「rn a」の共起表現一覧(1語左が「the」)
該当件数 : 78件
The primer is allowed to anneal to the | RNA and reverse transcriptase is used to synthesize |
In this environment, the | RNA started to replicate. |
here are two major approaches to understand the | RNA accumulation in meiocytes: 1) RNA-seq and 2) Mi |
iation of DNA transcription, the capping of the | RNA transcript, and attachment to the spliceosome f |
othetical lipid-based structure that, under the | RNA world hypothesis, could have confined RNA in an |
A pre-cell allowed the | RNA to remain in close proximity with other RNA mol |
In other cases, the | RNA molecules are the actual functional products. |
s a possible functional association between the | RNA and the protein. |
Further analysis has shown that the | RNA is well conserved and highly expressed in cyano |
fragments that were formerly hybridized to the | RNA fragment. |
However, it is unknown if the | RNA is used by phages. |
ly(A) tail can also recruit RNases that cut the | RNA in two. |
naturally occurring pseudoknot is found in the | RNA component of human telomerase. |
can recruit another protein complex, called the | RNA polymerase. |
oop (the stem-loop closest to the 5' end of the | RNA) has significant covariation in support of its |
He and his group discovered that the | RNA molecule alone was sufficient for the observed |
Because of the | RNA motif's consistent gene association and a possi |
ver, the genetic data, complex structure of the | RNA and the failure to detect a protein involved in |
gulatory subunit cyclin C are components of the | RNA polymerase II holoenzyme complex, which phospho |
e splicing, a process by which the exons of the | RNA produced by transcription of a gene are reconne |
Upon ingestion, it binds to the | RNA polymerase II enzyme, effectively causing cytol |
exonuclease activity and serves to degrade the | RNA primers used to initiate DNA synthesis. |
on including the Miller-Urey experiment and the | RNA World. |
in, which causes a conformational change in the | RNA molecule. |
de an easy way of digital quantification of the | RNA transcript abundances in biological samples. |
Patricia Thomas, developer of the | RNA blot which then became known as the northern bl |
ng interactions in helices and destabilizes the | RNA structure. |
e Rev response element (RRE) is a region in the | RNA molecule of the HIV env gene. |
Specifically, it inhibits the assembly of the | RNA polymerase II transcription complex and DNA pol |
InvR has been shown to bind the | RNA chaperone Hfq in vitro and Hfq is required for |
Gpp associates with the promoter it affects the | RNA polymerase enzyme's ability to bind and initiat |
the repressor protein physically obstructs the | RNA polymerase from transcribing the genes. |
ops with loops L3 and L4 that interact with the | RNA target. |
Because the 5' end of the | RNA molecule ends in a phosphate group, the bond fo |
Dicer catalyzes the first step in the | RNA interference pathway and initiates formation of |
nucleotide identity are present throughout the | RNA motif, and many contain short runs of adenosine |
ed domain which assists in the formation of the | RNA polymerase holoenzyme, or may operate through a |
of RNase P and the enzymatic properties of the | RNA subunit of that enzyme. |
general transcription factors that make up the | RNA polymerase II preinitiation complex. |
Only four instances of the | RNA were detected, and all are in the bacterial phy |
After digestion of the | RNA, a single stranded DNA (ssDNA) is left and beca |
general transcription factors that make up the | RNA polymerase II preinitiation complex. |
on signal and thus allows for the export of the | RNA even if its introns aren't spliced out. |
general transcription factors that make up the | RNA polymerase II preinitiation complex. |
y cDNA is created with labelled primers for the | RNA sequence of interest to act as the probe in the |
Since the | RNA could be in the 5' UTRs of protein-coding genes |
methyl group (-CH3) to the 2'-O position in the | RNA backbone. |
This complex cleaves the | RNA between the polyadenylation sequence and the GU |
bout 200 adenine units to the new 3' end of the | RNA molecule using ATP as a precursor. |
has also been adopted by some adherents of the | RNA world model. |
initiation by stabilizing the formation of the | RNA polymerase holoenzyme enabling faster clearance |
This has relevance for prebiotic studies of the | RNA world and DNA world hypothesis for the origin o |
lation is the control of gene expression at the | RNA level, therefore between the transcription and |
Upon ingestion, it binds to the | RNA polymerase II enzyme which completely prevents |
n intron, and the snRNP subunits bring fold the | RNA so that the 5' and 3' ends of the intron are jo |
ted into Xenopus oocytes to ultimately find the | RNA species that induced the expression of sodium-g |
are cis-regulatory elements functioning at the | RNA level, since bacterial cis-regulatory RNAs typi |
ing the course of his studies he discovered the | RNA sequence necessary for ribosome binding and the |
computationally predicts the structures of the | RNA input sequences rather than requiring experimen |
x) is a multi-protein complex consisting of the | RNA helicase Mtr4, a poly(A) polymerase (PAP) (eith |
the 5' UTR, so it is not inconceivable that the | RNA has a role as a cis-regulatory element. |
rial, resulting in a starting milestone for the | RNA world hypothesis, which speculates about furthe |
nd the formation of a channel through which the | RNA can enter the cell. |
t of the nucleus and into the cytosol where the | RNA is degraded, for example by the exosome complex |
mi-1 RNAs known, it is also unknown whether the | RNA structure might extend further in the 5′ or 3′ |
s; for example, in the protein-bound state, the | RNA could form an intrinsic transcription terminati |
As a result, the | RNA is cleaved at an internal processing site (IPS) |
ved stem-loops whose terminal loops contain the | RNA sequence ACGR, where R represents either A or G |
coming ribosome pauses because of a knot in the | RNA, then the polypeptide can have time to fold int |
es and in several contexts sequestration of the | RNA transcript occurs in eukaryotes but not in prok |
The phosphorylated 5' end of the | RNA strand enters a conserved basic surface pocket |
f its molecule and nonspecific affinity for the | RNA molecules on its other end, which allows it to |
hoto-regulation of the translation of psbA, the | RNA encoding for the photoisystem II core protein D |
er protein content than the bacterial ones, the | RNA cores from all three lineages are homologous -- |
ot followed by a poly-Uracil sequence cause the | RNA polymerase to pause, but it will typically cont |
ID), a transcription factor that is part of the | RNA polymerase II holoenzyme, interacts with promot |
ated, were the chromatin expands and occurs the | RNA transcription and DNA replication. |
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