«
Key protein drives «power plants» that fuel cells in heart, other key body systems: Discovery explains KLF4, mitochondrial connection in heart failure.»
Not exact matches
Microcurrent stimulates ATP production, which
drives the creation of
key structural
proteins, such as collagen and elastin.
The mice cranked out this
protein in their reward circuits, a brain area that
drives us to seek pleasure - inducing experiences and a
key component in addiction.
The
key panic button
driving the reshuffling is heat - shock
protein 90 (Hsp90), which normally ensures that chromosomes are faithfully copied when cells divide and multiply.
Peering deep into these
proteins, Fleming and his colleagues at the University of California at Berkeley and at Washington University in St. Louis have discovered the
driving engine of a
key step in photosynthesis, the process by which plants and some microorganisms convert water, carbon dioxide, and sunlight into oxygen and carbohydrates.
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.
The
key players in this process are the SNAREs (soluble N - ethylmaleimide - sensitive - factor attachment receptors), which
drive fusion, and S / M (Sec1 / Munc18) family
proteins that act as universal organizers of fusiogenic microcompartments and activators of SNARE - mediated membrane fusion.
The
protein p53 is a
key activator of the cell's protective machinery against genetic damage, such as the mutations that
drive cancer cells» explosive growth.
Revolutionary imaging technique reveals that a unique
protein interaction may be
key to
driving the most common genetic cause of Parkinson's disease
Driving Cell Therapy Innovation: Applying Key Lessons from the Evolution and Commercialization of Protein - Based Therapies The emergence of regenerative medicine and cell - based therapies is driving demand for large quantities of high - quality cells to support clinical trials and commercial availa
Driving Cell Therapy Innovation: Applying
Key Lessons from the Evolution and Commercialization of
Protein - Based Therapies The emergence of regenerative medicine and cell - based therapies is
driving demand for large quantities of high - quality cells to support clinical trials and commercial availa
driving demand for large quantities of high - quality cells to support clinical trials and commercial availability.
The condition, X-linked hypohidrotic ectodermal dysplasia (XLHED), occurs due to a genetic -
driven deficiency of a
key developmental
protein called ectodysplasin A (EDA), the study authors said in background notes.
But if you can use insulin post work out, you can basically have the
key to
drive protein into the cell.
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.
● Our
protein powder is rapidly digested by the body and
drives key minerals,
proteins, and amino acids to sore muscles for a speedy recovery.
Protein synthesis — a
key driving force behind muscle growth — is raised for a day or two after you train.