「dna」の共起表現(1語右で並び替え)3ページ目

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共起表現

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The YAP mutation was caused when a strand of	DNA called Alu, which copies itself, inserted a cop
Sections of	DNA called microsatellites, which consist of a sequ
to do this is mostly a small piece of circular	DNA called plasmid or vector.
regulatory proteins bind to short stretches of	DNA called regulatory regions, which are appropriat
he same research group also constructed widened	DNA, called yDNA.
It is also a phase in which the	DNA can accumulate damage such as short gaps, which
s made possible an understanding of how genomic	DNA can be converted to both messenger RNA and tran
	DNA can be analyzed by using a pipette to put the m
This fragment of	DNA can move from position to position on the chrom
	DNA can also be extracted from animals and used to
destroy aliens, and an alien cloned from Fries'	DNA can be seen.
As a result, this	DNA can provide phylogenetic information of species
on is a technique whereby the 5' ends of RNA or	DNA can be mapped.
The plasmid	DNA can then pass into the cell upon heat shock, wh
Secondary structures in the	DNA can result in folding or knotting of DNA templa
from mother to offspring through mitochondrial	DNA can be avoided.
Minute samples of	DNA can be isolated from a crime scene, and compare
Furthermore Mitochondrial	DNA can be recovered from both bone and teeth datin
Extrachromosomal	DNA can also be found in the plasmids of bacteria,
	DNA can be quantified by cutting the DNA with a res
The single-strand	DNA can hydrogen bond to itself and form dangerous
fferent restriction enzymes so that the foreign	DNA can be inserted within the lacZα gene, thus dis
siDNA is a short modified	DNA capable of inhibiting the DNA repair activities
ralian desert after an accident occurs; mutated	DNA causes the mindless dead to rise up as zombies.
d to determine base sequencing, cleavage on the	DNA chain, and other applications.
content remains unharmed, with less breakage of	DNA chains that control important cellular function
He led a team studying	DNA chip technology with a hope of combatting a for
xploited in a variety of ways, most notable via	DNA chips or microarrays with thousands to billions
ther into the game, he finds more Genome-Cyborg	DNA chips allowing him to change into even more dif
ich two are Air Force meteorologists, three are	DNA civilian researchers and the rest is Argentine
Unlike other human Y	DNA clades of a similar age depth, all clades of Ha
The eukaryotic equivalent to the	DNA clamp loader is Replication Factor C, which is
The presence of the	DNA clamp can increase the rate of DNA synthesis up
The	DNA clamp fold is found in bacteria, archaea, eukar
dnaN is the gene that codes for the	DNA clamp (also known as β sliding clamp) of DNA po
gene that codes for the τ and γ subunits of the	DNA clamp loader of prokaryotes.
A	DNA clamp, also known as a sliding clamp, is a prot
The	DNA cleavage event also requires the divalent metal
-terminal DNA-binding domain and a non-specific	DNA cleavage domain at the C-terminal.
Internucleosomal	DNA cleavage pattern was observed as a specific fea
itional evidence for occurring internucleosomal	DNA cleavage pattern as a specific feature in gluco
	DNA cleavage is mediated through the non-specific c
It also triggers	DNA cleavage by topoisomerase II, resulting in mech
sequence specificity and a nuclease domain for	DNA cleavage.
Calicheamicins are highly toxic to	DNA, cleaving it readily.
	DNA closed its doors in 2006.
While the	DNA code is responsible for the sequence of RNA's a
genes, and second, with mutations of the actual	DNA code for the gene itself.
erhaps a simpler approach to building/designing	DNA codewords is by having a binary mapping by look
When the	DNA coding for myogenin was knocked out of the mous
en continue with the computational abilities of	DNA coding, onward and upward to goats, without get
species, or the intricate relationships of the	DNA coding.
practice of representing the genetic code as a	DNA codon table has become more popular.
The	DNA codons in such tables occur on the sense DNA st
About 147 base pairs of	DNA coil around 1 octamer, and ~20 base pairs are s
t predicted manA RNA sequences are derived from	DNA collected from uncultivated marine bacteria.
	DNA collection for the project initially involved d
kits support the Genographic Project's ongoing	DNA collection, but the majority are ploughed into
g is the process by which two single strands of	DNA combine to form double-stranded DNA.
The temperatures at which labeled	DNA comes off the column reflects the amount of sim
ble for the increased mechanical flexibility of	DNA compared to RNA, which allows it to assume the
exual assault suspect, Bernardo was sampled for	DNA comparison to case evidence by Metro Toronto Po
More recently, mitchondrial	DNA comparisons between the Amsterdam Albatross, th
eighteen minutes, later appeared on the Recombo	DNA compilation.
p managed to solve a 'nontrivial' problem using	DNA computation.
