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1  and in multilocus microsatellite genotypes (genets).
2 associated with the outward expansion of the genet.
3  y ago, Crow and Kimura and Ohta and Kimura [Genet.
4 st performing genets than in best performing genets.
5 spring) for male genets compared with female genets.
6 ll time points, mushrooms resolve into small genets.
7  form by the fusion of at least two distinct genets.
8                                              Genet., 106, 389-404.] and OR = 2.59 per 1000 bp increas
9                                      Hum Mol Genet 13:2493-2503, 2004).
10                                              Genet., 29, 1030-1043] performed MRI, muscle biopsy tran
11  clock on cultivated eelgrass Zostera marina genets (4 and 17 years respectively).
12                                              Genet., 45, 422-427 427e421-422.], OR = 3.48 per one-sta
13  the variation in selfing, differences among genets accounted for 16.1% of the variation, and statist
14  global data set of 20 eelgrass populations, genet ages were up to 1,403 years.
15 ribute model estimated the influence of host genet and treatment on Symbiodiniaceae community composi
16  growth leads to an expansion in the size of genets and increased fitness because large floral displa
17 erved when considering only sexually derived genets and kinship coefficients were significant up to t
18 esolve multi-locus genotypes of host (called genets) and symbionts (called strains), distinguish host
19 l expansion of the genetic individual (i.e., genet), and this should decrease distances gametes and s
20                              To test whether genets are ephemeral or persistent, we also sampled from
21 individuals (ramets) to genetic individuals (genets) by molecular methods.
22  size and rate of lateral spread (LS) of the genet can be measured or estimated using morphological t
23 ndity (number of diploid offspring) for male genets compared with female genets.
24                          Once accounting for genet, enriched growth processes were identified in the
25 cators of coral and algal health in 40 coral genets exposed to each of these three stressors singly a
26  and fungi, the sexually produced offspring (genet) grows indeterminately by producing iterative modu
27 families in the Vinson population, with some genets having as many as eight putative siblings.
28                                              Genet identity was more important than time of sampling
29                                              Genets in these two sub-populations appeared to have dif
30  we report on the formation and structure of genets known as symplasmata produced by Pantoea eucalypt
31  end of the experiment, seven of eight coral genets mainly hosted Cladocopium symbionts, whereas the
32 rack temporal and spatial changes of sampled genets necessary for restoration planning and can be app
33 s study, the transcriptomic dynamics of four genets of outplanted Acropora palmata were assessed over
34 ciations among particular symbionts and host genet performance, as well as weaker associations with t
35 ly rooted lianas and all rooted liana stems (genets plus clones).
36 ve propagation) in which parental genotypes (genets) produce vegetative modules (ramets) that are cap
37 ogenetic relationships, 22 S-alleles from 34 genets randomly taken at three Tennessee sites from a ne
38                         These eight selected genets represent the upper and lower tails of the respon
39 of these 10 isolates were ramets of a single genet, suggesting a genetic basis underlying the procliv
40 ta diversity were higher in worst performing genets than in best performing genets.
41 mbiodiniaceae) from eight Acropora millepora genets that thrived under or responded poorly to various
42 ils of the response distribution of 40 coral genets that were exposed to four stress treatments (and
43 ich fitness was determined by the success of genets through their male and female sex functions.
44   We exposed multiple ramets of 26 goldenrod genets to nutrient or shade stress and to oviposition by
45                                        Plant genets varied widely for an induced 'hypersensitive' res
46 ed Cladocopium symbionts, whereas the eighth genet was dominated by both Cladocopium and Durusdinium
47    Specifically, four 'best performer' coral genets were analyzed at the end of the experiment becaus
48 ed stressors, whereas four 'worst performer' genets were characterized because they experienced subst
49 ngens (Scrophulariaceae), each consisting of genets with unique combinations of homozygous marker gen
50 iated by vegetative growth, while many small genets would suggest dispersal mediated by spores.
51                  Larger genetic individuals (genets) would suggest spread mediated by vegetative grow