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1 zation and cause completely monomeric CcO to reassociate.
2 subsequent trimming and are not released and reassociated.
3 her, DNA both ahead of and behind the enzyme reassociates.
4 tol, but dithiothreitol failed to completely reassociate 3,4-dichloroisocoumarin- or H2O2 treated MCP
5 ed the learned behavioural modifications and reassociated(4) existing activity patterns with updated
7 during mitosis at the beginning of prophase, reassociating again at the end of telophase and cytokine
8 insect tissues are exhausted, whereupon they reassociate and leave the cadaver in search of new prey.
9 s with two, three, six, nine or 27 arms were reassociated as complementary pairs in solution or with
12 resent a method that is equally suitable for reassociating either simple or complex DNA mixtures.
14 ric complex dissociated, and it subsequently reassociated following more prolonged agonist stimulatio
15 eatures of a subsequent stimulus need to be "reassociated," i.e., if bindings between features need t
16 dissociation, but differ in their ability to reassociate in darkness, setting the stage for bioengine
17 associations were loose; individuals did not reassociate in highly stable social groups, and their su
21 rtantly, the oxygenase domain monomers could reassociate into a dimeric form even in the absence of t
22 rea-generated monomers of the mutant fail to reassociate into dimers when incubated with l-Arg and te
23 This implies that the nervous system quickly reassociates new relationships between vestibular sensor
26 by deacylation of initiator caspases cannot reassociate to active heterotetramer, thus resulting in
27 ns in the monomer are able to dissociate and reassociate to form a dimer, or diabody, but in which sy
28 ng ends in networks with higher k(a) tend to reassociate to form elastically inactive loops, while th
30 cleoprotein (hnRNP) complexes quantitatively reassociated to form regular helical filaments ranging i
33 protein heterotrimer rapidly dissociated and reassociated upon addition and removal of chemoattractan
34 chloromercuri) benzenesulfonic acid could be reassociated upon treatment with the reducing agent dith
39 hin nuclei or nuclear extracts allows MCM to reassociate with chromatin during S phase and induces re
41 nic cell cycles, which lack a G1 phase, MCMs reassociate with condensed chromosomes toward the end of
43 e show that Ply released by autolysis cannot reassociate with intact cells, suggesting that there is
44 ins in close proximity to that fragment, can reassociate with it, and diffuse back to the recognition
45 Once transcription is halted, cohesin can reassociate with its original sites, independent of DNA
46 cell binding, immunoreactivites, ability to reassociate with RTA, and recombinant heterodimer cell c
47 ylmethionylleucylphenylalanine, FAK and TrxR reassociate with sF-actin and cause SNO-actin removal.
48 e end of the cell cycle, Epac is observed to reassociate with the nuclear envelope and concentrate ar
50 some markers near the centromere transiently reassociate with their sisters and oscillate from one sp
51 that Gbeta gamma dimers dissociate from and reassociate with these Ca channels at very similar rates
53 er salt removal, sigmaK, but not pro-sigmaK, reassociated with exogenous core RNA polymerase to form
56 aseins and denatured whey proteins partially reassociated with the caseins, although a complex behavi
58 anes, but after Ca2+ chelation, they rapidly reassociated with the Golgi, the intracellular vesicles
60 g cortical granule exocytosis, however, rab3 reassociates with a different population of vesicles, at
61 contrast, purified EcapZ stoichiometrically reassociates with all the actin filament barbed ends in
62 .e., it microscopically dissociates from and reassociates with DNA as it diffuses rather than remaini
63 ed by galactose depletion, preexisting Gal80 reassociates with Gal4, indicating that sequestration of
65 due to a rapid IkappaBalpha resynthesis that reassociates with Rel A and completely inhibits its DNA
67 release of unencumbered Gt beta gamma, which reassociates with the membrane and Gt alpha to form a si
68 bleaching (FRAP) showed that fibrillarin-GFP reassociates with the NDF and PNBs at rapid and similar
71 ociates from p130/DREAM, binds to B-Myb, and reassociates with the promoters of late genes during S p
73 iates from salivary mucin-linked HBGA before reassociating with HBGAs linked to intestinal epithelial