「dna」の共起表現一覧(1語右で並び替え)9ページ目
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| The control lane ( | DNA probe without protein present) will contain a s |
| , such as Sybr Green, or fluorophore-containing | DNA probes, such as TaqMan, to measure the amount o |
| a protein, calmodulin, and the complex binds to | DNA, producing an enzyme to stimulate growth in the |
| logue reverse transcriptase inhibitors, because | DNA production by reverse transcriptase is very dif |
| sed in cancer treatment, as they interfere with | DNA production and therefore cell division and the |
| man cells, causing apoptosis and also decreased | DNA production and shorter DNA strands. |
| ept identical twins) will have the same 13-loci | DNA profile can be as high as 1 in 1 billion or gre |
| This | DNA profile was sent to the Combined DNA Index Syst |
| ting intensifies the discrimination between one | DNA profile and another. |
| Capillary electrophoresis in order to obtain a | DNA profile which can be compared to suspect DNA. |
| The practice of taking | DNA profiles upon arrest is not affected by the dec |
| proposed to continue retaining indefinitely the | DNA profiles of anyone convicted of any recordable |
| CPO guidelines allowing indefinite retention of | DNA profiles were unlawful, in line with the ECHR r |
| rmined by the combination of both user parents' | DNA profiles. |
| Lots of labs in lots of countries now do | DNA profiling of grape varieties. |
| DNA profiling at UC Davis has established that Roug | |
| ndling of evidence after the trial: advances in | DNA profiling would have demonstrated Shirley's inn |
| In the early 21st century, | DNA profiling confirmed that Refosco dal Peduncolo |
| to be of Greek origin, but recent studies using | DNA profiling instead indicate an Italian origin. |
| In recent years, | DNA profiling has shown Favorita to be related to V |
| Recent | DNA profiling shows that Favorita is related to the |
| Further information: | DNA profiling |
| DNA profiling at Changins in Switzerland and Aosta | |
| n encourages states to collect a sample through | DNA profiling from individuals who are: arrested fo |
| DNA profiling is not the same as full genome sequen | |
| around the world are reviewing cases where LCN | DNA profiling resulted in the successful prosecutio |
| Its use in the United kingdom as the | DNA profiling system used by The UK National DNA Da |
| The FSS's innovative and highly sensitive | DNA profiling technique called LCN (low copy number |
| ver Laboratories : a laboratory specializing in | DNA profiling technology with concentration in anim |
| Second Generation Multiplex is a | DNA profiling system used in the United Kingdom to |
| cond Generation Multiplex Plus (SGM Plus), is a | DNA profiling system developed by Applied Biosystem |
| DNA profiling at UC Davis has indicated a parent-of | |
| are in fact the same variety was established by | DNA profiling at Changins in Switzerland and Aosta |
| nformation (microsatellite information used for | DNA profiling) are included. |
| Any cell that has a nucleus can be used for | DNA Profiling. |
| as, an impression which has been dispelled with | DNA profiling. |
| he first murder in Australia to be solved using | DNA profiling. |
| Greek | DNA Project |
| Jewish | DNA Project |
| A surname | DNA project is a genetic genealogy project which us |
| The Brooks Surname | DNA Project is one of the larger DNA Surname Projec |
| The | DNA project shows that the descendants of Walter an |
| The Melungeon | DNA Project is a genetic study of people who have M |
| official testing company for the Brooks Surname | DNA project is Family Tree DNA |
| hanged, as was their later involvement with the | DNA Project (now called Project Cadmus). |
| The Harris Surname | DNA Project administrators are genealogists who ser |
| There is a Ticehurst Surname | DNA Project. |
| Surname | DNA Projects Database |
| NCOA2 is recruited to | DNA promotion sites by ligand activated nuclear rec |
| ecificity of Watson-Crick basepairing and other | DNA properties to make novel structures out of DNA. |
| It is caused by a loss of | DNA protein kinase, which leads to faulty V(D)J rec |
| grases, methyltransferases that might methylate | DNA, proteins that inhibit restriction enzymes and |
