「dna」の共起表現(1語右で並び替え)2ページ目

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共起表現

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have both common and unique features of genomic	DNA and virion structure.
The enzyme is not active on single-stranded	DNA, and thus 3´-protruding termini are resistant t
lly for the separation of nucleic acids such as	DNA and RNA.
Inhibits	DNA and RNA synthesis by intercalating between base
recently challenged by a broad study of nuclear	DNA and gene trees in mouse lemurs.
r, as aflatoxin metabolite can intercalate into	DNA and alkylate the bases through its epoxide moie
uclei after chemical or enzymatic extraction of	DNA and RNA from the tissue (Lillie et al., 1976).
ls when interacting with positively supercoiled	DNA and introduces (additional) negative supercoils
ogy applications for the preparation of plasmid	DNA and recombinant proteins.
rodrug of ribavirin, active against a number of	DNA and RNA viruses.
e island in a side-scrolling format, collecting	DNA and avoiding dinosaurs.
He investigated how cells form enzymes,	DNA and RNA structures, virology and the molecular
tations initiate with changes that occur in the	DNA and can get passed down to other generations.
en referring to nucleic acid molecules, such as	DNA and RNA, collectively referred to as nucleic ac
n-mediated free oxygen radicals that damage the	DNA and cell membranes.
The Cosmic Serpent:	DNA and the Origins of Knowledge is a 1995 non-fict
	DNA and RNA have a deoxyribose and ribose sugar bac
The UL-15/UL-28 is believed to bind with viral	DNA and serve the same purpose as terminase by pack
tion of secondary structures of single stranded	DNA and RNA G-rich called G-quadruplexes (G4-DNA an
FASTA is a	DNA and protein sequence alignment software package
mons for having refined techniques of isolating	DNA, and thereby helping a great many workers inclu
his was an important milestone in understanding	DNA and RNA.
he conducted comparative analysis of bacterial	DNA and RNA, and predicted existence of messenger R
egrate is the intermediate molecule which donor	DNA and target DNA covalently bind during the forma
dae have a genome consisting of single-stranded	DNA and an icosahedral capsid.
alkyl phosphates, as are nucleic acids such as	DNA and RNA.
cause a heavy distortion in the double helix of	DNA and thus are hard to detect by the DNA mismatch
determine the nucleotide sequence of biological	DNA and RNA molecules, and today hundreds of millio
roup provides nonspecific labeling of proteins,	DNA and RNA probes or other molecules.
rs, one to hybridize to each strand of a target	DNA, and adding DNA polymerase to the reaction.
oxanide 500 mg twice daily had undetectable HBV	DNA and 2 had loss of HBsAg.Additionally, nitazoxan
des, which are the molecular building-blocks of	DNA and RNA.
receptors have the ability to directly bind to	DNA and regulate the expression of adjacent genes,
compounds including collagen, fibrin, heparin,	DNA, and actin.
ion results in complex formation which inhibits	DNA and RNA synthesis.
in vitro, requiring only resolvase, a substrate	DNA and multivalent cations, using either wild type
S-box region that allows the protein to bind to	DNA and to function as a regulator in DNA transcrip
lymerase activity, it binds to and precipitates	DNA and is utilized in purifying DNA-binding protei
of tissues, tissues of cells, and cells contain	DNA, and every cell contains the DNA of the whole b
BodyZone - In BodyZone you learn about	DNA and how it makes you unique, and now our body w
denly encased in a strange cube that copies his	DNA, and the entire area collapses around them.
ocates into the cell nucleus, where it binds to	DNA and promotes transcription of genes responsive
oxidatively damaged proteins, lipids, RNA, and	DNA, and his laboratory has made major contribution
tophan repressor (TrpR) is only able to bind to	DNA and repress transcription of the Trp operon whe
for a protein which binds a certain sequence of	DNA, and, by inserting a chemically active amino ac
ed by The Times Group after Hindustan Times and	DNA announced plans to enter the Mumbai market.
