ライフサイエンスコーパス: canalization

1 ted chaperones comprise a cellular basis for canalization.

2 ds discrete terminal fates, a process called canalization.

3 ant for mirror neuron emergence and suggests canalization.

4 silencing have been previously implicated in canalization.

5 mechanisms underlying piRNA pathway-mediated canalization.

6 te the piRNA pathway through Piwi to mediate canalization.

7 ing RNA or micro RNA pathway, is involved in canalization.

8 demonstrated the function of this complex in canalization.

9 s that there is the potential for widespread canalization.

10 st require an understanding of the nature of canalization.

11 The observed canalization against a LTB in squamates was broken at so

12 Canalization, also known as developmental robustness, de

13 hey have a critical function during urethral canalization and fusion.

14 ill enable further computational modeling of canalization and gene regulation in this transcriptional

15 950s, Waddington put forward his theories of canalization and genetic assimilation.

16 esult of many factors, including pleiotropy, canalization and genetic redundancy.

17 a new mechanism that generates developmental canalization and identify an example of a species with n

18 tion to net auxin flux can plausibly explain canalization and possibly other auxin transport phenomen

19 een polymorphic loci-is the genetic basis of canalization and speciation, and epistatic interactions

20 Thus, HSP90 may centrally influence canalization, assimilation, and the rapid evolutionary a

21 r selection for both increased and decreased canalization at various traits.

22 With canalization, CXCR4 expression was downregulated.

23 rs, constrains the genetic system to produce canalization, even without selection toward an optimum.

24 as been claimed that this robustness, termed canalization, evolves because of long-term natural selec

25 al genetic mechanisms driving plasticity and canalization, few studies tried to unravel the genetic b

26 that the er-105 allele results in increased canalization for this trait.

27 ther involves suppression of auxin transport/canalization from axillary buds into the main stem and i

28 sults suggest that genetic and environmental canalization have the same developmental basis and final

29 ion, and our model further implies the Sachs Canalization Hypothesis and resolves a dilemma regarding

30 nterfering with epigenetic reprogramming and canalization in cancer stem cells.

31 A, that may contribute to microenvironmental canalization in rosette leaf number under long-day photo

32 mine the genetic basis of microenvironmental canalization in the model plant Arabidopsis thaliana, fo

33 racterize the degree and timing of cell fate canalization in the segmentation network.

34 Canalization is a fundamental feature of many developmen

35 Canalization is a result of intrinsic developmental buff

36 In contrast, environmental canalization is defined as the insensitivity of a genoty

37 self-organizing pattern of auxin transport--canalization--is thought to be responsible for vascular

38 We argue that canalization may be an inevitable consequence of complex

39 The extent of canalization, measured as the insensitivity to mutation

40 model species has uncovered several possible canalization mechanisms, however, we still do not unders

41 ry and secondary metabolites, which we named canalization metabolite quantitative trait loci (cmQTL).

42 Considering the canalization of caterpillar diets, evolution to attack a

43 perties, such as timing, multistability, and canalization of genetic expression.

44 le flowers tends to demolish gene expression canalization of key functions; the faded whorl specifica

45 bolism-associated genes, suggesting that the canalization of metabolism is largely controlled by regu

46 igration, and CXCR4 expression declines with canalization of new vessels.

47 g of epithelial endbuds and slowing down the canalization of presumptive ducts.

48 within the parameter range for which genetic canalization of sporulation ability is expected.

49 Stabilization and/or canalization of this polygenic character in a population

50 ublished view that miRNAs play a role in the canalization of transcriptome and, hence, phenotypes.

51 To explore the genetic robustness (canalization) of metabolism, we examined the levels of f

52 for traits under strong selection (adaptive canalization) or greatest for traits under strong direct

53 n development and reprogramming and mediates canalization, or the ability to produce a consistent phe

54 Canalization refers to the process by which phenotypes a

55 ite this, the molecular mechanism underlying canalization remains elusive.

56 ion may favor the evolution of developmental canalization--that is, robustness despite perturbation--

57 t even random mutations impact the degree of canalization, the buffering of a phenotype against genet

58 nlike previous observations of environmental canalization, these mutations did not generally increase

59 These analyses are not consistent with canalization toward any single strategy, particularly ma

60 dow enhancers represent a novel mechanism of canalization whereby complex developmental processes "br

61 ve feedback mechanism termed auxin transport canalization, which establishes auxin flow from active s

62 processes suggests mechanisms of epigenetic canalization, which might contribute to the stability of