| of 2-AAF react with the nucleophilic groups in | DNA, proteins and endogenous thiols like glutathion |
| n of the postulated double helical structure of | DNA, published during 1953 in a series of five arti |
| na is a system provider for bio-analysis - from | DNA purification through robotics, PCR products, an |
| Inhibitors can escape removal during the | DNA purification procedure by binding directly to s |
| DNA Purification: The ability to purify DNA from a | |
| mic distribution of small polydisperse circular | DNA purified from HeLa cells. |
| DNA quantification | |
| the 1952 team which experimentally showed that | DNA rather than protein is the genetic material of |
| certain sequence positions resembling | DNA rather than RNA) |
| hich detects the binding of proteins to genomic | DNA rather than RNA. |
| e also does not use ATP during uncoiling of the | DNA; rather, the torque present in the DNA drives t |
| ging of field direction, the various lengths of | DNA react to the change at differing rates. |
| etic waves coming from the jungle, his dinosaur | DNA reacts to additional signals sent by Professor |
| atley, stated in February 2009 that "A complete | DNA read-out for every newborn will be technically |
| After a quiet spell, | DNA reappeared with a mix of the Loreena McKennitt |
| In 2004 Desi | DNA received the Best Lifestyle Programme award fro |
| 3-β3-β4 (PDB 1R36) where the third helix is the | DNA recognition helix. |
| Z4-OBX - Synchronous | DNA recombination and syntheitc cardiovascular patt |
| In 2002, | DNA recovered from a stamp on one of the Zodiac let |
| the analysis of | DNA recovered from archaeological remains, i.e. anc |
| The ultrafast internal conversion of | DNA reduces the excited state lifetime of DNA to on |
| to locate a family member who could serve as a | DNA reference for Fred Noonan, Amelia Earhart's nav |
| Low-frequency collective motion in proteins and | DNA refers to the application of statistical thermo |
| conformation the AraC protein binds to the araI | DNA region as well as to the ara0 DNA region. |
| region is now perhaps the most widely sequenced | DNA region in fungi (Peay et al., 2008). |
| bes are designed such that they anneal within a | DNA region amplified by a specific set of primers. |
| plete sequences of human chromosomes 21 and 22, | DNA regions >500 bp with a GC content >55% and obse |
| MARs (scaffold/matrix attachment elements), the | DNA regions that are thought to attach genomic DNA |
| ogy used for determining the sequences of those | DNA regions in the genome associated with regulator |
| factor which can bind as a homodimer to certain | DNA regulatory regions. |
| factor which can bind as a homodimer to certain | DNA regulatory regions. |
| s by ligating the mismatched hanging strands of | DNA, removing overhanging nucleotides and filling i |
| lso suffers from Xeroderma pigmentosum, another | DNA repair disease. |
| The underlying disorder is a defect in a | DNA repair mechanism. |
| base pair into a UG base pair, which the cell's | DNA repair machinery recognizes as a TG base pair, |
| C. Walker, Wolfram Siede, and Richard D. Wood, | DNA Repair and Mutagenesis (2005 edition of notable |
| His main interest is still the | DNA repair system. |
| RecQ is necessary for plasmid recombination and | DNA repair from UV-light, free radicals, and alkyla |
| DNA repair | |
| ng the importance of NAD+ in energy metabolism, | DNA repair and transcriptional regulation, maintain |
| having multiple copies of its genome and rapid | DNA repair mechanisms. |
| es from heat shock or hypoxia, and may activate | DNA repair pathways to repair damage to chromosomes |
| le, a mutation in a caretaker gene coding for a | DNA repair pathway that leads to the inability to p |
| Very short patch (VSP) repair is a | DNA repair system that removes GT mismatches create |
| In cells with mutations in | DNA repair genes, however, some of these sequences |
| Although radC genes were thought to encode | DNA repair proteins, this conclusion was based on m |
| nsferase (ogt) is a protein that is involved in | DNA repair with Ada. |
| The adaptive response is a form of direct | DNA repair in E. coli that is initiated against alk |
