「dna」の共起表現(1語右で並び替え)6ページ目

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共起表現

「dna」の共起表現一覧(1語右で並び替え)6ページ目

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rganic compound used as a fluorescent stain for	DNA in molecular biology applications.
h" technology in "Utopia", having rewritten his	DNA in order to assume the human identity of Profes
RNA Polymerase II were still bound to the SER3	DNA in such a way that should have caused active tr
ion to giving blood, but is willing to give his	DNA in another form.
When the	DNA in the tumors is sequenced, there is an identic
ed as a technique to map methylation changes in	DNA in cancer.
base pairs is critical for all the functions of	DNA in living organisms.
ed with genetic ablation: a method of modifying	DNA in order to disrupt the production of a specifi
Depurination is an alteration of	DNA in which the purine base (adenine or guanine) i
The two strands of	DNA in a double helix can therefore be pulled apart
the discovery of the double helix structure of	DNA, in 1941.
spase-activated DNase) that cleaves chromosomal	DNA in a caspase-dependent manner.
ring the S subphase of interphase, when all the	DNA in a cell is replicated.
He also describes the use of mitochondrial	DNA in identifying the remains of Czar Nicholas II,
ther known content properties of protein-coding	DNA in eukaryotes.
Once found, EcoRV kinks the	DNA in a 50° angle and cleaves at the cognate seque
This mutation was identified at Family Tree	DNA in summer 2010.
trial, Florida investigators matched Erskine's	DNA in the unsolved case of 26-year-old Renee Baker
HaeIII cuts both strands of	DNA in the same location, yielding restriction frag
rent nucleic acids, including the four found in	DNA, in its genetic code, and replicates via polyme
see someone standing still, is due to the frog	DNA in their genome, and it is shown that other din
one of the principal forms of damage to ancient	DNA in fossil or subfossil material, since the base
Genetic ablation is a method of modifying	DNA in order to disrupt the production of a specifi
322 sequence were used to create the "dinosaur"	DNA in the Novel Jurassic Park
blood sample they demanded so as to record his	DNA in their CODIS system.
ary, the BitTorrent SDK in June, and BitTorrent	DNA in October.
eoxynucleotides are useful in the sequencing of	DNA in combination with electrophoresis.
mechanism that can fix specific damages to the	DNA in the G1 phase of the eukaryotic cell cycle.
Genomic deoxyribonucleic acid is chromosomal	DNA, in contrast to extrachromosomal DNAs like plas
It is used to identify the genes (pieces of	DNA) in specific cells or tissue that are actively
TNA can hybridize with RNA and	DNA in a sequence-specific manner; this capability
Karl Lark et al. demonstrated co-segregation of	DNA in the cells of plant root tips.
itself can damage and inactivate vital parts of	DNA in a cell's mitochondria.
Chi site or Chi sequence is a short stretch of	DNA in the genome of a bacterium near which homolog
twice daily resulted in a decrease in serum HBV	DNA in all of 4 HBeAg-positive patients, with undet
eloped to determine the source of mitochondrial	DNA in cattle and bison, and it was found that most
eory when claiming that messages transmitted by	DNA in the cell were specified by intelligence, and
The epithelial	DNA in solution is removed and saved, while the spe
phase of each cell cycle (Figure 1), all of the	DNA in a cell is duplicated in order to provide one
In many organisms, one strand of	DNA in the plastid comprises heavier nucleotides (r
ience and the state of West Virginia's Combined	DNA Index System (CODIS) laboratory facility.
ly one in the U.S. housed with a state Combined	DNA Index System (CODIS) facility.
of immune cells and how chemical changes of the	DNA influence the immune defense.
The data can be normalized to	DNA input or additional normalizing genes.
Foreign	DNA inserted
be produced by in vitro transcription of cloned	DNA inserted in a suitable plasmid downstream of a
Mutagens such as random	DNA insertions by transformation or active transpos
ivery utilizes ability of a virus to inject its	DNA inside a host cell.
gy, ability to bind to hyaluronate in vitro, or	DNA integrity after thawing.
Protein -	DNA interactions
	DNA intercalating agents (e.g.
induced using a variety of mutagens, including	DNA intercalating agents, as well as chemicals that
lysis, absorption of carriers in drug delivery,	DNA intercalation and carbon dioxide sequestration.
s are problematic because they intercalate into	DNA, interfering with transcription.
ositive sense RNA genome which replicates via a	DNA intermediate mediated by a reverse transcriptas
ing viruses, and does not consider viruses with	DNA intermediates as RNA viruses.
scientist Rosetta Stone (Swinton) who puts her	DNA into three Self Replicating Automatons (S.R.A.s
used in electroporation while transferring the	DNA into the cell under the electrical impulse.
MCSs allow for insertions of	DNA into the vector to be targeted and possibly dir
The process of subdividing genomic	DNA into clonable elements and inserting them into
ars to be the most efficient way of introducing	DNA into the chloroplast genome.
The packaging of	DNA into the procapsid requires a molecular motor,
