「rn a」の共起表現(1語左で並び替え)2ページ目

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「rn a」の共起表現一覧(1語左で並び替え)2ページ目

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The atoC	RNA motif is a conserved RNA-like structure identif
Probable ATP-dependent	RNA helicase DHX36 also known as DEAH box protein 3
Probable ATP-dependent	RNA helicase DDX5 also known as DEAD box protein 5
Probable ATP-dependent	RNA helicase DDX17 (p72) is an enzyme that in human
name of this enzyme class is ATP:[DNA-directed	RNA polymerase] phosphotransferase.
The ATPC	RNA motif is a conserved RNA structure found in cer
, Parkinson's disease, spinal muscular atrophy,	RNA biochemistry, protein synthesis, neuroanatomica
The Bacillaceae-1	RNA motif is a conserved RNA structure identified b
is now clear that Hfq is an abundant bacterial	RNA binding protein which has many important physio
It is thought that the proteins may be	RNA editing enzymes and have roles in growth or cel
e authors considered them deuterostomes, before	RNA trees placed them together with the trochozoans
tarted, and it doesn't explain what came before	RNA.
It has been used to find interactions between	RNA and protein (one protein but many RNA species p
se, enzyme IIl4ac, gene glC proteins, gene bglC	RNA formation factors, PEP-dependent phosphotransfe
ains also appear to possess the ability to bind	RNA.
clude: translation initiation factors that bind	RNA, polyA-binding proteins, snRNPs, ADAR, etc.
The Lysine riboswitch is a metabolite binding	RNA element found within certain messenger RNAs tha
is will reduce transcription simply by blocking	RNA polymerase progression along the DNA template.
Northern blot (	RNA)
small Cajal body-specific	RNA 18 (also known as U91 or U4-8) is a type of sma
Non-standard nucleosides are also found in both	RNA and DNA and usually arise from modification of
Direct sequencing of cDNAs derived from brain	RNA of INCL patients has shown a mis-sense transver
linked via a phosphodiester bond to a branched	RNA molecule.
12 Oct - Brisbane	RNA Showgrounds "Livid Festival" , Australia
The majority of enzymes are proteins but	RNA enzymes called ribozymes also exist.
artificially reduced or stopped, for example by	RNA interference, growth stops and the cells eventu
everse transcriptase, lack LTRs, transcribed by	RNA polymerase II
promoter element that promotes transcription by	RNA polymerase II when it is located precisely at p
Louping ill is caused by	RNA virus called Louping ill virus.
Notable human diseases caused by	RNA viruses include SARS, influenza and hepatitis C
pound that inhibits transcription elongation by	RNA Polymerase II.
initiation complex and preventing elongation by	RNA polymerase.
It is transcribed by	RNA polymerase I as part of the 45S precursor that
The lack of a durable signature by	RNA viruses means some etiologies, notably the vira
Eukaryotic 5S rRNA is synthesised by	RNA polymerase III, whereas most other eukaroytic r
cursor mRNA sequence, but ultimately removed by	RNA splicing during the processing to mature messen
They are transcribed by	RNA polymerase II, include both intron and exon, an
p suggesting it is independently transcribed by	RNA pol II .
Initiation of transcription by	RNA polymerase II requires the activities of more t
egatively or positively affect transcription by	RNA polymerase II (Pol II).
sed in the defense mechanisms can be usurped by	RNA viruses for their benefit.
ect the stability of the open complex formed by	RNA polymerase on DNA and therefore affect promoter
also be downregulated by blocking elongation by	RNA polymerase (without the need for an effector do
HL23V is a type C	RNA tumor virus first isolated in 1975 from culture
The C0465	RNA is a bacterial non-coding RNA of 78 nucleotides
The C0719	RNA is a bacterial non-coding RNA of 222 nucleotide
The a1, b1 site is upstream of the c4	RNA, while the a2, b2 site is immediately downstrea
Thijn Brummelkamp exploited the process called	RNA intereference(RNAi) to selectively study the fu
eplicating molecules being ribozymes are called	RNA World hypotheses.
aic virus 35S promoter (CaMV35S), in which case	RNA Polymerase II is used to express the transcript
sts include the in vitro evolution of catalytic	RNA molecules and the origins of life.