Enzyme based	DNA computers are usually of the form of a simple T
y University in 1993, before earning a Ph.D. in	DNA computing in 1997, from the University of Warwi
	DNA computing overlaps with, but is distinct from,
Additionally,	DNA computing can be done without using the types o
He is a leading researcher into	DNA computing and DNA nanotechnology.
	DNA computing is fundamentally similar to parallel
structures provided the capability to implement	DNA computing, which was demonstrated by Winfree an
These structures can be used for	DNA computing, but they do not have to be.
rsity, and an expert on natural computation and	DNA computing.
	DNA concentration can be determined measuring the i
Today research	DNA confirm that be comprises the schedule of genes
MG-box containing proteins only bind non-B-type	DNA conformations (kinked or unwound) with high aff
called "What Darwin Never Knew" which discussed	DNA connections to evolution.
Satellite	DNA consists of very large arrays of tandemly repea
	DNA constantly requires repair due to damage that c
April 1953 to see the model of the structure of	DNA, constructed by Francis Crick and James Watson,
The P1-derived artificial chromosome are	DNA constructs that are derived from the DNA of P1
It is a	DNA contained in organelles, outside the nucleus of
reat power awoke within him due to his dinosaur	DNA contained within the bone It is implied that th
A corynebacteriophage is a	DNA containing bacteriophage specific for corynebac
sage, the term transgene describes a segment of	DNA containing a gene sequence that has been isolat
Thus, the two substrates of this enzyme are	DNA containing 6-O-methylguanine and protein L-cyst
Because only eukaryotic	DNA contains with intronic regions, this type of ge
of RNA samples can be used to check for genomic	DNA contamination and also for RNA degradation.
ns at 260nm vs 280nm is commonly used to assess	DNA contamination of protein solutions, since prote
is of copy number changes (gains/losses) in the	DNA content of a given subject's DNA and often in t
ed with nocodazole arrest with a G2- or M-phase	DNA content when analysed by flow cytometry.
The G+C total	DNA content was measured as 64.8 mol %, as perhaps
It is also used in fluorescent cell sorting for	DNA content, as it blocks efflux of a variety of DN
he nucleus, attracted by its negatively charged	DNA content.
most commonly used dye to quantitatively assess	DNA content.
Alchemy: The Social History of the Recombinant	DNA Controversy (MIT Press, 1982)
(RT-PCR), which allows the creation of several	DNA copies of a target sequence using RNA as a temp
Positive log-ratios indicate a region of	DNA copy number gain and negative log-ratio values
ly the first microarray platform to be used for	DNA copy number analysis.
the point mutant and del-2 in which a length of	DNA could be made that contained neither the point
Iminium-mediated	DNA cross-linking and DNA-protein interstrand cross
The decrease in	DNA cross-linking seen when alguronic acid is appli
	DNA crosslinkers
It works by binding to	DNA, crosslinking two strands and preventing cell d
iannoni, produced the first chain-folded single	DNA crystals in 1969.
irs with complementary sticky ends on any other	DNA cut with the same enzyme (such as a bacterial p
	DNA cyclase, which recloses imidazole rings of guan
Like other	DNA cytosine-5 methyltransferases the human enzyme
pen, for example, while responding to extensive	DNA damage through the SOS response system.
The	DNA damage contention is difficult to corroborate o
nal tubal cells and causes oxidative damage and	DNA damage leading to cell death and dysfunctional
This complex recognizes	DNA damage and rapidly relocates to DSB sites and f
(ATM), ultimately leading to activation of the	DNA damage checkpoint.
BRCA1 combines with other tumor suppressors,	DNA damage sensors, and signal transducers to form
Importantly, indirect	DNA damage does not result in any warning signal or
as measured by free M1G is a tool for detecting	DNA damage that may lead to cancer.
which doesn't mention the	DNA damage that seems to be unrelated to the photoi
The traveling nature of the indirect	DNA damage can be seen in the fact that the maligna
photoprotective mechanism is to prevent direct	DNA damage and indirect DNA damage.
	DNA damage recognition and repair - a certain DNA r
teria responding to various stresses, including	DNA damage or inhibition of replication.
cer, especially when checkpoints fail to detect	DNA damage or when incorrectly attached mitotic spi
Free radicals are known to induce indirect	DNA damage and an increased concentration of free r
PCNA is also involved in the	DNA damage tolerance pathway known as post-replicat
s a radiosensitizer and increases the amount of	DNA damage received from ionizing radiation.
ns and activities are associated with oxidative	DNA damage and subsequently the individual's risk o
domain essential for activation in response to	DNA damage and is rapidly phosphorylated in respons
lasmid rolling-circle replication and repair of	DNA damage caused by exposure to ultraviolet radiat
a database of resources for systems biology of	DNA damage and repair.
he K63 linkage which is known to be involved in	DNA damage recognition of DNA double strand breaks.
controlling recombination events, and repairing	DNA damage in the G2-phase of the cell cycle.
bitor of ATM/ATR kinases, which are involved in	DNA damage repair.
