「dna」の共起表現(1語左で並び替え)6ページ目

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共起表現

「dna」の共起表現一覧(1語左で並び替え)6ページ目

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structure and function of proteins involved in	DNA repair and mutagenesis, with applications for c
It is also found in	DNA extracted from uncultivated bacteria living in
o identify gross deletions or amplifications in	DNA.
the two compounds, reminiscent to that seen in	DNA base pairing.
HR performs a second vital role in	DNA repair, enabling the repair of double-strand br
The decrease in	DNA cross-linking seen when alguronic acid is appli
ding oxidized or methylated bases, or uracil in	DNA.
In	DNA, the 5' carbon is located at the top of the lea
of 2-AAF react with the nucleophilic groups in	DNA, proteins and endogenous thiols like glutathion
permeabilize the cell wall of yeast for use in	DNA transformation.
Methylation often occurs on nucleic bases in	DNA or amino acids in protein structures.
effect the base-specific cleavage of guanine in	DNA by rupturing the imidazole rings present in gua
ylase complexes via SuFu, which are involved in	DNA folding in chromosomes.
nd demethylation of histones turns the genes in	DNA "off" and "on", respectively, either by looseni
ne (T), as and guanine (G) with cytosine (C) in	DNA.
erm is most commonly used in its application in	DNA amplification, the process by which DNA is copi
aG, which generates an RNA primer to be used in	DNA replication.
etics research laboratories, along with uses in	DNA fingerprinting for forensics and other human ge
nd etc. Known examples of smart ligands include	DNA smart aptamers; however, RNA and peptide smart
teria responding to various stresses, including	DNA damage or inhibition of replication.
a large number of cellular processes including	DNA, RNA and protein synthesis.
induced using a variety of mutagens, including	DNA intercalating agents, as well as chemicals that
d the control of many cell processes, including	DNA repair and apoptosis.
Homologous recombination requires incoming	DNA to be highly similar to the recipient genome, a
The increased	DNA binding condenses DNA structure, preventing tra
reated for the child that a new and independent	DNA analysis confirmed the result of the identifica
Importantly, indirect	DNA damage does not result in any warning signal or
Indirect	DNA damage: The chromophore absorbs UV-light ( * de
The traveling nature of the indirect	DNA damage can be seen in the fact that the maligna
Free radicals are known to induce indirect	DNA damage and an increased concentration of free r
To preserve the fragments with their individual	DNA sequences, the fragments were added into a syst
pable forming duplex structures with individual	DNA- and RNA-strands and are therefore not only call
to detect base addition events from individual	DNA molecules fixed to a surface, eliminating the n
ong or short microsatellites in an individual's	DNA is referred to as microsatellite instability.
rs have now sequenced thousands of individuals'	DNA.
When tested some polyphenols induced	DNA mutations in MLL gene, which are common finding
ns bind to Cdk and the complex directly induces	DNA replication.
inated water because of its potency in inducing	DNA damage.
rriors from Earth's timeline, who have an inert	DNA strand that marks them as potential saviours of
ide the cell into the cell nucleus, influencing	DNA transcription.
The first step uses a bit of influenza	DNA to get the patient's immune system to begin fig
Further information:	DNA profiling
p-helix (bHLH) transcription factors to inhibit	DNA binding of bHLH proteins.
At high concentrations, these drugs inhibit	DNA replication.
siDNA stands for short inhibiting	DNA or small interfering DNA.
HU-331 inhibits	DNA topoisomerase II even at nanomolar concentratio
ID3 (gene) inhibits	DNA binding
Inhibits	DNA and RNA synthesis by intercalating between base
ion results in complex formation which inhibits	DNA and RNA synthesis.
ork concerns primase, the enzyme that initiates	DNA synthesis during DNA replication.
ly synthesized from either strand of the insert	DNA with the different polymerases.
d takes it to a facility which provides instant	DNA analysis.
the amplification and detection of the intended	DNA target from a maximum of 96 samples.
nthracyclines, epirubicin acts by intercalating	DNA strands.
e all anthracyclines, it works by intercalating	DNA.
Occasionally some intergenic	DNA acts to control genes nearby, but most of it ha
Internucleosomal	DNA cleavage pattern was observed as a specific fea
itional evidence for occurring internucleosomal	DNA cleavage pattern as a specific feature in gluco
ORC activation and triggers the transition into	DNA replication.
of this base being mistakenly incorporated into	DNA by DNA polymerases, which is a cause of mutatio
This product is then either integrated into	DNA, RNA, or a ribose diphosphate molecule ADP, the
s are problematic because they intercalate into	DNA, interfering with transcription.