| ion to transcription, have been shown to affect | DNA repair and replication as well. |
| In its second edition as of 2009, | DNA Repair and Mutagenesis contains over 1,000 page |
| DNA repair mechanisms are quite efficient, and duri | |
| sed in dam mutants that also lack certain other | DNA repair enzymes, providing further evidence for |
| DNA Repair is a peer-reviewed scientific journal th | |
| warded the Otto-Bayer-Prize for his work on the | DNA repair systems. |
| DNA Repair and Mutagenesis is a college-level textb | |
| tienzyme complex in E.coli bacteria involved in | DNA repair mechanism by nucleotide excision repair, |
| ns containing genes predicted to be involved in | DNA repair or related to restriction enzymes. |
| Excision repair is a term applied to several | DNA repair mechanisms. |
| It is involved in | DNA repair in mammals. |
| ave on genes, organisms have mechanisms such as | DNA repair to remove mutations. |
| structure and function of proteins involved in | DNA repair and mutagenesis, with applications for c |
| ult of a defect in the Double Holliday junction | DNA repair mechanism. |
| BRCA1 thus plays a role in transcription, | DNA repair of double-stranded breaks, and recombina |
| el is similar to one that has been proposed for | DNA repair enzymes with ABC domains, in which each |
| • 2003, resolved the structure and mechanism of | DNA repair proteins |
| It is still a matter of debate whether | DNA repair inhibition or alterations in the status |
| d the control of many cell processes, including | DNA repair and apoptosis. |
| This might indicate that inhibition of | DNA repair is an indirect effect due to changes in |
| coli, | DNA repair), eIF4A (Baker's Yeast, RNA translation) |
| enome integrity (cell cycle and chromosomes and | DNA repair). |
| ocesses such as transcription, replication, and | DNA repair, all of which require changing the confo |
| ers, short reviews, and book reviews concerning | DNA repair, cell cycle regulation, cell death, and |
| nctions of BRCA1 in transcriptional regulation, | DNA repair, and/or cell cycle checkpoint control. |
| wide range of subjects including recombination, | DNA repair, mutation, cell cycle control, tubulin, |
| Nucleic acid metabolism ( | DNA repair, recombination and DNA replication) |
| se 2 has been implicated in cell cycle control, | DNA repair, regulation of the circadian rhythm and |
| t ciclopirox may exert its effect by disrupting | DNA repair, cell division signals and structures (m |
| ed on a specific topic of biochemistry, such as | DNA repair, yeast genetics, or the biology of nitri |
| Slx4 is a protein involved in | DNA repair, where it has important roles in the fin |
| HR performs a second vital role in | DNA repair, enabling the repair of double-strand br |
| remains today, a leading centre for studies of | DNA repair, recombination and replication, cell cyc |
| ndamental contributions to our understanding of | DNA repair. |
| ister chromatids are the preferred template for | DNA repair. |
| hat is involved in transcription initiation and | DNA repair. |
| sbcD genes are involved in | DNA repair. |
| RCC) is a set of proteins which are involved in | DNA repair. |
| which excises a fragment of nucleotides during | DNA repair. |
| very UV-sensitive; they lack many mechanisms of | DNA repair. |
| ional bias, and biased recombination-associated | DNA repair. |
| function in aging, silencing, recombination and | DNA repair. |
| Pol I: implicated in | DNA repair; has 5'->3' polymerase activity, and bot |
| ent oxidoreductase; all are involved in further | DNA repairs of alkylation damage. |
| Interspersed (or dispersed) | DNA repeats (interspersed repetitive sequences) are |
| 99) Origin and phylogenetic distribution of Alu | DNA repeats: irreversible events in the evolution o |
| This is a critical step in | DNA replication in these cells which results in the |
| Termination of | DNA replication in E. coli is completed through the |
| This impedes | DNA replication and so slows the excessive cell div |
| They are involved in | DNA replication and damage response. |
| strands, keeping them separate and allowing the | DNA replication machinery to perform its function. |
| ve than Pol III because its primary function in | DNA replication is to create many short DNA regions |
