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「dna」の共起表現一覧(1語右が「and」)

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They are not specific to viral	DNA and also affect mitochondrial DNA.
dependent single- and double-stranded breaks in	DNA and DNA-protein cross-links.
he Innocence Project of Texas investigates both	DNA and non-DNA cases.
me has one substrate, cyclobutadipyrimidine (in	DNA), and one product, pyrimidine residues (in DNA)
his was an important milestone in understanding	DNA and RNA.
lates the purine bases (adenine and guanine) of	DNA, and then the alkylated purine parts are sponta
	DNA and RNA contain phosphate in their structure.
	DNA and RNA are the main nucleic acids
enzyme, preventing the relaxing of supercoiled	DNA and thus blocking DNA transcription and replica
They also form the backbone for	DNA and RNA (DNA having two sugar molecules, and RN
Deoxyribonucleoprotein is the complex of	DNA and protein in which DNA is usually found upon
evolution, the particularities of mitochondrial	DNA, and analyses of ancient DNA to genetically lin
hybridization, it was the combination of viral	DNA and viral RNA which helped to lay the groundwor
iated by electrostatic interactions between the	DNA and the "thumb" and "palm" domains of the metap
Description: A single-strand specific	DNA and RNA endonuclease which will degrade single-
Inhibits	DNA and RNA synthesis by intercalating between base
ls when interacting with positively supercoiled	DNA and introduces (additional) negative supercoils
The UL-15/UL-28 is believed to bind with viral	DNA and serve the same purpose as terminase by pack
egrate is the intermediate molecule which donor	DNA and target DNA covalently bind during the forma
cause a heavy distortion in the double helix of	DNA and thus are hard to detect by the DNA mismatch
rs, one to hybridize to each strand of a target	DNA, and adding DNA polymerase to the reaction.
S-box region that allows the protein to bind to	DNA and to function as a regulator in DNA transcrip
Biotinylation of	DNA and RNA with photoactivatable biotin is easier
Metagenomics is the analysis of the	DNA and RNA sequences from a usually uncultured env
It is a product of oxidative damage to	DNA and has been shown to cause mutation.
The active metabolites alkylate	DNA and lead to apoptotic cell death.
lly-aligned carbon nanofibers are modified with	DNA and pressed into cells and tissue.
Recent intermarriages have created	DNA and blood ties to the Cherokee to the south.
laboratory as buffer for gel electrophoresis of	DNA and RNA.
Acridine yellow damages	DNA and is used as a mutagen in microbiology.
have both common and unique features of genomic	DNA and virion structure.
n-mediated free oxygen radicals that damage the	DNA and cell membranes.
The protein encoded by this gene binds	DNA and is a component of heterochromatin.
(U is analogous to T in	DNA and is treated as such when replicated).
The Cosmic Serpent:	DNA and the Origins of Knowledge (1995) ISBN 0-8747
It covers research on nucleic acids, such as	DNA and RNA, and related work.
ges usually contain a genome of single-stranded	DNA and infect Gram-negative bacteria.
zimide tends to insert into A-T rich regions of	DNA and can decrease its density.
He is one of the first people who simulated	DNA and protein structures.
They are found in retroviral	DNA and in retrotransposons, flanking functional ge
The protein loosely binds	DNA and scans for its recognition sequence.
rodrug of ribavirin, active against a number of	DNA and RNA viruses.
dae have a genome consisting of single-stranded	DNA and an icosahedral capsid.
roup provides nonspecific labeling of proteins,	DNA and RNA probes or other molecules.
ion results in complex formation which inhibits	DNA and RNA synthesis.
	DNA and the origin of life, Information, specificat
Genetic genealogy (matrilineal), Mitochondrial	DNA, and Human mitochondrial molecular clock
y junction is formed between the two strands of	DNA and a double-stranded break in a DNA molecule l
dard nucleosides are also found in both RNA and	DNA and usually arise from modification of the stan
The respective	DNA and RNA nucleases are supposed to be less activ
pable forming duplex structures with individual	DNA- and RNA-strands and are therefore not only call
R and USP recognise specific short sequences in	DNA, and mediate the binding of the heterodimer to
temperature and magnesium ion (which stabilise	DNA and RNA interactions) concentrations can increa
ogy applications for the preparation of plasmid	DNA and recombinant proteins.