nce transport of large molecules (naked plasmid	DNA, antisense oligonucleotides, siRNA) into cells
The backbone of RNA and	DNA are structurally similar, but RNA is single str
As an example, if the genes in the phage	DNA are arranged ABC, then in a concatemer the gene
Many or even most mutations to noncoding	DNA are neutral.
concatamers, in which over lapping segments of	DNA are made, and then put together to form the who
Possible stop codons in	DNA are "TGA", "TAA" and "TAG".
ides in inverted repeats within single-stranded	DNA, are common secondary structures and may result
As	DNA are printed on a glass slide for transfection p
ed regions of genes whose encoded proteins bind	DNA are interact with other proteins that bind DNA.
igh proportion of cytosine and thymine bases in	DNA are oxidized to hydantoins over time after the
elix in biology as well as the A and B forms of	DNA are also right-handed helices.
Depurinated bases in double-stranded	DNA are efficiently repaired by portions of the bas
And it changed in year 2007 to	DNA Areena.
and tags, homologous recombination methods, and	DNA array synthesizers.
is intended to facilitate manufacture of custom	DNA arrays, where users want the ability to do some
bers contain a cut-homeodomain (ONECUT) bind to	DNA as monomers.
Whereas DnaB-like helicases unwind	DNA as donut-shaped hexamers, other enzymes have be
save their lives, they were spliced with animal	DNA, as well as receiving bio-wetware chips in the
In the 1940s, the identification of	DNA as the genetic material by Oswald Avery and col
ing survival as more important and seeing human	DNA as holding useful attributes, as the humans thr
g cells and has an evolutionary history tied to	DNA as a genetic material, defense against oxidativ
is 7- to 100-fold more active on hemimethylated	DNA as compared with unmethylated substrate in vitr
It does this by binding	DNA at the transcription initiation complex and pre
ucleotides in length, they recognize and cleave	DNA at the same site, and they do not use ATP or Ad
This degrades genomic	DNA at internucleosomal linker regions and produces
ons, which wrap around the proteins causing the	DNA at the AT-rich region to unwind.
tivated, these retinoid receptor dimers bind to	DNA at retinoic acid response elements and act as t
Homing endonuclease genes cleave	DNA at its own site on the homologous chromosome, t
The enzyme cleaves the	DNA at the positions where the GGCC sequence is fou
A telomere is a region of highly repetitive	DNA at the end of a linear chromosome.
3 inhibits ICAD, thereby freeing CAD to cleave	DNA at random sections of linker DNA, the only DNA
It intercalates into	DNA at two specific sites, thereby blocking the bin
	DNA attacks the epoxide, and is bound permanently t
OWA Choctaw Indians, agreed to participate in a	DNA autosomal test that would map his genes, as par
clinical specimens severely limit the amount of	DNA available for analysis.
they are his creations, made from fragments of	DNA available, and corrected and changed according
eded in and of itself to create the nick in the	DNA backbone so that the enzymes involved later in
tive site of the enzyme with the phosphodiester	DNA backbone simply replaces one phosphomonoester b
alcium ions attract both the negatively charged	DNA backbone and the negatively charged groups in t
ytic cleavage of phosphodiester linkages in the	DNA backbone.
the negatively charged phosphate groups on the	DNA backbone.
high-affinity binding between the histones and	DNA backbone.
dens, Schmidt bet Anweiler ten dollars that the	DNA barcodes of C. moneta and C. deridens would be
rsity of Guelph, Ontario proposed a database of	DNA barcodes identifying all species.
a punctella in North America, but had identical	DNA barcodes.
This butterfly has been subject of a pioneering	DNA barcoding study of a 648 bp sequence from COI,
Software for	DNA barcoding requires integration of a field infor
national collaborative effort which aims to use	DNA barcoding to generate a unique genetic barcode
should be combined or separated, the utility of	DNA barcoding for these purposes is subject to deba
	DNA barcoding is a taxonomic method that uses a sho
Hebert is best known as the "father of	DNA barcoding".