Degradation of nuclear	DNA into nucleosomal units is one of the hallmarks
extreme kinking forces the baseless portion of	DNA into APE1's active site.
CAL1 protein convert RPA-bound, single stranded	DNA into double-stranded DNA, an enzyme activity te
REcon and Digital	DNA into Responder)
ion is an important method of integrating donor	DNA into a recipient organism's genome in horizonta
s during and immediately after transcription of	DNA into RNA.
ul transfection vectors for introducing foreign	DNA into the cell nucleus.
receptors on the cell surface, and delivers the	DNA into the cell by use of an injectisome like mec
hosen usually because they are easy to transfer	DNA into or because they allow for a simpler assess
mostly involves inserting a "foreign" piece of	DNA into the genome of the manipulated organism.
own to be the most efficient way of introducing	DNA into the nuclear genome with maximum transforma
is can be accomplished by injecting the foreign	DNA into the nucleus of a fertilized ovum.
e, e.g. the enzyme that polymerizes (assembles)	DNA into strands is called polymerase; see also rev
ary and microscopic devices are used to deliver	DNA into a protoplast.
vils that cannot bear children, injecting Devil	DNA into her bloodstream.
delivery is the process of introducing foreign	DNA into host cells.
posed packing method used by cells to sequester	DNA into a compact yet accessible structure that mi
	DNA is denatured at a high temperature - usually 94
	DNA is a relatively rigid polymer, typically modell
to gel electrophresis) long enough so that the	DNA is removed from the gel but remains in the tube
	DNA is thought to be wrapped one complete turn arou
The information encoded in	DNA is not information about its own molecular stru
Triplex	DNA is implicated in gene regulation and mutagenesi
	DNA is owned by Diligent Media Corporation, a joint
For example, minisatellite	DNA is a short region (1-5kb) of 20-50 repeats.
Most satellite	DNA is localized to the telomeric or the centromeri
The RecA protein, stimulated by single-stranded	DNA, is involved in the inactivation of the LexA re
e famous Meselson-Stahl experiment showing that	DNA is replicated by a semiconservative mechanism,
In supercoiling assays, coiled	DNA is separated in the first dimension and denatur
us cell types there are dramatic changes in how	DNA is replicated and organized.
The song '	DNA' is currently available from their website as a
e centrifuge the solution is poured off and the	DNA is resuspended in a second solution that makes
nsfection differs from transformation since the	DNA is not generally incorporated into the cell's g
ong or short microsatellites in an individual's	DNA is referred to as microsatellite instability.
ide lasers - because human papillomavirus (HPV)	DNA is not found in the laser plume.
Satellite	DNA is the main component of functional centromeres
	DNA is bisulfite-converted, and bisulfite-specific
Desi	DNA is a British television show on the BBC coverin
The resulting gap in	DNA is filled by DNA polymerase δ or ε by copying t
An analysis of human	DNA is published in the journal Nature that shows a
In transformation , purified or naked	DNA is taken up by the recipient cell which will gi
generally divide more often than healthy cells;	DNA is highly involved in cell division (mitosis) a
echnology is that in many plant species plastid	DNA is not transmitted through pollen, which preven
	DNA is used because of the numerous biological tool
n octamer, around which approximately 146 bp of	DNA is wrapped in repeating units, called nucleosom
in lysine and arginine in larger quantities and	DNA is neatively charged.
transcription of genetic information encoded in	DNA is in part regulated by chemical modifications
In general, the	DNA is incorporated into the organism's germ line.
Terminally redundant	DNA is DNA that contains repeated sequences at each
Total genome length is 16000 nt, and the	DNA is double-stranded and circular.
If genetic modification of	DNA is done, the result is a "knockdown organism".
In Microinjection,	DNA is injected into the pronucleii of fertilized o
In many cases, extrachromosomal	DNA is contained in cytoplasmic organelles, such as
Though	DNA is not the natural choice for building active s
	DNA is heated and denatured into single-stranded st
morphism (SNP), a variation at a single site in	DNA, is the most frequent type of variation in the
	DNA is nucleophilic, therefore soluble carbon elect
Once deacetylated,	DNA is repackaged so that the promoter regions of i
Genomic	DNA is fragmented into random pieces and cloned as
se-base hydrogen bonding between two strands of	DNA is dependent on their length, GC content and th
owing crosslinking, the cells are lysed and the	DNA is broken into pieces 0.2-1.0 kb in length by s
at Moore almost certainly never intended, whose	DNA is encoded in the increasingly black inks and b
Following bisulfite conversion, the genomic	DNA is amplified with PCR that does not discriminat
The G + C content of the	DNA is determined to be 60.0%.
The G+C content of the	DNA is 41-42 mol%.
The Z form of	DNA is left-handed.
ation technique where the donor's mitochondrial	DNA is not transferred to the receiving egg.
