「dna」の共起表現一覧(1語右で並び替え)8ページ目
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| in that binds to specific sites on the promoter | DNA of the actin gene. |
| s Joe Dredd and Rico Dredd were cloned from the | DNA of Chief Judge Fargo in 2066, at least eight fu |
| Only after the | DNA of the "woman" matched the DNA sampled from the |
| Molecular markers (small lengths of | DNA of a characterized/known sequence) are used to |
| les are obtained from the patient, and specific | DNA of the parasite is extracted and amplified by P |
| as then proven to be the rapist by matching the | DNA of his semen with that of the samples taken fro |
| restrial life (which he claims also brought the | DNA of the human genetic code to Earth) and that th |
| In chromosome jumping, the | DNA of interest is identified, cut into fragments w |
| Kraken was cloned from the | DNA of Chief Judge Fargo, and was therefore effecti |
| as been used in a study of the evolution of the | DNA of the related species Cletocamptus deitersi. |
| ation in the order of genetic base pairs in the | DNA of an organism. |
| l enzyme that inserts the viral genome into the | DNA of the host cell. |
| cules, each carrying a piece of the chromosomal | DNA of the organism, prior to the insertion of thes |
| In a developmental abnormality, the | DNA of the organism is unchanged and the abnormalit |
| Examination of the Mitochondrial | DNA of the genus Brettanomyces showed identical gen |
| ude such curiosities as a vocal creation of the | DNA of an angel and a parody of a techno song. |
| r through genetic modification (a change in the | DNA of one of the organism's chromosomes) or by tre |
| restrial life (which he claims also brought the | DNA of the human genetic code to Earth). |
| Using reverse genetics, the | DNA of genes for the receptors of many neurotransmi |
| he DOE Joint Genome Institute is sequencing the | DNA of Bb in 2009-2010. |
| tributed to the discussion group (in Norwegian) | DNA og slektsforskning on DIS-Norges Slektsforum, w |
| types are attached to a single stranded 50-mer | DNA oligonucleotides that differ in sequence only a |
| which involve the administration of artificial | DNA oligonucleotides containing the CpG motif. |
| nd what there was (a few hairs, a bootlace with | DNA on it and a smudged fingerprint) could not be l |
| Growth of clonal copies of | DNA on bead surfaces remains to be generically name |
| product claiming that "Implementing BitTorrent | DNA on top of legacy infrastructure has the profoun |
| DNA on DNA, a comprehensive CD chronicle of the ban | |
| laimed she was able to scientifically prove the | DNA on a letter attributed to the Ripper and one wr |
| The CombiMatrix method controls the building of | DNA on its semiconductor chips by the software-cont |
| being traced as the source of the memos through | DNA on the documents, Burkett then burned the origi |
| er Franklin would have deduced the structure of | DNA on her own, from her own data, had Watson and C |
| ounder mutations originate in long stretches of | DNA on a single chromosome-indeed, the original hap |
| In April 2010, following examination of | DNA on a letter claiming responsibility for the mur |
| s, that is, they are derived from one strand of | DNA only, and this may indicate that they are the p |
| A sixteen-year old | DNA Operator from the overcrowded future, sent back |
| ccur either between the excited chromophore and | DNA, or between the excited chromophore and another |
| ugh zinc fingers usually function by binding to | DNA or RNA, the LIM motif probably mediates protein |
| ng region of a gene is that portion of a gene's | DNA or RNA, composed of exons, that codes for prote |
| eose nucleic acid (TNA) is a polymer similar to | DNA or RNA but differing in the composition of its |
| biology, a hybridization probe is a fragment of | DNA or RNA of variable length (usually 100-1000 bas |
| n molecular biology equal to 1000 base pairs of | DNA or RNA. |
| rime duplication of a complement to an existing | DNA or RNA sequence. |
| rated into the phosphodiester bond in the probe | DNA) or Digoxigenin, which is non-radioactive antib |
| ed in biology to signal the end of a section of | DNA or RNA during gene duplication in cells. |
| ble for the conjugation of biomolecules such as | DNA or proteins. |
| hat react with biological nucleophiles (such as | DNA or an enzyme) in the cell. |