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.
The Cosmic Serpent:	DNA and the Origins of Knowledge is a 1995 non-fict
BodyZone - In BodyZone you learn about	DNA and how it makes you unique, and now our body w
Reactive oxygen species damage to mitochondrial	DNA and other important cell components leads to gr
Genomics - Students research	DNA and genetic diseases at the Broad Institute, wh
White colonies indicate insertion of foreign	DNA and loss of the cells' ability to hydrolyse the
e 'petite' yeast has little or no mitochondrial	DNA, and forms small anaerobic colonies when grown
Copenhagen University and leader of the Ancient	DNA and Evolution Group.
nine deoxy- and ribonucleotide pools needed for	DNA and RNA synthesis.
oratory as LB buffer for gel electrophoresis of	DNA and RNA.
The enzyme is not active on single-stranded	DNA, and thus 3´-protruding termini are resistant t
denly encased in a strange cube that copies his	DNA, and the entire area collapses around them.
ian cells, exploring the integration of foreign	DNA and its stability of expression in host cells (
ange in conformation so that it can bind to the	DNA and activate transcription.
mismatch, the Vsr endonuclease, which cuts the	DNA, and MutL, which recruits the UvrD helicase.
cleus and in addition prevents binding of AR to	DNA and AR to coactivator proteins.
tart-up company Veredus Laboratories launched a	DNA- and RNA-based diagnostic kits for dengue, avian
It binds	DNA and RNA and is the acting component of diminaze
	DNA and RNA have a deoxyribose and ribose sugar bac
ily of protease inhibitors, and participates in	DNA and chromatin condensation.
nson Molecular Genealogy Foundation (SMGF) is a	DNA and genealogical research institution with the
recently challenged by a broad study of nuclear	DNA and gene trees in mouse lemurs.
uclei after chemical or enzymatic extraction of	DNA and RNA from the tissue (Lillie et al., 1976).
	DNA and RNA have a deoxyribose and ribose sugar bac
in vitro, requiring only resolvase, a substrate	DNA and multivalent cations, using either wild type
ocates into the cell nucleus, where it binds to	DNA and promotes transcription of genes responsive
Genetic research into a selection of Irish	DNA and its origins was undertaken for the programm
ersailles in 1683, Elise is immortal due to her	DNA, and the story traces her experiences with vari
MAD1 or SMAD2 and forms a complex that binds to	DNA and serves as a transcription factor.
are extremely synchronous: they replicate their	DNA and then divide all at the same time at the end
ation reaction between guanosine nucleotides in	DNA and either malondialdehyde or base propenal.
an unusual pentathiepin ring which reacts with	DNA, and varacin and synthetic analogues have been
hree mothers (one provided the egg, another the	DNA and a third carried the cloned embryo to term).
the natural absorbance of light at 260 nm (for	DNA and RNA) or 280 nm (for proteins).
tructures of biological macromolecules, such as	DNA and proteins, including the first crystal struc
He also presented on Desi	DNA and now hosts the breakfast show, weekdays betw
, probes are attached to desired regions on the	DNA, and a polymerase chain reaction (PCR) is emplo
static repulsion between the negatively charged	DNA and the negatively charged silica.
t is used for studying various polymers such as	DNA and their interaction with other entities such
r, as aflatoxin metabolite can intercalate into	DNA and alkylate the bases through its epoxide moie
en referring to nucleic acid molecules, such as	DNA and RNA, collectively referred to as nucleic ac
mons for having refined techniques of isolating	DNA, and thereby helping a great many workers inclu
he conducted comparative analysis of bacterial	DNA and RNA, and predicted existence of messenger R
receptors have the ability to directly bind to	DNA and regulate the expression of adjacent genes,
The project aims to preserve the	DNA and living cells of endangered species to retai
of the open complex formed by RNA polymerase on	DNA and therefore affect promoter clearance.
