Not exact matches
In experiments with mice, the
researchers found that Paneth
cells engineered to lack a functional ATG16L1 gene were five times more likely to die in the
face of rising TNF - alpha signals than normal
cells.
In a series of laboratory experiments, the
researchers found that antibodies against HSV - 1 remain in the trigeminal ganglion (a group of nerve
cells that receives signals from the eyes and
face and is a key site of HSV infection) long after active virus infection is cleared, and that these maternal antibodies can travel to the fetal trigeminal ganglia.
The
researchers dosed β2AR - containing discs with a small druglike compound that normally binds to the portion of the receptor
facing out of the
cell.
Whatever the source of pluripotent
cells, Thomson says,
researchers face the same scientific challenges — namely, understanding how to convert them into key tissues such as the beta islet
cells that are impaired in diabetics, and then how to introduce them safely and effectively into humans.
The
researchers found the firing rate of each
face patch
cell corresponds to a separate facial feature.
This allowed the
researchers to blow random puffs of air at their
faces, causing them to blink, and to use a non-invasive microscopy technique to look at how the relevant Purkinje
cells respond.
The
researchers found the firing rate of each
face cell corresponds to separate facial features along an axis.
This barrier has been highly visible in the field of human embryonic stem
cell research, where
researchers in the United States must adhere to legislation and funding limitations that
researchers in European countries have not
faced.
AFP reports that Israeli
researchers found that frequent
cell phone users — described as people who chatter on mobiles more than 22 hours a month — had a nearly 50 percent higher risk than others of developing a tumor on the parotid gland (the largest of the salivary glands on the side of the
face just in front of the ear).
Added together, the information contributed by each nerve
cell lets the brain efficiently capture any face, researchers report June 1 in C
cell lets the brain efficiently capture any
face,
researchers report June 1 in
CellCell.
After removing the effects of solar rotation and accounting for the angle of view of areas not
facing directly toward Earth, the
researchers could discern the so - called giant
cell flow patterns (material moving east is depicted in red, that moving toward the west in blue), which cause supergranules to slowly drift across the surface of the sun.
The
researchers knew they
faced a major challenge: sorting and separating «sticky» epithelial
cell progenitors without destroying them.
The Italian
researcher faced prejudice and adversity as a woman and as a Jew, but went on to elucidate a growth factor essential to the survival of nerve
cells
Genetically modified «hunter» T
cells successfully migrated to and penetrated a deadly type of brain tumor known as glioblastoma (GBM) in a clinical trial of the new therapy, but the
cells triggered an immunosuppressive tumor microenvironment and
faced a complex mutational landscape that will need to be overcome to better treat this aggressive cancer, Penn Medicine
researchers report in a new study this week in Science Translational Medicine.
The
researchers then investigated how neurons reacted to different aspects of emotions, and how the activity of the
face cells related to the decision made by the subjects.
Researchers who hope to use stem
cells — the unspecialized
cells that produce all of our tissues — to treat diseases
face a dilemma.
The
researchers developed algorithms from the
face -
cell feedback that enabled them to recreate composite facial images from monkey brain - cell activity (Cell, doi.org/b7
cell feedback that enabled them to recreate composite facial images from monkey brain -
cell activity (Cell, doi.org/b7
cell activity (
Cell, doi.org/b7
Cell, doi.org/b73v).
Now,
researchers reporting in Current Biology on September 21 have found that those
cells light up even when a person sees a familiar
face or object but fails to notice it.
Second, the
researchers theorized that if each
cell was indeed responsible for coding only a single axis in
face space, each
cell should respond exactly the same way to an infinite number of
faces that look extremely different but all have the same projection on this
cell's preferred axis.
First, once they knew what axis each
cell encoded, the
researchers were then able to develop an algorithm that could decode additional
faces from neural responses.
The
researchers dubbed these regions
face patches; the neurons inside, they called
face cells.
The big challenge previous allergy
researchers faced was that immune
cells, known as T -
cells, tended to develop a form of «memory» so that once someone developed an immune response to an allergen, it would easily recur upon future contact.
Summary: University of Chicago
researchers have developed the first practical method to limit activity of therapeutic genes to a specific
cell type (smooth muscle
cells), clearing a major safety hurdle
facing gene therapy.
The
researchers discovered that NS1 has a 3D structure with two distinct sides, one
facing the replication system of the virus inside
cells it infects and the other
facing the immune system outside infected
cells.