Combining	DNA barcoding, morphology and food plant records al
ecimens to type material through morphology and	DNA barcoding, they determined that the species dis
s established by taxonomy and those inferred by	DNA barcoding, Hebert and co-workers sequenced DNA
ed morphological and molecular sampling through	DNA Barcoding.
It binds to the N7 nitrogen on the	DNA base guanine.
sequence of protein subunits (and hence genomic	DNA base pairs) that promotes the attachment of ATP
Some mutations alter a gene's	DNA base sequence but do not change the function of
omplementarity of the two compounds, similar to	DNA base pairing.
the two compounds, reminiscent to that seen in	DNA base pairing.
Examples of biological data are	DNA base-pair sequences, and population data used i
ith cloned ZP cDNA, therefore this vaccine is a	DNA based vaccine.
	DNA based evidence is perhaps one of the strongest
Another	DNA based study has suggested that the branching or
wed the production of virtually any recombinant	DNA based biological substance for eventual develop
	DNA Based Computers V: Dimacs Workshop DNA Based Co
Offerings include RNA, MicroRNA and	DNA based molecular diagnostic products providing i
8 also saw the launch of P.O.T.U.S. 1600, a non	DNA based commemorative cologne in honor of then De
tonka, Minnesota where he worked on recombinant	DNA based viral vaccines.
Ada transfers the alkyl group from	DNA bases and sugar-phosphate backbone to a cystein
Ada removes the alkyl group attached to	DNA bases like guanine (O6-alkyl guanine) or thymin
It involves separating	DNA bases from different DNA fragments.
tra-strand and inter-strand cross-links between	DNA bases.
on bills of visiting groups including The Fall,	DNA, Bauhaus (band) and Mission of Burma.
s and restriction enzymes to create recombinant	DNA, became a foundation of biotechnology.
This leads to the silica surface and	DNA becoming dehydrated.
often contain nucleases that degrade the target	DNA before it can be purified.
gh then discusses the scientific feasibility of	DNA being preserved in Amber, and the science behin
e enzyme induces a conformational change in the	DNA, bending it by about 50°.
	DNA bending results in the unstacking of the bases,
This enzyme resembles	DNA beta-glucosyltransferase in that respect.
e that catalyzes site-specific recombination of	DNA between loxP sites.
The linker histone, H1, interacts with linker	DNA between nucleosomes and functions in the compac
For explanation of how the silicon and	DNA bind see separation by silica adsorption
cally consist of separable regions that mediate	DNA binding and interaction with transcriptional ac
hich different molecules of protein or specific	DNA binding sequences (as capture probes for the pr
These domains include a	DNA binding domain, a dimerization domain which det
r Origin Recognition Complex is a multi-subunit	DNA binding complex (6 subunits) that binds in all
c-Fos has a leucine-zipper	DNA binding domain, and a transactivation domain at
ropeller domain, the immunoglobulin fold and B3	DNA binding domain.
the ARID (AT-rich interaction domain) family of	DNA binding proteins.
The protein encoded by this gene is a	DNA binding and apoptosis-inducing protein and is l
on factors, which contain zinc fingers in their	DNA binding domain, have emerged as candidate regul
ecting the high degree of homology within their	DNA binding domains, androgen receptors, glucocorti
The increased	DNA binding condenses DNA structure, preventing tra
factor and contains the common helix-turn-helix	DNA binding domain.
ID3 (gene) inhibits	DNA binding
otein encoded by this gene contains a fork head	DNA binding domain.
half of the protein: a basic region involved in	DNA binding and a leucine zipper motif involved in
are due to its ability to directly inhibit the	DNA binding of certain carcinogens, including nitro
mbers are identified through a highly conserved	DNA binding domain, the ETS domain, which is a wing
As it is a	DNA binding compound it is likely to have some low
p-helix (bHLH) transcription factors to inhibit	DNA binding of bHLH proteins.
Its major use is to find the	DNA binding site for proteins.
