story, and one that can help paint a useful bigger picture.
However, most previous attempts to transplant blood stem
cells into a human fetus have been unsuccessful, prompting some researchers to lose
interest in this promising field, according to MacKenzie, who also is an investigator with the Eli and Edythe Broad Center
of Regeneration Medicine and Stem
Cell Research.
Of particular
interest is that putative embryos from Doushantuo Formation can be digitally dissected
into their component
cells, and even the sub-cellular organelles examined.
We have recently developed the use
of site - specific nucleases to genetically engineer human pluripotent stem
cells, which can be maintained indefinitely and differentiated
into any
cell type
of interest.
The Stem
Cells Portal provides an online forum in which active researchers in the Stem
Cells field, or persons who have an
interest in this area
of science, can access review articles
of recent and current publications, enter
into online discussions about the merits
of the published data, and discover a range
of other resources useful to the Stem
Cell research community.
We are currently involved in a collaborative research programme with Cellectis biotech company aiming at genetically modifying hiPS
cells in order to optimize differentiation protocols
into particular
cell lineages and allow the isolation
of homogenous
cell populations
of interest.
We became especially
interested in one microRNA — miR - 24 — that stood out because it is upregulated as multipotent blood
cells differentiate
into a wide variety
of mature blood
cells.
Differentiation
into extraembryonic endoderm [21] or neural progenitors [33] are frequent early outcomes
of spontaneous differentiation when human ES
cells are cultured in the presence
of a feeder
cell layer, and it is
interesting to speculate that the
cells are being primed for these fates.
Interest is now moving increasingly
into potential use
of T
cells modified using recombinant viral vectors for immunotherapy applications.
One
interesting fact here is that many compounds are co-transported, for example sodium can not be efficiently absorbed without some sugars (remember this), as sodium uptake is coupled with glucose uptake, and absorption
of both accelerates water uptake (as it forces water
into the
cells to buffer the two.)
As Masterjohn warns: «Bodybuilders and other athletes
interested in gaining muscle have an
interest in boosting their levels
of testosterone and other growth factors and maximizing their utilization
of protein and its incorporation
into muscle
cells.
For a
cell to use ATP, it must first break it down
into several smaller molecules, and this process produces byproducts that are then «recycled» back
into ATP to be used again, including one
of particular
interest here: adenosine diphosphate (ADP).
With bitters, digestive enzyme secretions are increased, helping to promote the complete breakdown
of nutrients
into their absorbable units, preventing gas formation when large molecules are acted upon by bacteria further down the small intestine.2, 11 The complete breakdown
of proteins is particularly important, as the cross reactivity
of immune
cells between undigested protein molecules and intestinal
cells plays an important role in the etiology
of conditions such as celiac disease.15 Insulin and glucagon secretions are stimulated, helping to stabilize blood sugar levels.3, 11 Many bitters formulations have been traditionally used in the treatment
of type 2 diabetes, and it is
interesting to point out that many naturally sweet substances are often paired with some bitterness in nature.4, 11 Herbalist Jim McDonald hypothesizes that our cravings for sweetness may mask cravings for bitterness for this reason.4
Input the annual
interest rate
of a savings account that these funds could have been saved at
into cell B14.
First: the
cells demonstrate regenerative capacity by differentiating
into the
cell line
of interest such as bone, cartilage or muscle
cells.
It is
interesting that in the #OccupyVancouver movement, the Supreme Court
of British Columbia is not allowing
cell phones
into the court room hearing the injunction application by the City
of Vancouver.
What will be most
interesting to watch as this cases progresses is whether the Courts will take
into account more recent Supreme Court cases dealing with laptop and
cell phone searches and if there is a positive duty on the part
of a traveler to unlock or provide the password to a digital device.
There are a variety
of lenses that you can clip
into your
cell phone to get these
interesting angles.