ssic Park, one of the vials containing dinosaur	DNA is labeled with the name Metriacanthosaurus, th
The	DNA is quantified and equal amounts are aliquoted i
	DNA is also different from traditional BitTorrent i
roposed earlier, which is that uncoiling of the	DNA is torque-driven and proceeds until religation
Heteroduplex	DNA is also a source of small RNAs (smRNAs), causin
Naked	DNA is histone-free DNA that is passed from cell to
becomes the prime suspect on the case when his	DNA is discovered all over the body of a dead man.
genome is often measured in base pairs because	DNA is usually double-stranded.
In general, a targeting construct made out of	DNA is generated in bacteria.
The	DNA is looped out to search for the nearest d(GATC)
rage extinction coefficient for double-stranded	DNA is 0.020 (μg/ml)-1 cm-1, for single-stranded DN
The mitochondrial	DNA is found in a single structure, the kinetoplast
ized to confirm that the mother's mitochondrial	DNA is not part of the final DNA makeup.
Exposed, single-strand	DNA is highly unstable (particularly in the aqueous
	DNA is colored raspberry with a light-blue backbone
The antiparallel structure of	DNA is important in DNA replication because it unzi
The size of mitochondrial	DNA is 14,472 bp, that is known to be one of the sm
s point is a series of safeguards to ensure the	DNA is intact and that the cell is functioning norm
the fact that during transcription	DNA is reeled through RNA-polymerase which itself i
In the cell nucleus,	DNA is wound around histones.
Packaging of	DNA is facilitated by the electrostatic charge dist
Nifong claimed that the lack of	DNA is not unusual and that 75-80% of all sexual as
machinery can recognize specific lesions in the	DNA it can correct only damaged bases that can be r
ntaining 5-bromouracil is incorporated into the	DNA, it is most likely to pair with adenine; howeve
k by lightning, and upon crashing, the dinosaur	DNA it stored is spread across the island.
sverse electron transport along double-stranded	DNA, its implications in the biology of DNA damage
does not generate multiple copies of the target	DNA itself, and the amplification of the signal is
a talk by the co-discoverer of the structure of	DNA, James D. Watson, because he claimed that IQ te
Shishir of	dNA joined the band as the new keyboardist and guit
oo and they make out and the doctor who did the	DNA joins them.
from burial would also tend to metamorphose the	DNA just as it metamorphoses the resin into amber.
Thus, the adult stem cells will retain one	DNA label and release the other within two division
combined the two approaches, by first using one	DNA label to label the immortal strands, allowing t
	DNA labeling and detection
xample, a λ DNA-HindIII Digest: a common lambda	DNA ladder that has band sizes (in base pairs) of 2
A	DNA ladder is a solution of DNA molecules of differ
	DNA laddering is a phenomenon seen in laboratory te
	DNA laddering (left) visualised in an agarose gel b
	DNA laddering has therefore become a sensitive meth
For the laboratory phenomenon, see	DNA laddering.
	DNA ladders are often produced by a suitable restri
There are special	DNA ladders for supercoiled DNA and RNA.
Different	DNA ladders are commercially available depending on
rations) and biotics (macromolecules, proteins,	DNA, large molecule drugs, metabolites) in biologic
	DNA Lesion-Thymine Dimer
This is accomplished at the	DNA level using mutagenesis.
Dystrophin is the longest gene known on	DNA level, covering 2.4 megabases (0.08% of the hum
Finally,	DNA ligase seals the nicks to finish NER.
cing by ligation relies upon the sensitivity of	DNA ligase for base-pairing mismatches.
The mechanism of	DNA ligase is to form two covalent phosphodiester b
Some forms of	DNA ligase present in bacteria (usually larger) may
It can be used by	DNA ligase to create overlapping "sticky ends" so t
	DNA ligase is an enzyme that joins together ends of
	DNA ligase then forms a phosphodiester bond to seal
Instead, the mismatch sensitivity of a	DNA ligase enzyme is used to determine the underlyi
	DNA ligase is sensitive to the structure of DNA and
so, a number of other structures present in the	DNA ligase are the AMP and lysine, both of which ar
The first	DNA ligase was purified and characterized in 1967.
He discovered and first characterized E. coli	DNA ligase, a key enzyme of genetic engineering and
The common commercially available	DNA ligases were originally discovered in bacteriop
	DNA ligases have become an indispensable tool in mo
For example,	DNA ligases are used with restriction enzymes to in
stantially more western Eaurasian mitochondrial	DNA lineages.
yet the genomes replicate independently of the	DNA located in the nucleus, which is typically arra
The	DNA loop would then propagate across the surface of
c: The two tails anneal to produce a second ss	DNA loop, and both loops move and grow.
alite trapped in the morph permanently, his own	DNA lost.
ow in San Francisco on 16 September 2006 at the	DNA Lounge as part of the inaugural launching of Th
During the period that	DNA Lounge was closed, Zawinski spearheaded a succe
A monthly "main show", taking place at the	DNA Lounge in San Francisco, CA.

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共起表現

「dna」の共起表現(1語右で並び替え)6ページ目 - Weblio英語共起表現検索

「dna」の共起表現一覧(1語右で並び替え)6ページ目