Its team works on cancer immunotherapy and	DNA damage in neurons.
for allowing accurate translesion synthesis of	DNA damage resulting from ultraviolet radiation or
tent heat shock response inducer that may cause	DNA damage and PARP-dependent energy crisis in cult
ontinues to be debate as to whether or not this	DNA damage is to be considered one of the mechanism
To understand the	DNA damage theory of aging it is important to disti
In response to	DNA damage and replication blocks, cell cycle progr
his gene the bacteria were still able to repair	DNA damage but would not grow.
s required for division and proliferation after	DNA damage has been repaired.
The SOS response is a global response to	DNA damage in which the cell cycle is arrested and
homolog of the mammalian Mre11-Rad50-Nbs1 (MRN)	DNA damage repair complex.
rbs ultraviolet rays, thereby preventing direct	DNA damage by UV-B.
The	DNA damage leads to apoptosis of the affected cells
tide excision repair (NER), whose aim is to fix	DNA damage without commitment to a full-fledged SOS
in the nucleotide excision repair of UV-induced	DNA damage that is indistinguishable from that of x
radiation and Mitomycin C are used because the	DNA damage they produce stimulates the SOS response
n cell cycle checkpoint functions responsive to	DNA damage, for example as found in the breast canc
phodiester bond 4 nucleotides downstream of the	DNA damage, and the UvrC cleaves a phosphodiester b
If a cell retains	DNA damage, transcription of a gene can be prevente
The first person to suggest that	DNA damage, as distinct from mutation, is the prima
had become increasingly evident that oxidative	DNA damage, in particular, is a major cause of agin
slauer has mapped the energetic consequences of	DNA damage, knowledge critical to understanding the
Unlike direct	DNA damage, which occurs in areas directly exposed
There are many illnesses now tied to	DNA damage, including Parkinson's and other neurode
Following	DNA damage, the SOS response represses transcriptio
	DNA damage-inducible transcript 3,
	DNA damage-inducible transcript 3 is a protein that
	DNA damage-inducible transcript 3 has been shown to
for cleaving the nucleotides either side of the	DNA damage.
focal microscopy and used to visualize sites of	DNA damage.
mful UVA/B radiation, protecting organisms from	DNA damage.
to repress the transcription in the absence of	DNA damage.
280 to 320 nm, protecting the skin from direct	DNA damage.
inated water because of its potency in inducing	DNA damage.
may also label cells that have suffered severe	DNA damage.
r only in their recognition of helix-distorting	DNA damage.
BRCA1, allowing BRCA1 to restore survival after	DNA damage.
y mutagenic, possibly by induction of oxidative	DNA damage.
the SOS response, which responds to significant	DNA damage.
d for transcription-coupled repair of oxidative	DNA damage.
lso generates free radicals that cause cell and	DNA damage.
Indirect	DNA damage: The chromophore absorbs UV-light ( * de
	DNA damages and mutation are fundamentally differen
	DNA damages can be recognized by enzymes, and thus
istic of aging, associated with accumulation of	DNA damages, are given later in this article.
This	DNA damaging effect except curative preperities may
tigated because of their involvement in certain	DNA damaging processes.
genic - proapoptotic effect and a carcinogenic,	DNA damaging, mutagenic potential.
California's	DNA data retrieval and storage program is considere
Susono's	DNA data from the NetSphere Archive is the only pro
hts judgment, retention of both fingerprint and	DNA data constituted an interference by the State w
It hosts the	DNA Data Bank of Japan.
Scully receives	DNA data on Melissa, and matching it up to Emily's
, based on both morphological and mitochondrial	DNA data, has however concluded that the East Siber
lso: Thomas Jefferson, Sally Hemings, Jefferson	DNA data, and Annette Gordon-Reed
ome (RNA) data and the second using metagenome (	DNA) data.
eated the world's first international automated	DNA database and another automated database aimed a
Ironically, while the California	DNA database motivated by this case has solved nume
ecently been appointed a member of the National	DNA Database Ethics Group set up by the Home Office
Breslauer determined a	DNA database that allows one to energetically map g
g as Shadow Home Secretary; and stated that the	DNA Database should be extended to help detection o
ed Kingdom (2009) - the United Kingdom National	DNA Database - data retention period curtailed.
SGM Plus has been used by the UK National	DNA Database since 1998.
voted for Public Safety - Statewide	DNA Database System - Crimes of Violence and Burgla
a suspect who may have since been added to the	DNA database, had been lost by the Kent police Exhi
Schneider worked to establish a state-wide	DNA database.
BBC1 show Big Questions, debating the UK Police	DNA database.

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