These proteins contain a conserved basic	DNA binding domain that binds the E box DNA motif .
a helix-turn-helix motif and is similar to the	DNA binding domains of the bacterial site-specific
The gene product contains an N-terminal	DNA binding domain and C-terminal ligand binding do
rmone, and vitamin D receptors, increasing both	DNA binding and transcriptional function on their r
They are structurally derived from the	DNA binding protein Sac7d, found in Sulfolobus acid
There is limited similarity outside the ETS	DNA binding domain.
The human glucocorticoid receptor	DNA binding factor, which associates with the promo
several domains important for hormone binding,	DNA binding, and activation of transcription.
hobic leucine region is absolutely required for	DNA binding.
h other BHLH proteins is required for efficient	DNA binding.
p box) is a protein domain which is involved in	DNA binding.
ribed in RNA binding proteins, and required for	DNA binding.
2.	DNA binds to the channel, and all other molecules r
3D Sarfus image of a	DNA biochip.
His impressive research on both	DNA biophysics and conotoxins has enabled Dr. Olive
e pairs long, and the total size of a satellite	DNA block can be several megabases without interrup
In some cases, a	DNA blood test may be all that is needed.
The protein can bind	DNA both as a monomer or, with more affinity, as a
The crystal structure of	DNA bound by the zinc finger domain of Zif268 was s
in the Hin tetramer make a 2-bp double stranded	DNA break and forms a covalent reaction intermediat
oxygen scavengers have no significant effect on	DNA breakage.
he topoisomerase-DNA complex and thus introduce	DNA breaks in the wires that lead to apoptosis, the
f ionizing radiation, however, delivers so many	DNA breaks that it overwhelms the capability of the
lated to the relative number of double-stranded	DNA breaks produced in cells, which are a reflectio
hich inhibits the religation of single-stranded	DNA breaks generated by topoisomerase I; lethal dou
these mutations involve changes in one or a few	DNA building blocks (nucleotides) in the gene.
e stain preferentially binds to double-stranded	DNA, but will stain single-stranded DNA with lower
s are special since they do not target the cell	DNA but insert into the plasma membrane and cause a
Thymidine occurs almost exclusively in	DNA but also occurs in the T-loop of tRNA.
The protein can homodimerize and bind	DNA, but in vivo targets have not been identified.
new genes have not been inserted in the nuclear	DNA but in the DNA of the chloroplasts.
This molecule does not cause damage to	DNA, but protects cells from damage, natural, or in
turally the technology will be used to sequence	DNA, but because of the high parallel nature of the
n of proteins that have affinity to zinc finger	DNA by Sepp et al.
of this base being mistakenly incorporated into	DNA by DNA polymerases, which is a cause of mutatio
It hypomethylates	DNA by inhibiting DNA methyltransferase.
Upon the excision of a particular region of	DNA by the Cre-loxP system, normal gene expression
's plan to reverse the aging in his clone sons'	DNA by Dr. Ovolot Qail Uthan is compromised when Ut
erase I is an enzyme that relaxes the strain on	DNA by nicking and ligating the DNA.
These reactive chemical species can reach	DNA by diffusion and the bimolecular reaction damag
The cleavage of	DNA by esperamicin is greatly accelerated in the pr
PCR) which avoids non-specific amplification of	DNA by inactivating the taq polymerase at lower tem
It forms adducts with	DNA by reacting with guanine at its C-8 position.
Top 3 changes the topological status of	DNA by binding and cleaving single stranded DNA and
either directly and indirectly interacting with	DNA by binding to recognition sequences located in
ess inhibits gyrase from effectively binding to	DNA by deforming the shape of the enzyme's active s
This is a type of mutation which occurs with	DNA by recombination.
h have been depleted of their own mitochondrial	DNA by prolonged incubation with ethidium bromide,
effect the base-specific cleavage of guanine in	DNA by rupturing the imidazole rings present in gua
le-stranded breaks that are introduced into the	DNA by the Spo11 protein.

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