「dna」の共起表現一覧(1語左が「to」)
該当件数 : 58件
These alterations to | DNA structure inhibit both DNA replication and tran |
ATM-mediated two-step response to | DNA double strand breaks. |
And it changed in year 2007 to | DNA Areena. |
Calicheamicins are highly toxic to | DNA, cleaving it readily. |
When the nuclease is unbound to | DNA, the endonuclease domain is sequestered by the |
gram akin to BLAST but specifically tailored to | DNA to cDNA/EST (Expressed Sequence Tag) alignment |
domain essential for activation in response to | DNA damage and is rapidly phosphorylated in respons |
When gyrase binds to | DNA, the enzyme decreases the tension in the DNA st |
The SOS response is a global response to | DNA damage in which the cell cycle is arrested and |
S-box region that allows the protein to bind to | DNA and to function as a regulator in DNA transcrip |
Ku is a protein that binds to | DNA double-strand break ends and is required for th |
It is a product of oxidative damage to | DNA and has been shown to cause mutation. |
The data can be normalized to | DNA input or additional normalizing genes. |
Di Ventra M. Colloquium: Physical approaches to | DNA sequencing and detection. |
NCOA2 is recruited to | DNA promotion sites by ligand activated nuclear rec |
cs is inactive and relies on Ku to direct it to | DNA ends and trigger its kinase activity DNA-PKcs i |
It works by binding to | DNA, crosslinking two strands and preventing cell d |
On binding to | DNA, daunomycin intercalates, with its daunosamine |
bers contain a cut-homeodomain (ONECUT) bind to | DNA as monomers. |
he name is derived from the similar approach to | DNA seqencing. |
a group of transcription factors which bind to | DNA through a high mobility group domain. |
In response to | DNA damage and replication blocks, cell cycle progr |
an artificially synthesized polymer similar to | DNA or RNA invented by Peter E. Nielsen (Univ. |
eose nucleic acid (TNA) is a polymer similar to | DNA or RNA but differing in the composition of its |
ugh zinc fingers usually function by binding to | DNA or RNA, the LIM motif probably mediates protein |
Microarrays are not limited to | DNA analysis; protein microarrays, antibody microar |
m to be at the forefront of early challenges to | DNA evidence. |
cleus and in addition prevents binding of AR to | DNA and AR to coactivator proteins. |
ess inhibits gyrase from effectively binding to | DNA by deforming the shape of the enzyme's active s |
nscripts) are extracted, reverse-transcribed to | DNA, PCR amplified and sequenced. |
There are many illnesses now tied to | DNA damage, including Parkinson's and other neurode |
ocates into the cell nucleus, where it binds to | DNA and promotes transcription of genes responsive |
ging from small peptides and polysaccharides to | DNA strands and entire viruses. |
MAD1 or SMAD2 and forms a complex that binds to | DNA and serves as a transcription factor. |
the transcription factor proteins which bind to | DNA to regulate the expression of genes. |
omplementarity of the two compounds, similar to | DNA base pairing. |
receptors have the ability to directly bind to | DNA and regulate the expression of adjacent genes, |
ice were able to connect the four deaths due to | DNA samples found at the crime scenes |
a protein, calmodulin, and the complex binds to | DNA, producing an enzyme to stimulate growth in the |
, salt concentration and the ratio of enzyme to | DNA greatly affect enzyme activity, requiring react |
of viral and bacterial infections by binding to | DNA rich in CpG motifs. |
n factors and enzymes are not able to access to | DNA sequence in this form. |
According to | DNA sequence analysis, T. oostingii is more distant |
This molecule does not cause damage to | DNA, but protects cells from damage, natural, or in |
n cell cycle checkpoint functions responsive to | DNA damage, for example as found in the breast canc |
tivated, these retinoid receptor dimers bind to | DNA at retinoic acid response elements and act as t |
the apparent "sizes" of these dyes (compared to | DNA molecules) varies with the concentration of aga |
g cells and has an evolutionary history tied to | DNA as a genetic material, defense against oxidativ |
ved to be an attack on organisations related to | DNA testing and road transport. |
ugh Start and initiate the processes leading to | DNA replication, principally by shutting down the v |
other effector caspases, eventually leading to | DNA degradation, membrane blebbing, and other hallm |
s) and is commonly performed in work related to | DNA or microbes, where purity of the sample is of u |
posed Kting Voar specimens that were subject to | DNA analysis to date have turned out to be artifici |
tophan repressor (TrpR) is only able to bind to | DNA and repress transcription of the Trp operon whe |
Ada removes the alkyl group attached to | DNA bases like guanine (O6-alkyl guanine) or thymin |
ing the gene for EGFR - that ultimately lead to | DNA synthesis and cell proliferation. |
ough the pore and must accumulate by binding to | DNA or some other nuclear component. |
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