Not exact matches
First author of the paper, Dr Christian Schwartz, a European Molecular Biology Organization Long Term Fellow in Professor Fallon's group, added: «It is fascinating that a small
cell population such as the ILC2s can
regulate the expansion of Th2
cells and thereby
shape the whole outcome of an immune response — be it beneficial in case of parasitic infections, or detrimental as in the case of allergic responses.»
Astrocytes, named for their star - like
shape, are ubiquitous brain
cells known for
regulating excitatory synapse formation through
cells.
Apart from advancing our understanding of how plants
regulate their growth and
shape, this research presents new questions for stem
cell researchers in regards to
cell size checkpoints and their importance during organism development.
The research team found that this non-coding RNA fragment maintains healthy
cells through two mechanisms: Firstly by
regulating the levels of DIRAS3, one of its neigboring genes that is involved in
cell replication; secondly by suppressing a network of genes that prepare
cells to change their
shape and prepare for metastasis.
This process is called metastasis and requires a whole network of genes to
regulate the transformation of
cell shape and mobilization.
Obtaining detailed insights into their three - dimensional
shape will not only help to understand how they function but also how this function is
regulated in the
cell.
The gene discovered in the research couples the exocytosis -
regulating protein Sec10 with formin, a protein that
regulates the remodeling of the actin cytoskeleton critical to forming
cell shapes.
Eukaryotic
cells are compartmentalized by membranes, whose
shape and dynamics are precisely
regulated to maintain their correct functions.
Voltage - dependent potassium ion (K +) channels (Kv channels) conduct K + ions across the
cell membrane in response to changes in the membrane voltage, thereby
regulating neuronal excitability by modulating the
shape and frequency of action potentials.
But a deeper understanding of how Jagged
regulates duct
cell formation in livers could
shape strategies to help fix these structures to potentially spare the 10 to 30 percent of patients that eventually need a liver transplant.»
The proliferation of
cells, in particular the orientation in which they divide, is key in
regulating the
shapes of tissues.
My lab studies genes and signals in
cells that
regulate the growth and
shape of plants.
All living
cells, from simple yeasts to human brain
cells,
regulate their rate of growth and their ultimate size and
shape.
A small butterfly -
shaped gland located at the front our neck, the thyroid
regulates the metabolism of every organ and
cell in our body.