In retrospect, catalytic	RNA makes a lot of sense.
d hybridization with a probe made from cellular	RNA.
As well as cleaning of cellular	RNA that is no longer required, RNases play key rol
d hybridization with a probe made from cellular	RNA.
Fusion transcript is a chimeric	RNA encoded by a fusion gene or by two different ge
The Chlorobi-1	RNA motif is a conserved RNA secondary structure id
The Chlorobi-RRM	RNA motif is a conserved RNA structure identified b
The Chloroflexi-1	RNA motif is a conserved RNA structure detected by
ch latent mosaic viroid is a 336-351nt circular	RNA which has a branched formation.
iroids are very little single-stranded circular	RNA that have no coat protein, and which do not cod
mechanism underlying the activity of cis-acting	RNA regulatory elements, such as riboswitches.
cs24 CAESAR is the name given to the cis-acting	RNA element identified in the 3' untranslated regio
s controlled by another putative cis-regulatory	RNA element called the ykkC-yxkD leader, and nine g
The ICTV classifies	RNA viruses as those that belong to Group III, Grou
Nase P) is a type of ribonuclease which cleaves	RNA.
The Clostridiales-1	RNA motif is a conserved RNA structure identified b
HgcC is a small non coding	RNA (ncRNA).
stretch of genome with no known protein coding	RNA sequences.
Transcription of the S. coelicolor	RNA increases during sporulation, and three transcr
ion of the crosslinked and coimmunoprecipitated	RNA.
rotein shows sequence similarity to the E. coli	RNA polymerase-binding protein HepA.
The Collinsella-1	RNA motif denotes a particular conserved RNA struct
he Flavivirus capsid hairpin cHP is a conserved	RNA hairpin structure identified within the capsid
t and Thi-box riboswitch, is a highly conserved	RNA secondary structure.
s also predicted to be regulated by a conserved	RNA structure (see sucA RNA motif and sucA-II RNA m
lso known as RFN element) is a highly conserved	RNA element that is found frequently in the 5'-untr
The THF riboswitch was one of many conserved	RNA structures found in a project based on comparat
Other conserved	RNA structures were originally detected using envir
A conserved	RNA structure adopted by the a1, b1 site was identi
Downstream-peptide motif refers to a conserved	RNA structure identified by bioinformatics in the c
scovered the first bacteriophage that contained	RNA as its genetic material.
c mSelB/eEFSec) which bind to the corresponding	RNA secondary structures formed by the SECIS elemen
The CsrB	RNA is a non-coding RNA that binds to approximately
CsrC	RNA binds multiple copies of CsrA Pfam:PF02599, a p
of a hammerhead ribozyme, a ribozyme that cuts	RNA
Cyano-2	RNA motif
The Cyano-2	RNA motif is a conserved RNA structure identified b
The Cyano-S1	RNA motif (originally named the Cyano-30S motif) is
Cyano-S1	RNA motif
are decoy receptors, decoy substrates and decoy	RNA.
in cells and tissues, which can rapidly degrade	RNA.
most cells have other enzymes that can degrade	RNA, either from the 3' or 5' end of the RNA, the e
se ribonuclease, which are enzymes that degrade	RNA by removing terminal nucleotides from either th
Degraded	RNA has less sharpely defined bands, has a smeared
ine, RNase T1 is often used to digest denatured	RNA prior to sequencing.
