Not exact matches
Then, researchers then sought a way to increase SMA gene product levels, the
messenger RNAs (mRNAs), and thus
protein levels
by silencing or removing the SMN lnc - RNA.
DNA is transcribed into
messenger RNA (mRNA) that carries the code to ribosomes, the molecular machines that build
proteins by reading the mRNA instructions.
Splicing in vitro of a
messenger RNA (mRNA) precursor (pre-mRNA) is inhibited
by a monoclonal antibody to the C
proteins (anti-C) of the heterogeneous nuclear RNA (hnRNA)- ribonucleoprotein (hnRNP) particles.
Exosomes are small vesicles which are secreted
by all cells and contain
proteins and
messenger RNAs and microRNAs.
They bond to
proteins called PIWI and guide them to the
messenger RNA produced
by the jumping genes, which the PIWI
protein then destroys.
MicroRNAs are short RNA molecules that typically bind to complementary sequences in
messenger RNAs, thereby controlling the amounts of specific
proteins produced
by cells.
Antril is meant to block the action of interleukin - 1, a
messenger protein or «cytokine» which triggers immune responses when the body is attacked
by microorganisms.
First, it is a quality control mechanism used
by cells to eliminate faulty
messenger RNA (mRNA)-- molecules that are essential for transcribing genetic information into the construction of
proteins critical for life.
RNA is the chemical
messenger by which the information in genes is translated into
protein.
Studies of embryonic stem cells revealed that NANOG
protein levels can be lowered
by a chemical process known as methylation, which involves putting a methyl group chemical tag on a
protein's
messenger RNA (mRNA) precursor.
The conventional view is that the main function of RNA is to convey instructions from DNA to the
protein - making factories in cells — a task carried out
by large molecules of «
messenger» RNA.
This binding of microRNA to
messenger RNA prevents the
protein from being made, either
by blocking the process directly or
by triggering other
proteins that cut the
messenger RNA into smaller pieces.
But researchers recently discovered that short pieces of RNA called microRNAs can control the production of specific
proteins by targeting their
messenger...
The researchers found a
protein that helps prevent human herpes virus 8 from replicating
by detecting a specific modification on viral
messenger RNA.
Through mapping
proteins that can restrict viral infections, the researchers found a
protein called YTHDF2 that can help regulate the human herpes virus 8
by detecting the m6A modification on viral
messenger RNA.
Recently, scientists learned that microRNA genes can control this essential process
by coding for a microRNA strip that binds to the
messenger RNA, effectively turning off production of the
protein.
At the Dana - Farber Cancer Institute and the Broad Institute, for instance, Todd Golub, a specialist in the genetics of cancer, had spent a decade learning how to identify malignant tumors
by the pattern of
protein - coding
messenger RNAs expressed in their cells.
«We're talking about
messenger RNA (mRNA), which is used
by the cell to synthesize these
proteins.»
PARTICLE acts in three different ways to prevent expression of the MAT2A gene: 1)
by winding around the MAT2A gene to create a DNA: RNA triple helix structure locking down the MAT2A gene promoter, 2)
by binding the
messenger RNA product of the MAT2A gene and preventing it being used for MAT2A
protein synthesis and 3) transferring MAT2A
messenger RNA into intracellular vesicles that are subsequently ejected from the cell.
Interleukin - 33 (IL - 33), discovered in 2003
by Jean - Philippe Girard's team, is a
protein in the family of interleukins, soluble
messengers that enable communication between cells in the immune system and play a crucial role in tissue inflammation.
Biochemist Nirenberg of the National Institutes of Health gave a seminar describing a groundbreaking experiment in which he and a colleague had discovered how the cell interprets
messenger RNA —
by reading one triplet, or codon, of nucleotide bases at a time — to line up the amino acids that form
proteins.
In some prokaryotes as well as in the organelles of some eukaryotes, splicing can be self - catalyzed
by particular ribozymes with the help of magnesium ions, without the intervention of any
protein machinery: the group II introns ribozymes are in fact able to self - regulate their own removal from the filament, thus promoting the maturation of
messenger RNA.
Sancar and his team looked for bits of CRY1 and CRY2
messenger RNA — a chemical indicating that cells are making the
protein specified
by the gene — in the mice.
One gene set that stood out involved components of the spliceosome, the molecular complex that helps prepare
messenger RNA (mRNA) transcripts for
protein production
by removing noncoding segments called introns.
During this crucial step,
messenger RNA (mRNA), which is a RNA copy of a gene's recipe for a
protein, is translated
by the cell's ribosome into the sequence of amino acids that will make up a newly synthesized
protein.
Stephen Warren of Emory University in Atlanta and colleagues suspected that the neurodegeneration is caused
by messenger RNA (mRNA) that serves as the template for the
protein.
Exosomes and other extracellular vesicles (EVs) are small membrane vesicles containing
protein,
messenger RNA, microRNA, DNA, and lipids, which are secreted
by various cells and are stable in body fluids including blood, saliva, urine, cerebrospinal fluid, and breast milk.
The first to be tested was the gene for interleukin - 2, a
messenger protein made
by cells of the immune system.
MicroRNAs lower the levels of
proteins such as BDNF
by binding to
messenger RNA, the molecular middleman that carries instructions from genes to the
protein - making machinery of the cell, and tagging it for destruction.
Work
by scientists in 1998 unexpectedly showed that double - stranded RNA molecules could suppress the translation of
messenger RNA (mRNA) into
protein.
MicroRNAs, or miRNAs, are short, single - stranded bits of RNA that regulate the
messenger RNA expressed
by genes to create a
protein.
PTC's GEMS technology exploits the regulatory mechanisms found in the untranslated regions of
messenger RNA for the identification of small - molecule drugs that can treat diseases
by selectively increasing or decreasing the expression of key
proteins by modulating post-transcriptional mechanisms.
Splicing the process
by which introns are removed from the pre-mRNA molecules and remaining exons are joined together, forming the final
messenger RNA (mRNA) that is translated into
proteins.
Short pieces of RNA, called microRNAs, control
protein production
by causing the
proteins» RNA templates (known as
messenger RNA or mRNA) to be disabled
by the cell, according to Whitehead Institute scientists.
This has been used to create reporters for second
messengers by using
protein (domains) that undergo a conformational change upon binding of e.g. Ins (1,4,5,) P3, calcium or cAMP.
Yang — whose essay described examples of alternative splicing, a process
by which the same stretch of DNA and its complementary
messenger RNA can be spliced together in different ways and thus be translated into different
proteins — will receive a $ 1000 prize.
White adipose tissue
messenger RNA levels and serum concentrations of inflammatory cytokines (tumor necrosis factor - α, interleukin - 6, and monocyte chemoattractant
protein - 1) were reduced
by C3G, as did macrophage infiltration in adipose tissue.