ライフサイエンスコーパス: concerted evolution

1 ition are correlated across lines, revealing concerted evolution.

2 pidly between species, a phenomenon known as concerted evolution.

3 ccur as tandem arrays and are homogenised by concerted evolution.

4 this basis are predicted to undergo reduced concerted evolution.

5 rRNA gene families have become a paradigm of concerted evolution.

6 provide a tool to investigate mechanisms of concerted evolution.

7 ination by the recombinational mechanisms of concerted evolution.

8 meologue, possibly resulting from interlocus concerted evolution.

9 dent evolution of duplicated genes is called concerted evolution.

10 process of duplicated regions that involves concerted evolution.

11 hown to evolve neutrally and be subjected to concerted evolution.

12 ed repeats and the nad9 genes are undergoing concerted evolution.

13 strong intrastrain similarity, indicative of concerted evolution.

14 mined that the repeat regions have undergone concerted evolution.

15 balance between amino acid substitutions and concerted evolution.

16 mosomes that may account for this pattern of concerted evolution.

17 h cascades have been subjected to a long and concerted evolution.

18 ter-locus recombination, gene conversion, or concerted evolution.

19 f the flagelliform gene underwent intragenic concerted evolution.

20 a tandemly repeated sequence that evolves by concerted evolution.

21 ined in each nucleus signals a relaxation of concerted evolution, a recombination-driven process that

22 The duration of concerted evolution after gene duplication is highly var

23 sovers lead to repeat homogenization through concerted evolution, although the degree of unequal cros

24 VERL repeats 3-22 have been subjected to concerted evolution and consequently have almost identic

25 cycles in order to determine the effects of concerted evolution and sexual reproduction upon the div

26 The average length of the period of concerted evolution and the gene conversion rate are est

27 positive correlation between the duration of concerted evolution and the gene expression level.

28 hod is developed to estimate the duration of concerted evolution and the time to the whole-genome dup

29 rrays is influenced by intra- and interlocus concerted evolution and their expression is characterize

30 evel of genetic activity required to sustain concerted evolution, and propose a model to explain why

31 unction, alpha-satellite is also a model for concerted evolution, as alpha-satellite repeats are more

32 ese families is quite different from that of concerted evolution but is in agreement with the birth-a

33 uplicated gene pairs) exhibit no evidence of concerted evolution, but instead appear to evolve indepe

34 n of the Drosophila dumpy gene is undergoing concerted evolution by the process of unequal crossing o

35 roteins by positive selection are known, and concerted evolution can influence the differentiation of

36 nserved amino acid repeat structure promotes concerted evolution due to the high probability of misre

37 he current models to explain this process of concerted evolution, emphasizing early studies of recomb

38 onomic families, indicating that independent concerted evolution events have homogenized different mo

39 The models with concerted evolution fit the data significantly better th

40 ormation, thereby indicating that interlocus concerted evolution has not been an important factor in

41 ndings with the fossil record indicates that concerted evolution has occurred since Bos/ Bison and Sy

42 isting phylogenetic trees and indicate where concerted evolution has taken place.

43 dition, we find that purifying selection and concerted evolution have acted to conserve Aliatypus spi

44 We show that the processes of concerted evolution have been operating on all species o

45 dicates that cellular processes underpinning concerted evolution have homogenized populations and spe

46 In addition, processes of concerted evolution have radically altered the codon usa

47 ation results demonstrate that the length of concerted evolution (i.e., phase II) is highly variable,

48 ore of the same product, which could enhance concerted evolution in dosage-sensitive genes.

49 e is a limiting factor in the observation of concerted evolution in some pairwise comparisons.

50 The higher level of concerted evolution in the 5-7 MY-old segmental duplicat

51 Concerted evolution in the egg receptor could explain th

52 than 35 million years ago and are subject to concerted evolution in the long term.

53 quivocally demonstrates the pervasiveness of concerted evolution in the rrn gene family.

54 two subgenera, suggesting different rates of concerted evolution in two subgenera which could be attr

55 riants was largely consistent with models of concerted evolution in which there is uniform recombinat

56 igene families were thought to be subject to concerted evolution, in which all member genes of a fami

57 when it is based on the molecular clock but concerted evolution is common.

