ライフサイエンスコーパス: self-pollination

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1 elatives, Arabidopsis thaliana is capable of self-pollination.

2 ecological and genetic conditions favouring self-pollination.

3 lects changes in the extent of geitonogamous self-pollination.

4 e propagated through multiple generations by self-pollination.

5 ethylene production and petal abscission as self-pollination.

6 NA hypomethylation mutant, ddm1, by repeated self-pollination.

7 nalysis of compatibility classes of in vitro self-pollinations.

8 Higher rates of self-pollination and increased tetraploid advantage incr

9 psis thaliana and Arabidopsis halleri during self-pollination and interspecific pollination and durin

10 ion of these factors with different rates of self-pollination and tetraploid advantage.

11 es the positive impact of any given level of self-pollination and tetraploid advantage.

12 ween years, these conditions likewise favour self-pollination, and this can result in a mixture of se

13 of infrequent pollinator visits, autonomous self-pollination boosted seed output per flower, the key

14 ese probes increased slightly in response to self-pollination, but the degree of accumulation in resp

15 ry morphological innovations associated with self-pollination can evolve rapidly after the inactivati

16 lant species that autonomously reproduce via self-pollination consistently have larger geographic ran

17 ollinator visitation as well as among-flower self-pollination (geitonogamy) in self-compatible specie

18 yle length) associated with the evolution of self-pollination in cultivated tomatoes.

19 ns and the evolution of nearly cleistogamous self-pollination in others may reflect local pollinator-

20 ents demonstrate that pollen sampling during self-pollination in pea conforms to the binomial distrib

21 its will evolve towards increased autonomous self-pollination in plant populations experiencing unrel

22 Darwin proposed an adaptive benefit of self-pollination in providing reproductive assurance whe

23 The inhibition of self-pollination in self-incompatible Brassicaceae is ba

24 Self-pollination is common in plants, and limited seed a

25 In plants, the shift from outcrossing to self-pollination is common, providing the opportunity fo

26 The shift to self-pollination is one of the most prevalent evolutiona

27 Self-pollination of diploid zonal geranium (Pelargonium

28 lysis of segregating F2 progeny derived from self-pollination of F1 hybrids from four crosses (B73 x

29 Self-pollination of heterozygous ospal4 mutant lines pro

30 Self-pollination of individual KanR plants from these fa

31 Self-pollination of these partially fertile F(1) plants

32 in pistils and receptacles are unaffected by self-pollination or treatment with 1 micro/l ethylene th

33 In pines, self-pollination rates can be as high as 34% yet only 5%

34 Self pollination resulted in lower seed set, germination

35 tes of rates of recombination, mutation, and self-pollination, show that LD is more extensive than ex

36 istils had exserted stigmas, thus preventing self-pollination, similar to wild-type pistils treated w

37 After two generations of inbreeding by self-pollination, the ddm1/ddm1 lines became nonfluoresc

38 The transition from cross-pollination to self-pollination was accompanied, not by a change in the

39 In vitro self-pollinations were analysed and recorded and plants

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