| main purpose of this step is to make sure that | DNA replication has completed without error so that |
| In this mutation, a mismatch in the | DNA replication causes isoleucine to be made instea |
| types in an organism can control the timing of | DNA replication to their own cell cycle. |
| mical cascade that results in the activation of | DNA replication proteins and the initiation of the |
| inding protein that promotes termination in the | DNA replication process of prokaryotes. |
| mammalian cells, ColE1 ori for double-stranded | DNA replication or f1 ori for single-stranded DNA r |
| DNA replication in eukaryotes occurs only in the S | |
| rigins of replication represent start sites for | DNA replication and so their "firing" must be regul |
| n bacteria cells is highly controlled to ensure | DNA replication occurs only once during each cell d |
| in called Cdc45, which then recruits all of the | DNA replication proteins to the replication fork. |
| e resource for storing, sharing and visualizing | DNA replication timing and transcription data, as w |
| Fission yeast uses intrinsic asymmetry of the | DNA replication process to switch the mating type; |
| f the origins were not carefully regulated then | DNA replication could be restarted at that origin g |
| This can either be | DNA replication in living organisms such as prokary |
| slippage of the newly synthesized strand during | DNA replication or by gene conversion. |
| Dda is involved in the initiation of T4 | DNA replication and DNA recombination. |
| Primase is of key importance in | DNA replication because no known DNA polymerases ca |
| They are required for | DNA replication because the enzymes that catalyze t |
| te SN-38 eventually leads to inhibition of both | DNA replication and transcription. |
| ORC is phosphorylated and | DNA replication takes place. |
| Mismatch repair (MMR), which corrects errors of | DNA replication and recombination that result in mi |
| ad a productive research career in the field of | DNA replication and cell division. |
| DNA replication makes the single-stranded regions d | |
| DNA replication may proceed from this point bidirec | |
| understanding that (in this case) bidirectional | DNA replication could take place. |
| During | DNA replication the leading strand is replicated co |
| Many enzymes are involved in the | DNA replication fork. |
| are assembled, the MCMs are phosphorylated and | DNA replication begins. |
| The process of | DNA replication inherently places cells at risk of |
| "On the mechanism of | DNA replication". |
| yme chemistry, deoxyribonucleic acid synthesis ( | DNA replication) and studying the nucleic acids whi |
| re similar enough to be incorporated as part of | DNA replication, but they possess side groups on th |
| he macronuclei or somatic-nuclei, and heritable | DNA replication, performed by the micronuclei or ge |
| Since Homologous Recombination occurs after | DNA replication, two strands of DNA are available, |
| ugh Start and initiate the processes leading to | DNA replication, principally by shutting down the v |
| Immediately after | DNA replication, the oriC is hemimethylated and seq |
| by John Hopfield and Jacques Ninio, involved in | DNA replication, immune system specificity, enzyme- |
| Such dimers interfere with base pairing during | DNA replication, leading to mutations. |
| e, similar enough to be incorporated into viral | DNA replication, but the iodine atom added to the u |
| esses, including mismatch repair, the timing of | DNA replication, and gene expression. |
| During | DNA replication, the lagging strand of DNA binds in |
| d in the exit of cell mitosis and initiation of | DNA replication, which suggests the role in cell cy |
| e nucleoskeleton (NSK) provides a framework for | DNA replication, transcription, chromatin remodelin |
| If this happens during | DNA replication, a guanine will be inserted opposit |
| that later led to a classic paper on mammalian | DNA replication, which was published in 1966 . |
| ve been implicated in such diverse functions as | DNA replication, gene transcription, cell cycle pro |
| is a reversible inhibitor of eukaryotic nuclear | DNA replication. |
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