A key protein controls stem cell properties that could make them more useful in regenerative medicine, according to a study led by Mount Sinai researchers and published in the journal Cell Stem Cell.
Not exact matches
Key Calf II ® is a 20 - 20 amino acid balanced medicated all milk,
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«Regulator of chromosome structure crucial to healthy brain function and nerve development: Cohesin
protein identified as
key to
control of chromosome structure underlying nerve cell network formation.»
Nitrogen helps plants produce
proteins, including the
key molecules that
control photosynthesis.
Nitrogen helps plants produce
proteins, including the
key molecules that
control photosynthesis, the process by which the sun's energy is captured and converted into the carbon compounds that are the raw material for growth.
«We show precisely how a
key «switch
protein», PHR1,
controls the response to low levels of phosphate, a big stress for the plant, and also
controls the plant immune system,» said Jeff Dangl, John N. Couch Distinguished Professor and Howard Hughes Medical Institute Investigator.
Hancock's group showed that inhibiting the enzyme p300 can affect the functions of another
protein, Foxp3, which plays a
key role in
controlling the biology of Tregs.
Molecular biologist Angela Rmer - Oberdrfer of the Friedrich - Loeffler - Institut in Germany and her colleagues inserted a gene
controlling expression of a
key flu
protein into NDV's genome.
This led Lippman's team to propose that the ancient function of the HPAT genes is to
control tip growth, which, Lippman says, is likely related to
key proteins that are critical for forming cell walls.
PLK4 is one of the
key proteins required to
control centriole formation: in its absence centrioles fail to form, while in excess PLK4 induces the formation of an extra number of those structures.
They found more variants in men with azoospermia than in the
controls, hinting that the
protein plays a
key role in sperm development in humans.
The next major advance which moved this analysis from a cell physiological to a molecular level was accomplished by Scheller and Südhof who made overlapping contributions that characterized the
proteins that
controlled the two
key steps of transmitter release: 1) They showed the mechanism by which the vesicle is mobilized to the release sites of the presynaptic terminal, where the synaptic vesicle first fuses with the membrane of the sending neuron and then leaves the cell, and 2) they also discovered how Ca2 + drives the vesicle to release its contents.
Joslin scientists in the Tseng Laboratory of the Section on Integrative Physiology and Metabolism previously discovered that one type of bone morphogenetic
protein, BMP - 7, plays a
key role in the
control of brown fat formation and its heat - producing activity, which regulates whole body metabolism.
Understanding these pathways, and the identification of the
key proteins that
control the ability of cancer cells to reprogram their metabolism through biochemical, and epigenetic or genetic alterations that make them resistant to therapies, is of paramount importance for the design of more targeted and therefore less toxic therapies.
Mechanistic target of rapamycin (mTOR) is a
key regulatory
protein that
controls the balance between cellular anabolism and catabolism.
At USCF, Walter began the work that might prove to be his enduring legacy — the discovery of a
key element in a quality
control mechanism that cells deploy to deal with stress related to the buildup of misfolded
proteins in the ER.
This text covers topics ranging from plant genome structure and the
key control points in how genes are expressed, to the mechanisms by which
proteins are generated and how their activities are
controlled and altered by posttranslational modifications.
A
protein known to play a role in transporting the molecular contents of normal cells into and out of various intracellular compartments can also turn such cells cancerous by stimulating a
key growth -
control pathway.
PTPN22 is involved in the formation of a
key protein known as lymphoid tyrosine phosphatase (LYP), which helps
control the activity of T and B cells in the immune system.
The bromodomain containing
protein 9 (BRD9) has been reported as a component of the switch / sucrose non-fermentable (SWI / SNF) brahma - related gene 1 - associated factor (BAF) complex, which plays a
key role in chromatin remodelling and transcription
control [1] although the precise biological role is unknown.
High
protein, low carbohydrates and overall calorie
control are the
keys.
And while I certainly won't be giving up carbs any time soon, I've learned that a healthy mix of
protein and whole grains is
key for satiety and
controlling my cravings.
The December 2011 e-publication AMP - activated
protein kinase (AMPK)
controls the aging process via an integrated signaling network makes the point that
control of Nrf2 along with
control of other
key pathways by AMPK drives aging.
Since
protein synthesis is such
key factors in hypertrophy, can these be used to in essence
control muscle growth, when complemented with proper training?
Choosing a high quality dog food with appropriate
protein levels for your dog is a
key component in
controlling lawn burn.
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controlled limited ingredient
protein: wild caught cod • Restricted copper to prevent copper toxicity or for dogs with copper storage disease • Restricted phosphorus and
controlled sodium for dogs with renal disease • Balanced for long - term feeding under veterinary supervision