ライフサイエンスコーパス: maternal inheritance

1 in the resolution in determining the fetus's maternal inheritance.

2 revealed by mitochondrial markers due to its maternal inheritance.

3 allele of Ezh2 to deplete the oocyte of this maternal inheritance.

4 ion during mammalian evolution, possibly via maternal inheritance.

5 after paternal inheritance and of H19 after maternal inheritance.

6 n mitochondria (mtDNA) and is transmitted by maternal inheritance.

7 ylation were observed upon both paternal and maternal inheritance.

8 accumulate on mitochondria due to its strict maternal inheritance.

9 pivotal role of this process in safeguarding maternal inheritance.

10 a bacteria in ovary tissue, indicating their maternal inheritance.

11 a 2-fold higher plaque burden compared with maternal inheritance, a finding consistent across multip

12 llele formation, and to study the effects of maternal inheritance and impaired homology on efficiency

13 However, maternal inheritance and the lack of sexual recombinatio

14 prokaryotic-type gene expression machinery, maternal inheritance and the opportunity to express prot

15 The mitochondrial genome shows strict maternal inheritance and the vast majority of copies are

16 There was no maternal inheritance and there were no mutations in tiss

17 Its polymorphic nature and maternal inheritance are characteristics that have, comb

18 sgene in mouse embryo and placenta only upon maternal inheritance, as is the endogenous Gtl2 gene.

19 formation event and transgene containment by maternal inheritance, as well as a lack of gene silencin

20 tablish a previously uncharacterized mode of maternal inheritance, distinct from imprinting and oocyt

21 r GRC haplotypes that were limited to strict maternal inheritance, even if this was partly detrimenta

22 and identified two different strategies for maternal inheritance evolved in the two species.

23 Even in plants with strict maternal inheritance, exceptional paternal transmission

24 and compared its reproductive compatibility, maternal inheritance, fitness, and virus-blocking abilit

25 After maternal inheritance H19 was consistently expressed, alb

26 Thus, maternal inheritance has enabled the evolution and maint

27 ssion and absent in pedigrees with exclusive maternal inheritance), has been a focus of interest in h

28 We confirmed maternal inheritance in 39 families and demonstrated tha

29 The presumed maternal inheritance in angiosperms allows for certain a

30 Due to their strict maternal inheritance in most animals and plants, mitocho

31 gene expression and gene containment due to maternal inheritance in most crop plants.

32 the elimination of mtDNA, thereby explaining maternal inheritance in this species.

33 Maternal inheritance is an essential point in Arabian ho

34 In many studies, however, strict maternal inheritance is assumed but not tested directly,

35 Maternal inheritance is exhibited within the hybrids, su

36 Maternal inheritance is indicated by presence in the ova

37 Maternal inheritance is often presented as the passive o

38 s the default state and its activation after maternal inheritance is the key mechanistic event for im

39 inheritance leads to a normal phenotype, and maternal inheritance leads to autism or atypical autism.

40 ong crops and weeds have thus far focused on maternal inheritance, male sterility, and seed sterility

41 ccordance with the prevailing view of strict maternal inheritance, many sources assert that during fe

42 We further show that maternal inheritance not only underpins the mimicry of d

43 Maternal inheritance occurs infrequently, with surviving

44 the two with autism or atypical autism have maternal inheritance of a 15q11-q13 duplication whereas

45 r 98% of individuals, implying predominantly maternal inheritance of both genomes.

46 entrioles in mouse sperm further confirm the maternal inheritance of centrosome during murine fertili

47 Maternal inheritance of CGEs intensifies sexually-antago

48 s specific to cpDNA were used to demonstrate maternal inheritance of chloroplasts in 47 natural hybri

49 we report the first unambiguous evidence for maternal inheritance of egg colouration in the brood-par

50 omiting syndrome (CVS) have a high degree of maternal inheritance of functional gastrointestinal and

51 r by environmental changes in the absence of maternal inheritance of homologous piRNAs.

52 presence of heterogeneity and predominantly maternal inheritance of JME might explain it.

53 This pattern of expression suggests maternal inheritance of JMJD3.

54 e we show that this process accounts for the maternal inheritance of mating types in Paramecium tetra

55 Here, we show the effects of the loss of maternal inheritance of miRNAs following specific deleti

56 Maternal inheritance of mitochondria and mtDNA is a univ

57 g isoform of the protein Oskar regulates the maternal inheritance of mitochondria in Drosophila melan

58 Maternal inheritance of mitochondrial DNA (mtDNA) is hig

59 Maternal inheritance of mtDNA is the rule in most animal

60 RNA clusters are functionally defined by the maternal inheritance of piRNAs produced during the previ

61 yield expression of recombinant products and maternal inheritance of plastid-encoded traits make plas

62 Our data, in general, support maternal inheritance of plastids in A. thaliana.

63 s of all three (total n = 9,433) showed that maternal inheritance of RS1 resulted in a significant 93

64 Maternal inheritance of stt1 results in seeds with reduc

65 Maternal inheritance of targeted loss of function allele

66 lts of a breeding study were consistent with maternal inheritance of the cpDNA variants.

67 r litters were null for H19(Delta13) through maternal inheritance of the disrupted gene.

68 in the genome allowed us to interrogate the maternal inheritance of the fetus for 618,271 of 656,676

69 e gene trap technique and analyzed mice with maternal inheritance of the knockout allele.

70 Maternal inheritance of the mez-m1 or mez1-m4 alleles re

71 ization sperm mitophagy, ensures exclusively maternal inheritance of the mitochondria-harbored mitoch

72 While maternal inheritance of the mitochondrial genome is comm

73 sion, in three KOs that fail at sporulation, maternal inheritance of the mutant phenotype suggests th

74 Maternal inheritance of the mutations leads to biallelic

75 Maternal inheritance of the mutations left H19 expressio

76 We also present evidence that the maternal inheritance of these endogenous siRNAs may cont

77 By contrast, maternal inheritance of this deletion had no effect on i

78 Maternal inheritance of this mutation resulted in absenc

79 ryonic lethality associated with uniparental maternal inheritance of this region.

80 It has been argued that uniparental (often maternal) inheritance of cytoplasmic genomes evolved to

81 of the attenuated state by (i) uniparental (maternal) inheritance of the trait, (ii) presence of hig

82 However, because the maternal inheritance pattern can be masked and the syste

83 genome to identify potential causes for this maternal inheritance pattern in adults are warranted.

84 We sought to examine the degree of maternal inheritance pattern of functional disorders and

85 ith CVS has a significantly higher degree of maternal inheritance pattern of functional disorders tha

86 lts with CVS had a higher degree of probable maternal inheritance (PMI) of functional disorders than

87 With maternal inheritance the genetic structure of the cpDNA

88 On maternal inheritance, the (Ch beta GI)(2) was hypomethyl

89 Following maternal inheritance, the human PWS-IC is able to acquir

90 tDNA during late sperm development to foster maternal inheritance, the regulatory mechanisms governin

91 To preserve this cytoplasmic maternal inheritance, they accomplish the difficult task

92 Maternal inheritance via the female-specific W chromosom

93 No maternal inheritance was found for any of these characte

94 While maternal inheritance was indicated in 96% of the individ

95 nce provide better estimates than those with maternal inheritance, while three-locus dicytonuclear da

96 enella isolates from the U.S. share a common maternal inheritance with the E. tenella Houghton.

97 hylation status was associated with ePAL and maternal inheritance, with almost exclusively maternal t