Research into	DNA machines was pioneered in the late 1980s by Nad
He is a leading researcher into	DNA computing and DNA nanotechnology.
though decitabine can only be incorporated into	DNA strands while azacitidine can be incorporated i
r, as aflatoxin metabolite can intercalate into	DNA and alkylate the bases through its epoxide moie
It intercalates into	DNA at two specific sites, thereby blocking the bin
vity since teniposide does not intercalate into	DNA or bind strongly to DNA.
he topoisomerase-DNA complex and thus introduce	DNA breaks in the wires that lead to apoptosis, the
ars to be the most efficient way of introducing	DNA into the chloroplast genome.
own to be the most efficient way of introducing	DNA into the nuclear genome with maximum transforma
Next, the 3' end of the invading	DNA primes DNA synthesis, causing displacement of t
It is an invariant	DNA sequence at about minus 70 base pairs from the
Cre will excise, exchange, integrate, or invert	DNA sequences.
biochemistry and molecular biology that involve	DNA polymerase, such as DNA sequencing and the poly
lar biology, especially in procedures involving	DNA or RNA.
Genetic research into a selection of Irish	DNA and its origins was undertaken for the programm
Roys Iron	DNA
Its main units of measurement is	DNA fragmentation index (DFI).
which is unlike the quinolones, whose target is	DNA gyrase.
ound, the basics of molecular biology - what is	DNA, how genetic information is coded, how it turns
companies now offer alternative ways to isolate	DNA.
lized on a membrane is a collection of isolated	DNA fragments rather than RNA, and the probe is RNA
mons for having refined techniques of isolating	DNA, and thereby helping a great many workers inclu
The company sells its	DNA microarrays under the registered trademark name
orating a small percentage of arsenate into its	DNA under conditions of phosphorus starvation.
ating of the sperm cell in order to extract its	DNA.
his archaeon; however, the G + C content of its	DNA, which is between 44 to 46%, is predicted to be
ivery utilizes ability of a virus to inject its	DNA inside a host cell.
eate an age-retarding "super drug" from Jason's	DNA.
lso: Thomas Jefferson, Sally Hemings, Jefferson	DNA data, and Annette Gordon-Reed
Jewish	DNA Project
When Scotland was Jewish:	DNA evidence, archeology, analysis of migrations, a
s steel due to Lex Luthor tampering with John's	DNA without John's consent.
Strand invasion forms a joint	DNA molecule called a D-loop.
ult of a defect in the Double Holliday junction	DNA repair mechanism.
thor of two novels (Clever Girl, 1995, and Junk	DNA, 2000) and short stories.
ly inactive similar to some satellite (or junk)	DNA, though they may be considered as part of the S
ffers for slightly basic conditions, which keep	DNA deprotonated and soluble in water.
The map charting of key	DNA differences, also known as haplotypes, between
atabase search in 2001 failed, but the killer's	DNA was collected when he was arrested in Florida f
yribonucleotide kinase, 5'-hydroxyl RNA kinase,	DNA 5'-hydroxyl kinase, DNA kinase, polynucleotide
r looking for small changes relative to a known	DNA sequence.
raided the vaults of the Lab, taking Kryptonian	DNA and a chunk of meteorite.
In the latter case, Kymellian	DNA was bonded to an unwilling teenage test subject
ted thymidine tended to segregate their labeled	DNA to the same daughter cell.
Though not all the labeled	DNA segregated to the same daughter, the amount of
The temperatures at which labeled	DNA comes off the column reflects the amount of sim
solved murders in the area, but the police lack	DNA evidence to prove these connections.
xample, a λ DNA-HindIII Digest: a common lambda	DNA ladder that has band sizes (in base pairs) of 2
The control lane (	DNA probe without protein present) will contain a s
y through the gel matrix more easily than large	DNA fragments, a threshold length exists above 30-5
Thus separation of very large	DNA pieces using PFGE is possible.
llary electrophoresis units used in large-scale	DNA sequencing projects.
y PFGE works pertains to the mobility of larger	DNA fragments (though some finer mechanical aspects
One week later,	DNA analysis revealed Donda's true identity.
around the world are reviewing cases where LCN	DNA profiling resulted in the successful prosecutio
Accordingly we conclude that LCN	DNA analysis provided by the FSS should remain avai
c-Fos has a leucine-zipper	DNA binding domain, and a transactivation domain at
Like	DNA, this RNA cannot be translated into protein dir
entify certain regions within biomolecules like	DNA (e.g. for gene prediction) or proteins.
In studies like	DNA fingerprinting the lysis buffer is used for DNA
ing a target nucleotide sequence along a linear	DNA fragment, Cre deletes this intervening sequence
.g. in virus T4) to join the ends of the linear	DNA to form a cyclic DNA.
The linker histone, H1, interacts with linker	DNA between nucleosomes and functions in the compac
on yeast (Schizosaccharomyces) have very little	DNA methylation, the model filamentous fungus Neuro
Some live	DNA tracks appeared on compilation albums while the
where it contaminated and combined with living	DNA.
He also develops methods for aligning long	DNA sequences and extracting functional information
Long	DNA sequences and databases are good examples of pr
chance repetition of these sequences in a long	DNA molecule, yielding a set of restriction fragmen
That way, the short part of the long	DNA that is sequenced keeps "walking" along the seq
used as a primer for the next part of the long	DNA sequence.
ducted experiments to merge human and Time Lord	DNA, the latter obtained from tissue left behind by
ed with nocodazole arrest with a G2- or M-phase	DNA content when analysed by flow cytometry.
eractions between complementary base pairs make	DNA a useful construction material through design o
cing enzyme ribonucleotide reductase that makes	DNA presursors from RNA precursors.