| The purpose of TE buffer is to solubilize | DNA or RNA, while protecting it from degradation. |
| cal and chemical operations cannot be stored in | DNA or RNA. |
| by the nucleotide sequence of the nucleic acid ( | DNA or RNA) template. |
| egulatory element or cis-element is a region of | DNA or RNA that regulates the expression of genes l |
| ysical and chemical operations can be stored in | DNA or RNA, the life form is biological. |
| sic entomology, Forensic odontology and various | DNA or protein based techniques. |
| eby hybridizes to single-stranded nucleic acid ( | DNA or RNA) whose base sequence allows probe-target |
| Genetic material (such as supercoiled plasmid | DNA or siRNA constructs), or even proteins such as |
| fold is a protein structural domain that binds | DNA or RNA and is thus commonly found in transcript |
| siDNA stands for short inhibiting | DNA or small interfering DNA. |
| Ideal DNA/RNA - build an ideal | DNA or RNA fragment. |
| , is a process in which a labeled complementary | DNA or RNA strand is used to localize a specific DN |
| A RNA motif were discovered using environmental | DNA or RNA sequence samples, and are present in a s |
| the sequence of bases in the genetic material ( | DNA or RNA) determines the sequence of amino acids |
| ble to generate an amino acid sequence from the | DNA or mRNA sequence encoding the protein, if this |
| lar biology, especially in procedures involving | DNA or RNA. |
| s) and is commonly performed in work related to | DNA or microbes, where purity of the sample is of u |
| Some | DNA- or RNA-binding enzymes can recognize specific b |
| ors usually affect PCR through interaction with | DNA or interference with the DNA polymerase. |
| f adenine is complementary to either thymine in | DNA or uracil in RNA. |
| ough the pore and must accumulate by binding to | DNA or some other nuclear component. |
| proteins show no homology to one another at the | DNA or protein level. |
| Fragmented genomic | DNA or complementary DNA (cDNA) of interest is clon |
| § The enzyme degrades single-stranded | DNA or RNA to nucleoside 5'-monophosphates, but doe |
| It is yet undetermined if the Pili transfer | DNA or if these structures are simply used to bring |
| single-stranded nucleic acid fragments, such as | DNA or RNA, or similar fragments of analogs of nucl |
| an artificially synthesized polymer similar to | DNA or RNA invented by Peter E. Nielsen (Univ. |
| zes the specific degradation of single-stranded | DNA or RNA, and produces mono and oligonucleotides |
| Sequences of features (either as | DNA or amino acid sequences) can be directly downlo |
| hesize multiple copies of circular molecules of | DNA or RNA, such as plasmids, the genomes of bacter |
| erial coding for the protein (the complementary | DNA or cDNA) is added to the recipient cell. |
| ntrast, Netropsin does not bind single stranded | DNA or double stranded RNA. |
| that cells as a whole, rather than simply their | DNA or RNA, can be used for therapeutic purposes. |
| The | DNA or RNA from a sample is copied in vitro by T7 p |
| vity since teniposide does not intercalate into | DNA or bind strongly to DNA. |
| Methylation often occurs on nucleic bases in | DNA or amino acids in protein structures. |
| logy, two nucleotides on opposite complementary | DNA or RNA strands that are connected via hydrogen |
| One | DNA or RNA molecule differs from another primarily |
| istry, a binding site is a region on a protein, | DNA, or RNA to which specific other molecules and i |
| ally-engineered viruses carrying modified viral | DNA or RNA that has been rendered noninfectious, bu |
| DNA origami is the nanoscale folding of DNA to crea | |
| DNA origami was the cover story of Nature on March | |
| some bind | DNA, others protein), suggesting that Znf motifs ar |
| letely different branch of science - changes in | DNA over time - have sparked a recent renewed inter |
| cteriophage undergoes a maturation process upon | DNA packaging during which it expands by nearly 5 n |
| Digital | DNA, Palo Alto, CA |
| Nucleic acid (RNA, | DNA) partitions in the aqueous phase, while protein |
| to take dental floss from Bing's trashcan to do | DNA paternity testing. |
| ows Andalites to transform into any being whose | DNA pattern can be absorbed through touch, for up t |
| nscripts) are extracted, reverse-transcribed to | DNA, PCR amplified and sequenced. |
