ライフサイエンスコーパス: gene number

1 telomere repeat copy numbers to single-copy gene numbers).

2 s in genome size that scale independently of gene number.

3 e splicing than on a substantial increase in gene number.

4 rtions of DEFA1:DEFA3 mRNA and corresponding gene numbers.

5 roteome of eukaryotic organisms with limited gene numbers.

6 , SPN1 (suppresses postrecruitment functions gene number 1).

7 riptional control and increases in the total gene number, along lines of descent leading to more comp

8 Differences in rice and maize gene numbers also suggest that maize has lost a large nu

9 ent species, generating a great variation in gene number and content among extant mammals.

10 The GRRs varied both in gene number and density.

11 r important cDNA library properties, such as gene number and expression patterns.

12 Thus, gene duplication increases both gene number and gene complexity, two important factors i

13 ly underlie the apparent discrepancy between gene number and organismal complexity.

14 r the human genome, the relationship between gene number and proteome size is far from simple.

15 the PfRH family of proteins at the level of gene number and sequence and the variations in transcrip

16 sults in the lack of correlation between the gene number and the characteristics of non-coding region

17 a basis for maximum likelihood estimation of gene number and transcript copy frequencies given a set

18 These methods can provide more accurate gene numbers and allow the detection of mRNA splice vari

19 beta-globin cluster haplotypes, alpha-globin gene number, and fetal hemoglobin expression.

20 quence, DNA microarray expression data, tRNA gene numbers, and functional categorizations of proteins

21 e complement C4 polymorphisms in gene sizes, gene numbers, and protein isotypes and (b) their gene or

22 The rapid evolution of PLA2 gene number appears to be due to transposon invasion tha

23 e overall numbers such that total sea urchin gene numbers approximate vertebrate gene numbers for eac

24 olved in jaw development, and changes in Dlx gene number are mapped to the same branch of the vertebr

25 aize and rice revealed subtle differences in gene number, arrangement, and expression patterns.

26 l that organismal complexity scales not with gene number but with gene regulation.

27 d pob3 mutants respond to changes in histone gene numbers, but in opposite ways, suggesting that Spt1

28 , species-specific amino acid substitutions, gene number) by which cold-adapted taxa have evolved the

29 Gene number can be considered a pragmatic measure of bio

30 These results indicate that Ly49 gene numbers can be significantly different between inbr

31 of duplicate genes are the major factors of gene number change.

32 Such gene-number data, however, do not distinguish between ta

33 Even in many shared families, gene numbers differ between the two species, apparently

34 Gene numbers differ slightly between individuals ( appro

35 First, the gene number estimates obtained in silico and not yet sup

36 A gene number estimation method requiring limited sequence

37 oides exhibits high expression levels and/or gene number expansion for multiple genes involved in str

38 sc genes indicates significant plasticity in gene number, expression and function, and implicates the

39 a urchin gene numbers approximate vertebrate gene numbers for each monomeric GTPase family.

40 midominant negative due to a decrease in the gene number from 2 to 1.

41 ristics (base pair length, base composition, gene number, gene boundaries, codon usage) were highly s

42 n KIR haplotype diversity are differences in gene number, gene content, and allelic polymorphism.

43 n unusually complex pattern of variations in gene number, gene size, and nucleotide polymorphism.

44 this predicts an accumulation of genes, the gene number has remained remarkably constant through evo

45 xplain the rapid decline in the Y chromosome gene number in chimpanzee.

46 Genetic map length and gene number in eukaryotes vary considerably less than ge

47 ome, consistent with the conclusion that the gene number in Fugu and human genomes is approximately t

48 d so far, may account for the smaller papaya gene number in most functional groups.

49 t simply a consequence of a larger predicted gene number in rice.

50 The results show that the gene numbers in each species vary from 14 genes up to 43

51 test to date of this hypothesis, we compared gene numbers in homologous families and conducted phylog

52 nematode forces a re-examination of whether gene number, in itself, can be taken as any real guide t

53 ila from recolonizing biofilms, but M. avium gene numbers increased by 0.14-0.76 logs in the bulk wat

54 suggesting that a reduction in protocadherin gene number is not obviously deleterious.

55 es has been developed to determine the total gene number of C4 and the relative dosages of C4A and C4

56 tively doubles the previously known size and gene number of that cluster.

57 This number is significantly lower than gene numbers of vertebrate chordates, but similar to tho

58 s transfected with a similar mass (equimolar gene number) of the native plasmid.

59 The effects of altering NHP6A or NHP6B gene number on the expression of its partner has been ex

60 at 1D found nearly complete conservation of gene number, order, and orientation relative to those of

61 at 1D showed nearly complete conservation of gene number, order, and orientation relative to those of

62 d evolution of PLA2 toxins by examining PLA2 gene number, organization, and expression in both neurot

63 Despite suggestions that changes in Hox gene number played a role in evolution of metazoan body

64 human complement component C4 gene size and gene numbers, plus the extensive polymorphism of the pro

65 es, it has been proposed that an increase in gene number resulted from two rounds of duplication of t

66 The changes include gradual increases in gene number, resulting from the retention of duplicate g

67 e level of Nhp6 protein (or RNA) rather than gene number, since overexpression of Nhp6B protein from

68 correlation between L1 activity and APOBEC3 gene number suggest the relevance of this mechanism to m

69 en accompanied by a several-fold increase in gene number, the invertebrates Caenorhabditis elegans an

70 , and Ras subfamilies, comparing total human gene numbers to the number of sea urchin genes with vert

71 lamentous fungus Neurospora crassa reveals a gene number very much higher than those of yeasts.

72 in this case) and a strain in which the rRNA gene number was reduced to approximately 42 but which gr

73 While little increase in gene number was seen in the SNAREs of the early secretor

74 Some changes in gene number were detected, but overall subfamily size ap

75 A prediction is that gene number will differ sharply between invertebrate and

76 Nonetheless, striking amplifications in gene number within particular functional groups suggest