X) is a company that, among other things, makes	DNA microarrays using electrochemistry on arrays of
and those contents would be replaced with male	DNA.
Women With Male	DNA All Female news article at ABCnews.com
In Mammalian	DNA, telomeric repeat-binding factor 2 or TRF2 has
that later led to a classic paper on mammalian	DNA replication, which was published in 1966 .
f ionizing radiation, however, delivers so many	DNA breaks that it overwhelms the capability of the
B. odysseyi shares many	DNA similarities with Bacillus fusiformis and Bacil
Following what was the first mass	DNA screening of an entire community, Pitchfork was
n turn activate caspase 3, which causes massive	DNA degradation and apoptosis.
siding judge found him guilty based on matching	DNA evidence.
the sequence of bases in the genetic material (	DNA or RNA) determines the sequence of amino acids
ana made the report of the transfer of maternal	DNA without any mitochondrial DNA included in a lab
hanics, electricity and magnetism, mathematics,	dna, space and general physics.
mber 2004, as was widely reported in the media,	DNA tests confirmed that Quinn's two-year-old son,
cally consist of separable regions that mediate	DNA binding and interaction with transcriptional ac
conjugative: mediate	DNA transfer through conjugation and therefore spre
The Melungeon	DNA Project is a genetic study of people who have M
Nucleic acid metabolism (	DNA repair, recombination and DNA replication)
ng the importance of NAD+ in energy metabolism,	DNA repair and transcriptional regulation, maintain
f enzyme systems involved in energy metabolism,	DNA synthesis and drug detoxification.
ome (RNA) data and the second using metagenome (	DNA) data.
that results when WarGreymon and MetalGarurumon	DNA Digivolve together to create a stronger Digimon
Using this method	DNA fragments can be recovered from a particular re
DAM methylase (	DNA adenine methylase) is an enzyme that adds a met
grases, methyltransferases that might methylate	DNA, proteins that inhibit restriction enzymes and
ize 5'-GmeATC-3'sites and digest the methylated	DNA.
s capable of binding specifically to methylated	DNA.
agents, such as temozolomide, which methylates	DNA and generate 6-O-methylguanine and cytosine mis
In Microinjection,	DNA is injected into the pronucleii of fertilized o
With the advent of nuclear microsatellite	DNA testing, the number of herds identified as cont
Minimal	DNA sequences that constitute functional HREs have
For example, minisatellite	DNA is a short region (1-5kb) of 20-50 repeats.
methods for treating cells having double minute	DNA
research, e.g. in the synthesis of mirror-image	DNA.
, including the inclusion of presumed mistletoe	dna within its mitochondria.
nted syndromes or diseases due to a mitchondral	DNA aberration would be able to, using this techniq
More recently, mitchondrial	DNA comparisons between the Amsterdam Albatross, th
Mitochondial	DNA sequences from the two populations H. g. griseu
phylogenetic tree of global human mitochondrial	DNA variation and subsequent published research.
However, the mitochondrial	DNA variation in isolated "relict" populations in s
Mitochondrial	DNA evidence has shown no molecular division along
genetics, Haplogroup B is a human mitochondrial	DNA (mtDNA) haplogroup.
Scientists sort mitochondrial	DNA results into more or less related groups, with
Reactive oxygen species damage to mitochondrial	DNA and other important cell components leads to gr
and are found to differ 1.35% in mitochondrial	DNA.
st on the child's HVS1, a type of mitochondrial	DNA molecule, did not match the Panula family.
Genetic genealogy (matrilineal), Mitochondrial	DNA, and Human mitochondrial molecular clock
ed with Ericales by comparing the mitochondrial	DNA.
genetics, Haplogroup Z is a human mitochondrial	DNA (mtDNA) haplogroup.
etics, Haplogroup IWX was a human mitochondrial	DNA (mtDNA) haplogroup.
direct role in the initiation of mitochondrial	DNA replication.
phylogenetic tree of global human mitochondrial	DNA variation and subsequent published research.
enetics, Haplogroup L3 is a human mitochondrial	DNA (mtDNA) haplogroup.
and prehistory through studies of mitochondrial	DNA.
art attack) and when mutations in mitochondrial	DNA polymerase occur.
enetics, Haplogroup L4 is a human mitochondrial	DNA (mtDNA) haplogroup.
genetics, Haplogroup D is a human mitochondrial	DNA (mtDNA) haplogroup.
mitochondria contain mitochondrial	DNA
genetics, Haplogroup F is a human mitochondrial	DNA (mtDNA) haplogroup typical for the Far East.
mitochondrial diseases caused by mitochondrial	DNA (mtDNA) mutations, MNGIE is caused by mutations
enetics, Haplogroup L1 is a human mitochondrial	DNA (mtDNA) haplogroup common in West and Central A
Mitochondrial	DNA analysis indicates that E. rufifrons may be mor
phylogenetic tree of global human mitochondrial	DNA variation and subsequent published research.

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「dna」の共起表現一覧(1語左で並び替え)6ページ目