| In nature this can occur when exogenous | DNA penetrates the cell membrane for any reason. |
| leases) that break a phosphodiester bond in the | DNA, permitting the repair of the resulting lesion |
| peroxidation while base propenal is a result of | DNA peroxidation. |
| The resultant mix of proteins, | DNA, phospholipids, etc., is then run through the c |
| in common use include photoreactivating enzyme, | DNA photolyase, DNA-photoreactivating enzyme, DNA c |
| renced as A2AB) is used in animals as a nuclear | DNA phylogenetic marker. |
| Thus separation of very large | DNA pieces using PFGE is possible. |
| ajor spike protein G, DNA-binding protein J and | DNA pilot protein H. Assembly of the viron uses two |
| oteins: capsid proteins F (Virus Protein 1) and | DNA pilot protein H (Virus Protein 2) and do not us |
| t Advanced Genetic Sciences, Inc., which became | DNA Plant Technology Corp., where he was Director o |
| Purified | DNA plasmid is then mixed with gelatin solution and |
| addition to being able to transfect cells with | DNA plasmids coding for fluorescent proteins, the g |
| A neo gene is commonly included in | DNA plasmids used by molecular biologists to establ |
| DNA Pol I can also be characterized as having core | |
| from a single replication fork, the polymerase | DNA Pol III is the enzyme primarily responsible for |
| The related | DNA Pol I has exonuclease activity and serves to de |
| DNA Pol II can synthesize DNA new base pairs at an | |
| 2 | DNA Pol III enzymes, made up of α, ε and θ subunits |
| These primers are then extended by a | DNA polymerase and a copy of the strand is made aft |
| the synthesis of cDNA, as well as DNA-dependent | DNA polymerase activity that copies the sense cDNA |
| The beta chain of bacterial | DNA polymerase III is composed of three topological |
| imer composed of two identical beta subunits of | DNA polymerase III and hence is referred to as the |
| droxyl group means that, after being added by a | DNA polymerase to a growing nucleotide chain, no fu |
| As expected | DNA polymerase shows relatively small differences i |
| DNA polymerase was first isolated from Thermus aqua | |
| art attack) and when mutations in mitochondrial | DNA polymerase occur. |
| the 5' end as this maximizes probability of Taq | DNA polymerase adding the terminal adenosine overha |
| DNA polymerase incorporates the correct, complement | |
| DNA polymerase ("Taq pol") | |
| The RNA segments are first elongated by | DNA polymerase and then synthesized by primase. |
| the RNA polymerase II transcription complex and | DNA polymerase III transcription. |
| Structure of Taq | DNA Polymerase bound to a DNA octamer |
| The gene encoding | DNA polymerase eta is POLH, also known as XPV, beca |
| DNA polymerase III is then able to start DNA replic | |
| It was not until the discovery of | DNA polymerase III that the main replicative DNA po |
| Since | DNA polymerase delta is involved in resynthesis of |
| DNA polymerase eta (Pol η) is a eukaryotic DNA poly | |
| a natural product with anti-HIV activity and a | DNA polymerase inhibitor. |
| Second, the activated drug binds to viral | DNA polymerase with a much higher affinity than to |
| is very important in order to perform PCR since | DNA polymerase can act only on DNA templates. |
| RNA polymerase and | DNA polymerase III then replicate the single-strand |
| DNA polymerase II (also known as DNA Pol II or Pol | |
| DNA polymerase I removes the primer, replacing it w | |
| or this thermostable (temperature optimum 80°C) | DNA polymerase was that it could be isolated in a p |
| Once priming is complete, | DNA polymerase III holoenzyme is loaded into the DN |
| Hepatitis B virus | DNA polymerase is a hepatitis B viral protein. |
| They also use a typical protein primed | DNA polymerase for replication, a property shared w |
| Recently, a | DNA polymerase derived from these bacteria, Bst pol |
| The catalytic mechanism of | DNA polymerase III involves the use of two metal io |
| When an incorrect base pair is recognized, | DNA polymerase reverses its direction by one base p |
| was the first person to purify and characterise | DNA polymerase II and DNA polymerase III. |
| As a critical component of the | DNA polymerase III holoenzyme, the clamp protein bi |
| to extend one base pair into the C (or T) using | DNA polymerase terminating dideoxynucleotides, and |