58 Concerted evolution is normally used to describe paralle

59 Concerted evolution is often invoked to explain the dive

60 rRNA sequences supports the hypothesis that concerted evolution is reduced when copies of a gene are

61 Remarkably, concerted evolution is so well orchestrated that even tr

62 However, some concerted evolution is suggested by clustering of rDNA s

63 apid evolutionary change between species and concerted evolution leading to molecular homogeneity wit

64 Concerted evolution maintains at near identity the hundr

65 Concerted evolution makes one duplicated chromosomal seg

66 and propose that, as in the abalone system, concerted evolution may be involved in adaptive changes

67 The way in which concerted evolution occurred appears to be determined by

68 s of unequal crossing-over, altering the way concerted evolution occurs.

69 This revealed evidence for concerted evolution of all three cytoplasmic domains wit

70 Concerted evolution of different regulatory mechanisms f

71 al dispersal and highlight the potential for concerted evolution of dispersal and animal personality

72 GC plays in various genetic diseases and the concerted evolution of gene families, the parameters tha

73 tion of the translation apparatus, including concerted evolution of Gln-tRNA synthetase and Glu-tRNAG

74 h recombination and breakpoint repair, while concerted evolution of IR1 is driven by gene conversion

75 The concerted evolution of morphological and behavioral spec

76 ation of molecular mechanisms that cause the concerted evolution of multigene families such as rDNA.

77 We propose a model for the concerted evolution of opsin genes and the elaboration o

78 Evidence of concerted evolution of paralogous 2'-5' oligoadenylate s

79 These data suggest that in the concerted evolution of rRNA genes, homogenization is a c

80 bA/babB gene conversions likely underlie the concerted evolution of the 3' segments, in an experiment

81 oles of conversion interact to drive dynamic concerted evolution of the hsp70 genes.

82 Still, support for this idea of concerted evolution of the morphology of the lizard sens

83 ider whether these LTRs might play a role in concerted evolution of the primate RNU2 locus.

84 The process of concerted evolution of the rDNA locus should give rise t

85 recombinational events that give rise to the concerted evolution of the rDNA locus.

86 sequence variation resulting from imperfect concerted evolution of the ribosomal DNA region follows

87 ation of RNU2 has remained unchanged despite concerted evolution of the tandem array.

88 e propose that the primary driving force for concerted evolution of the tandem U2 genes is intrachrom

89 iple theoretical studies have focused on the concerted evolution of the tandemly repeated rRNA genes

90 Thus concerted evolution of the U2 tandem array occurs in sit

91 ences is the product of the much more recent concerted evolution of this satellite DNA.

92 These patterns support the concerted evolution of tRNA-binding sites in the two sub

93 To determine whether these genes defy the concerted evolution paradigm, we examined the patterns o

94 ates that the molecular drive leading to the concerted-evolution pattern of this satellite DNA is a t

95 may maintain similarities with each other by concerted evolution, possibly involving gene conversion-

96 ive units within species suggests intragenic concerted evolution, presumably through gene conversion

97 tified an additional seven families in which concerted evolution probably occurs.

98 ufogriseus is likely due to duplications and concerted evolution rather than a high number of indepen

99 cross species reveal the strong influence of concerted evolution, resulting in intragenic homogenizat

100 ith a previous observation of the interlocus concerted evolution (sequences corresponding to A and D

101 red abalone VERL have not been subjected to concerted evolution since the divergence of the red spec

102 l DNA (rDNA) repeats evolve together through concerted evolution, some genomes contain a considerable

103 Unlike concerted evolution, the model of birth-and-death evolut

104 cus) of arthropods, a locus known to undergo concerted evolution, the recombinational processes that

105 We investigated whether concerted evolution through conversion and crossing over

106 five chromosome pairs and is homogenized by concerted evolution through recombination and gene conve

107 ar clock model, indicating a crucial role of concerted evolution via gene conversion after gene dupli

108 This difference is explained by extensive concerted evolution via gene conversion between duplicat

109 ns, two gene families that appear to undergo concerted evolution were studied in detail.

110 d nonribosomal peptide synthetases evolve by concerted evolution, which generates sets of sequence-ho

111 believed that this gene family is subject to concerted evolution, which homogenizes the member genes

112 se members possess a single dsRBM that shows concerted evolution with the most C-terminal dsRBM domai

113 at the two orthologous t-unit arrays undergo concerted evolution within each taxa and are likely fluc