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1 m the colony surface into the air to form an aerial mycelium.
2 ing that culminates with the formation of an aerial mycelium.
3 tiation that begins with the formation of an aerial mycelium and culminates in sporulation.
4 tants are defective in the formation of this aerial mycelium and grow as smooth, hairless colonies.
5        Interestingly, tomatine affected only aerial mycelium and not vegetative mycelium, suggesting
6 rable growth defect but failed to produce an aerial mycelium and showed a significant delay in the pr
7 ifferentiation involving the formation of an aerial mycelium and the production of pigmented antibiot
8 s bacterium Streptomyces coelicolor forms an aerial mycelium as a prerequisite to sporulation, which
9 d during colony development in wild-type and aerial mycelium-deficient bld strains.
10 ssible that these sigma factors, involved in aerial mycelium development and stress response in the a
11 ase that contributes to the proper timing of aerial mycelium formation and antibiotic production, and
12 lated, occurring specifically at the time of aerial mycelium formation and coinciding temporally with
13          Production of SapB commences during aerial mycelium formation and depends on most of the gen
14             Morphological changes leading to aerial mycelium formation and sporulation in the mycelia
15  morphogenetic peptide that is important for aerial mycelium formation by the filamentous bacterium S
16         Genes required for the initiation of aerial mycelium formation have been termed bld (bald), d
17 new ideas about the mechanisms that initiate aerial mycelium formation in Streptomyces.
18 on sigma factor sigmaU blocks the process of aerial mycelium formation in this organism.
19 xtracellular signalling in the initiation of aerial mycelium formation in two phylogenetically distan
20 results indicate that the genetic control of aerial mycelium formation is more complex than previousl
21 putative hydrolase that is also required for aerial mycelium formation on R5 medium.
22 g did not occur on medium non-permissive for aerial mycelium formation or in one particular developme
23 factor from conditioned medium that restores aerial mycelium formation to a mutant of Streptomyces co
24 omplementation such that one mutant restores aerial mycelium formation to the other.
25 ted, commencing approximately at the time of aerial mycelium formation, and depended on bldG and bldH
26 These observations implicate the chaplins in aerial mycelium formation, and suggest that coating of t
27 tants of S. coelicolor, which are blocked in aerial mycelium formation, regain the capacity to erect
28 llular factors involved in the initiation of aerial mycelium formation, the identification of metabol
29 tant has a bald phenotype and is impaired in aerial mycelium formation.
30 otherwise wild-type strain caused a delay in aerial mycelium formation.
31 onal and deletion mutations cause a block in aerial mycelium formation.
32  time points, including those taken prior to aerial mycelium formation; this suggests that whiG may b
33 verexpression and deletion of cdgB inhibited aerial-mycelium formation, and overexpression also inhib
34 whi mutants (interrupted in morphogenesis of aerial mycelium into spores), but was absent from all bl
35  partition into prespore compartments of the aerial mycelium is controlled in part by actin- and tubu
36  subset of Sg bald mutants, which produce no aerial mycelium or spores, was restored in the presence
37 pon nutrient conditions, growth, pigment and aerial mycelium production, sporulation and dimorphic tr
38 ct that transition from vegetative growth to aerial mycelium production, the first stage of morpholog
39  constructed whiK null mutant failed to form aerial mycelium, showing that different alleles of this
40  we identified a previously unknown layer of aerial mycelium surface proteins (the "chaplins").
41 112 point mutant produced substantially less aerial mycelium than its parent, M145.
42  constructed whiN null mutant failed to form aerial mycelium (the "bald" phenotype) and, as a consequ
43 pmentally regulated, increasing sharply when aerial mycelium was present, and reaching a maximum appr

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