| ed RNA fragments that target the 3'UTR of viral | DNA polymerase mRNA. |
| DNA polymerase cannot add primers, and therefore, n | |
| DNA polymerase is added, which copies each fragment | |
| gene encodes a protein that interacts with the | DNA polymerase delta p50 subunit. |
| DNA polymerase I comes in and fills in the correct | |
| erating Cell Nuclear Antigen (PCNA) assists the | DNA polymerase in the reaction, and Replication pro |
| From the hairpin loop, a | DNA polymerase can then use it as a primer to trans |
| ional domains in the Klenow Fragment (left) and | DNA Polymerase I (right). |
| which are from expression systems; particularly | DNA polymerase for PCR, reverse transcriptase for R |
| icase translocates in the same direction as the | DNA polymerase (3' to 5' with respect to the templa |
| A | DNA Polymerase may perform this replacement via nic |
| It is a specific inhibitor of | DNA polymerase A,D in eukaryotic cells and in some |
| orresponds to a single amino acid change in the | DNA polymerase enzyme, which is an essential enzyme |
| DNA polymerase delta is an enzyme complex found in | |
| FEN enzyme is found as an N-terminal domain of | DNA polymerase I, but some prokaryotes appear to en |
| (ORF P, in blue, encodes Hepatitis B virus | DNA polymerase) |
| Examples include: oligomeric: hemoglobin, | DNA polymerase, nucleosomes and multimeric: ion cha |
| Pfu | DNA polymerase, isolated from the archean Pyrococcu |
| e a genetic mutation has occurred followed by a | DNA polymerase, replacing these aberrant nucleotide |
| This activated form inhibits viral | DNA polymerase, thus impairing the ability of the v |
| s with quaternary structure include hemoglobin, | DNA polymerase, and ion channels. |
| rcoils that accumulate ahead of a translocating | DNA polymerase, allowing DNA replication to continu |
| ound commonly throughout all lifeforms, such as | DNA polymerase, the enzyme that repairs and copies |
| biochemistry and molecular biology that involve | DNA polymerase, such as DNA sequencing and the poly |
| ise interfering with their interaction with the | DNA polymerase, PCR is inhibited. |
| equencing primer and incubated with the enzymes | DNA polymerase, ATP sulfurylase, luciferase and apy |
| It encodes a | DNA polymerase. |
| Pol IV: a Y-family | DNA polymerase. |
| d chains have been made in the laboratory using | DNA polymerase. |
| The insert is created by PCR using Taq | DNA polymerase. |
| Pol V: a Y-family | DNA polymerase; participates in bypassing DNA damag |
| Such modifications block | DNA polymerases and thus prevents PCR from working. |
| val of inhibitors from samples before PCR, some | DNA polymerases offer varying resistance to differe |
| Some thermostable | DNA polymerases have been isolated from other therm |
| In bacteria, all three | DNA polymerases (I, II, and III) have the ability t |
| Multiple | DNA polymerases have specialized roles in the DNA r |
| d with the next base, terminating the chain, as | DNA polymerases mistake it for a regular deoxyribon |
| on pathway, which is carried out by specialised | DNA polymerases that are able to incorporate damage |
| difying enzymes such as restriction enzymes and | DNA polymerases, its concentration in TBE or TAE bu |
| difying enzymes such as restriction enzymes and | DNA polymerases, its concentration in TSE buffers i |
| Fludarabine inhibits function of multiple | DNA polymerases, DNA primase, DNA ligase I and is S |
| gh his work on the genetics of blood groups and | DNA polymorphisms, which helped to clarify the orig |
| Unleashing the full force of his dinosaur | DNA power and assuming a Duel Spirit form (which is |
| DNase I is a nuclease that cleaves | DNA preferentially at phosphodiester linkages adjac |
| A | DNA preparation that is contaminated with protein w |
| llel with an unknown because standardization of | DNA preparations and their degree of polymerization |
| Endotoxins are frequent contaminants in plasmid | DNA prepared from bacteria or proteins expressed fr |
| cing enzyme ribonucleotide reductase that makes | DNA presursors from RNA precursors. |
| It works by damaging | DNA, primarily in cancer cells that preferentially |
| DNA primase is an RNAP enzyme involved in the repli | |
| Next, the 3' end of the invading | DNA primes DNA synthesis, causing displacement of t |
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