ライフサイエンスコーパス: shattering

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1 uring crop domestication is the loss of seed shattering.

2 he MADS-box gene, zagl1, associates with ear shattering.

3 t high internal excitation that results from shattering.

4 on of these peptides is solely determined by shattering.

5 ains, affecting mechanical strength and seed shattering.

6 selection for its effect on the loss of ear shattering, a key domestication trait.

7 Brittle Rachis 1 (TtBtr1) genes controlling shattering, a key domestication trait.

8 Ironically, however, the shattering allele of SpWRKY appears to be recently evolv

9 in which it is closely associated with seed shattering and dormancy.

10 we analyze two domestication-related traits, shattering and flowering time, in a mapping population d

11 Chromosome shattering and reassembly resembling chromothripsis (a s

12 non of 'chromothripsis' (massive chromosomal shattering and reorganization) is not unique to cancer c

13 Long-term consequences of this landscape shattering are inferred to include increased runoff and

14 Association of seed dormancy with shattering, awn, and black hull and red pericarp colors

15 In the first, chromosome shattering (chromothripsis) is produced by mitotic entry

16 sor about 10 kilometres in diameter during a shattering collision 7.5 million years ago.

17 s, chlorophyll degradation, and earlier seed shattering compared with the wild type.

18 odon and led to small seeds and loss of seed shattering during African rice domestication.

19 n development and, thus, contributes to seed shattering from mature fruits.

20 The distributions of these non-shattering haplotypes among sorghum landraces suggest th

21 igating the molecular mechanisms of seed pod shattering has shown that the basic helix-loop-helix (bH

22 arily responsible for the reduction of grain shattering in rice domestication.

23 Here, we show that seed shattering in sorghum is controlled by a single gene, Sh

24 Local chromosome shattering involving a single-step catastrophic event (c

25 The results suggest that a shattering mechanism dominates the vaporization dynamics

26 , including changes in ploidy level, loss of shattering, multiple origins, and domestication outside

27 atic reductions in injection risk behaviors, shattering of cohesive injection networks, and/or broad

28 ntributes to the improved sequence coverage: shattering of peptide ions on surfaces opens up a variet

29 s were most probably produced by collisional shattering of precursor objects after capture by Jupiter

30 dispersal by rhizomes and seed dispersal by "shattering" of the mature inflorescence.

31 Shattering opens a variety of dissociation pathways that

32 Interestingly, GL4 also controls the seed shattering phenotype like its orthologue SH4 gene in Asi

33 og (OsSh1) was subsequently validated with a shattering-resistant mutant, and two maize orthologs (Zm

34 The reduction in grain shattering that led to cereal domestication involved gen

35 Shattering the long-held dogma that organolithium chemis

36 transcription factor, SpWRKY, in conferring shattering to a wild sorghum relative, Sorghum propinquu

37 Internal energies required for shattering transition are approximately the same for des

38 the dynamics of ion-surface interaction: the shattering transition.

39 Suppression of seed shattering was a key step during crop domestication that

40 replication fork progression and chromosomal shattering were also observed, suggesting replication st

41 Our results indicate that Sh1 genes for seed shattering were under parallel selection during sorghum,

42 cent discovery of a YABBY locus that confers shattering within Sorghum bicolor and other cereals vali

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