The Vg1 ribozyme is a manganese dependent	RNA enzyme or ribozyme which is currently the small
ct synergistically with Ochratoxin A to depress	RNA synthesis in murine kidneys.
he motif might be related to the Desulfotalea-1	RNA motif, as the motifs share some similarity in c
DicF	RNA is a non-coding RNA that is an antisense inhibi
The Dictyoglomi-1	RNA motif (also called dct-1) is a conserved RNA st
The Dictyoglomi-1	RNA motif conserves four bulged-G modules (also cal
e involved in the degradation of many different	RNA species, including messenger RNA, transfer RNA,
mples as well as derived products, such as DNA,	RNA, protein and cell lines.
lar biology platform for quantification of DNA,	RNA and protein manufacturered by Invitrogen.
of nucleotide precursors and inhibition of DNA,	RNA, and protein synthesis.
for describing genes and other features of DNA,	RNA and protein sequences.
crylamide gel electrophoresis (PAGE) since DNA,	RNA, and most proteins are colourless.
H and began to study the steps that relate DNA,	RNA and protein.
d are widely used in chemical synthesis of DNA,	RNA, and other nucleic acids and their analogs.
rge number of cellular processes including DNA,	RNA and protein synthesis.
For DNA,	RNA, and lipids, CHARMM27 is used.
e structures and interactions of proteins, DNA,	RNA, and other molecules in solutions of different
The more DNA,	RNA or protein in the sample, the more light is abs
The absorbance is a natural property of DNA,	RNA, free nucleotides, proteins and some amino acid
a cell, including the interactions between DNA,	RNA and protein biosynthesis, as well as how these
As with DNA,	RNA can be delivered to cells by a variety of means
it is not possible to distinguish between DNA,	RNA, protein or free nucleotides or amino acids in
logenetic trees are typically created from DNA,	RNA or protein sequence data.
g two annealed nucleic acid strands (i.e., DNA,	RNA, or RNA-DNA hybrid) using energy derived from A
his product is then either integrated into DNA,	RNA, or a ribose diphosphate molecule ADP, the prec
interactions of proteins with radiolabeled DNA,	RNA, ligands, and other small chemicals.
They bind DNA,	RNA, protein and/or lipid substrates.
DNA-directed	RNA polymerase II subunit RPB11-a is an enzyme that
strates of this enzyme are ATP and DNA-directed	RNA polymerase, whereas its two products are ADP an
as an additive to Doro's	RNA extraction buffer
an encode proteins that bind to double-stranded	RNA (dsRNA) to prevent the activity of RNA-dependen
of the mechanical properties of double-stranded	RNA
These have double-stranded	RNA genomes and are therefore group III viruses.
g dsRNA into the 21nt strech of double-stranded	RNA.
cation, which means they have a double-stranded	RNA genome.
gonaute protein in complex with double-stranded	RNA PDB 1YTU.
me viruses have genomes made of double-stranded	RNA and other viruses have single-stranded DNA geno
e RNase III family that cleaves double-stranded	RNA (dsRNA) and pre-microRNA (miRNA) into short dou
resulting from cleavage of long double-stranded	RNA (dsRNA) with an endoribonuclease such as Escher
, or ADARB2) is a member of the double-stranded	RNA (dsRNA) adenosine deaminase family of RNA-editi
e virus consists of two linear, double-stranded	RNA molecules.
mediated by the formation of a double-stranded	RNA stem-loop structure in the upstream region of t
The resulting duplex	RNA is then targeted for degradation.
Each	RNA has a 5' cap and 3' polyadenylation.
The proteins associated with each	RNA depend on the type of snoRNA molecule (see snoR
ed with epidermal growth factor receptor EGFR),	RNA stabilization products with its Armored RNA tec
ene product is the biochemical material, either	RNA or protein, resulting from expression of a gene
ubsteps of transcription, including elongation,	RNA splicing, and termination and degradation of th
ly the binding sites for the reproducing enzyme	RNA replicase.