ckage of Open Source PHP code, with classes for	DNA and protein sequence analysis, alignment, datab
lly for the separation of nucleic acids such as	DNA and RNA.
sor protein binds to the operator region of the	DNA and prevents the transcription of the operon ge
lac repressor, causing it to separate from the	DNA and thereby enabling transcription to occur.
s, which means they bind to specific regions of	DNA and help control the activity of particular gen
overy of self-splicing introns in bacteriophage	DNA, and continues to do research in the area.
In a general way the structural model of	DNA and electronic circuitry bear a visual resembla
lly for the separation of nucleic acids such as	DNA and RNA.
e island in a side-scrolling format, collecting	DNA and avoiding dinosaurs.
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
alkyl phosphates, as are nucleic acids such as	DNA and RNA.
oxanide 500 mg twice daily had undetectable HBV	DNA and 2 had loss of HBsAg.Additionally, nitazoxan
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
s also the author of The Making of the Fittest:	DNA and the Ultimate Forensic Record of Evolution (
for a protein which binds a certain sequence of	DNA, and, by inserting a chemically active amino ac
cular biology to separate a mixed population of	DNA and RNA fragments by length, to estimate the si
or the systemic and local delivery of antisense	DNA and siRNA in the body.”
uced exponentially over ten years to absorb his	DNA and memories to bring him back to life.
es at the speed of a 3000 base pair molecule of	DNA and bromophenol blue migrates at 400 bp.
building blocks of life, e.g., nucleotides for	DNA and RNA and amino acids for proteins.
ts of 11 exons that span 25 to 30 kb of genomic	DNA and encode a 746 amino acid protein.
determine the nucleotide sequence of biological	DNA and RNA molecules, and today hundreds of millio
compounds including collagen, fibrin, heparin,	DNA, and actin.
oxidatively damaged proteins, lipids, RNA, and	DNA, and his laboratory has made major contribution
agents, such as temozolomide, which methylates	DNA and generate 6-O-methylguanine and cytosine mis
ermined molecular markers for tumors (including	DNA and RNA markers) which can be used in the labor
first two people to actually take the reptilian	DNA, and make shape shifting human beings that go b
n Illusion in 2003 by PBS, the 5-part Channel 4	DNA, and NOVA's Lord of the Ants.
, since heparin may be extracted along with the	DNA, and it has been found to interfere with the PC
f single molecules, providing information about	DNA and its interaction with proteins and molecular
that only “humanness,” the possession of human	DNA and a beating heart, is a marker of citizenship
ific community that evidence from mitochondrial	DNA and proteins indicates that the Hystricognathi
des, which are the molecular building-blocks of	DNA and RNA.
tophan repressor (TrpR) is only able to bind to	DNA and repress transcription of the Trp operon whe
leotides, raltitrexed prevents the formation of	DNA and RNA, which are required for the growth and
raided the vaults of the Lab, taking Kryptonian	DNA and a chunk of meteorite.
tructurally and functionally, retaining its own	DNA and the ability to divide by binary fission (no
ression without modification of the chromosomal	DNA and is referred to as a "transient knockdown".
d protein synthesis, as a chemical component of	DNA and RNA.
Paired	DNA and RNA molecules are comparatively stable at r
aryotypes down to text-based representations of	DNA and amino acid sequences, or present other type
contain every possible 6 base single strand of	DNA and can therefore hybridize anywhere on the RNA
Custer who is a "Genome-Cyborg", a human whose	DNA and other genetic make-up has been artificially
) easy to amplify even from small quantities of	DNA, and b) has a high degree of variation even bet
have increased reliance on PARP to repair their	DNA and enable them to continue dividing.
terintuitive before the discovery of non-coding	DNA and which became known as the C-value paradox a
emonstrate specific binding between protein and	DNA, and his lifelong work has been the elucidation

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