It works by inhibiting the bacterial enzyme	RNA polymerase, resulting in the death of Clostridi
d for catalytic activity, as in the core enzyme	RNA polymerase.
dependent and specific attraction to the enzyme	RNA polymerase II.
are commonly found in viral genomes, especially	RNA viruses, where they can have a wide range of fu
dimeric protein complex that affects eukaryotic	RNA polymerase II (Pol II) transcription elongation
Unlike the eukaryotic	RNA immediately after transcription known as precur
que, methylene blue can also be used to examine	RNA or DNA under the microscope or in a gel: as an
at are more or less consistent with an expected	RNA molecule pattern.
ssary to use phenol or chloroform if extracting	RNA for Northern blotting or DNA for Southern blot
confused with transcription termination factor,	RNA polymerase I or TTF1.
kers include elongation and initiation factors,	RNA polymerase subunits, DNA gyrases, heat shock an
SCFGs have also been used to find	RNA genes using comparative genomics.
re are some missing steps such as how the first	RNA molecules could be formed.
The Flavo-1	RNA motif is a conserved RNA structure that was ide
The flg-Rhizobiales	RNA motif is an RNA structure that is conserved in
FlmB	RNA (F leading-region maintenance B) is a family of
plasmid inherit the FlmB gene, coding for FlmB	RNA which binds the leader sequence of FlmA mRNA an
FlmB	RNA transcript is 100 nucleotides in length and is
RsaOG (an acronym for	RNA S. aureus Orsay G) is a non-coding RNA that was
In addition to providing direct evidence for	RNA catalysis in the spliceosome, and thus, settlin
This complex is needed for	RNA polymerase to bind to the promoter and transcri
cture is recognised as a termination signal for	RNA polymerase and the operon is not transcribed.
Northern blot for	RNA
It contains a binding site for	RNA polymerase (RNA polymerase I, RNA polymerase II
e 1980's, the pH is usually adjusted to 7.5 for	RNA and 8.0 for DNA.
"!" for	RNA, '"$" for DNA, "*" for polymerase
tRNA-like structures are required for	RNA encapsulation and increase RNA stability.
is a ncRNA that was identified by screening for	RNA molecules which co-immunoprecipitated with the
The reagent used specifically for	RNA extraction is sold by Sigma-Aldrich by the name
o the usage of chemically synthesized siRNA for	RNA Interference (RNAi) is the enzymatic digestion
rst 105 amino acid was shown to be critical for	RNA binding and re-localisation to SGs.
A polymerase for PCR, reverse transcriptase for	RNA analysis and restriction endonucleases for clon
RNA from 5' exonuclease, which degrades foreign	RNA.
ht of 50 kDa and has been shown to contain four	RNA recognition motifs (RRMs) and a conserved 12-am
The phenotype to be selected can range from	RNA to peptide to protein.
ne triphosphate, the main source of CMP is from	RNA being decomposed, eg. by RNAse.
eotide reductase that makes DNA presursors from	RNA precursors.
stimulation factor (CStF) are transferred from	RNA Polymerase II to the RNA molecule.
Yfr1 is a Cyanobacterial functional	RNA that was identified by a comparative genome bas
nts are spliced together to make the functional	RNA.
ions of high GC-content might encode functional	RNA products.
The gabT	RNA motif is the name of a conserved RNA structure
The gabT	RNA is probably not participating in this mode of r
GadY	RNA (previously named IS183 in ) is a non-coding RN
The gamma-150	RNA motif is a conserved RNA structure that is foun
cation and is thought to be involved in genomic	RNA packaging although this may not be its only rol
s of glutamine riboswitches are known: the glnA	RNA motif and Downstream-peptide motif.
The glnA	RNA motif is a conserved RNA structure that was pre
glutaminyl-tRNA synthetase, glutaminyl-transfer	RNA synthetase, glutaminyl-transfer ribonucleate sy
sfer ribonucleate synthetase, glutamyl-transfer	RNA synthetase, glutamyl-transfer ribonucleic acid
ansfer ribonucleate synthetase, glycyl-transfer	RNA synthetase, glycyl-transfer ribonucleic acid sy

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