ライフサイエンスコーパス: inheritance pattern

1 large AF family with an autosomal recessive inheritance pattern.

2 ects, consistent with an autosomal recessive inheritance pattern.

3 stemic lupus erythematosus, show a polygenic inheritance pattern.

4 ich MS segregates with an autosomal dominant inheritance pattern.

5 l, common diseases do not follow a Mendelian inheritance pattern.

6 ited in Alport GBM, regardless of species or inheritance pattern.

7 idermolysis bullosa with autosomal recessive inheritance pattern.

8 me (CSS) phenotype and an autosomal dominant inheritance pattern.

9 pe segregation ratio showing a non-Mendelian inheritance pattern.

10 ets, decreased ATP secretion, and a dominant inheritance pattern.

11 n DDX3X, suggestive of an X-linked recessive inheritance pattern.

12 istent with an autosomal recessive Mendelian inheritance pattern.

13 ne genodermatosis with an X-linked, dominant inheritance pattern.

14 tudies, which revealed the complexity of the inheritance pattern.

15 ntly, explaining the seemingly non-mendelian inheritance pattern.

16 nerated and genotyped to determine transgene inheritance pattern.

17 5X) causes juvenile cataract with a dominant inheritance pattern.

18 ermont II but fails to fully account for the inheritance pattern.

19 GF trait observed to segregate in a dominant inheritance pattern.

20 ir reaction mechanism and can explain [PSI+] inheritance patterns.

21 Special consideration is given to unusual inheritance patterns.

22 with most expression levels showing complex inheritance patterns.

23 ported to cause cataracts with semi-dominant inheritance patterns.

24 mplex diseases that do not exhibit Mendelian inheritance patterns.

25 ason for varying severity and differences in inheritance patterns.

26 rrelation and segregation analyses to assess inheritance patterns.

27 nkey models of human diseases, regardless of inheritance patterns.

28 digrees with dominant, recessive and de novo inheritance patterns.

29 indicated by their tissue distributions and inheritance patterns.

30 arely (if ever) exhibits classical Mendelian inheritance patterns.

31 he informative loci exhibiting non-Mendelian inheritance patterns.

32 cal phenotypes that typically show Mendelian inheritance patterns.

33 Of the 53 cases with this inheritance pattern, 51 carried a submicroscopic deletio

34 pedigree, and invalidate analyses of marker inheritance patterns across the dataset.

35 s by physical mapping and by comparing their inheritance patterns against those of restriction fragme

36 lies, emphysema showed an autosomal dominant inheritance pattern, along with pulmonary fibrosis and o

37 Inheritance pattern and causative mutation; retinal func

38 ondition with an entirely autosomal dominant inheritance pattern and emphasize the variability of pen

39 tance, with mutations in many genes for each inheritance pattern and numerous, distinct, disease-caus

40 disorder that exhibits an autosomal dominant inheritance pattern and presents severe bleeding after t

41 tina creates a miniature swine model with an inheritance pattern and retinal function that mimics adR

42 X-linked (on the X chromosome), the disease inheritance pattern and risk of recurrence for the two g

43 Genes were prioritized based on the inheritance pattern and total number of pathogenic loss-

44 Cultural practices influence the inheritance patterns and a Caucasian founder is postulat

45 vergence times and use F1 hybrids to examine inheritance patterns and disentangle cis- and trans-regu

46 clear trio that are concordant with expected inheritance patterns and phase a set of structural varia

47 The purpose of this review is to discuss the inheritance patterns and recent genetic advances in the

48 Analysis of the inheritance patterns and resistance spectra of transgeni

49 thism has been attributed to various genetic inheritance patterns and some environmental factors.

50 The molecular bases for these differences in inheritance patterns and the mechanism for cataractogene

51 Complex human diseases do not have a clear inheritance pattern, and it is expected that risk involv

52 disease duration, with an autosomal dominant inheritance pattern, and with tau-rich neurofibrillary p

53 e complex queries based on sample genotypes, inheritance patterns, and both pre-installed and custom

54 f type 2 diabetes are polygenic with complex inheritance patterns, and penetrance is strongly influen

55 d identification of associated health risks, inheritance patterns, and possible current and future tr

56 These symptoms and inheritance pattern are very similar to those of inconti

57 Cardiomyopathy inheritance patterns are fairly well understood, but how

58 Twenty years later, we reinterpreted the inheritance pattern as maternal.

59 ic disorders showing anticipation follow two inheritance patterns as a function of length.

60 Here we review hearing loss inheritance patterns as they were discovered in differen

61 Predicting prognosis and inheritance pattern, as well as treatment plans will in

62 ure of human society: descent determines the inheritance pattern between generations, whereas residen

63 ased not only upon clinical features and the inheritance pattern but also on molecular genetic analys

64 is suggestive of an autosomal-dominant (AD) inheritance pattern, but autosomal-recessive (AR) modes

65 Some genes follow a Mendelian inheritance pattern, but others are risk factors for app

66 However, because the maternal inheritance pattern can be masked and the systemic disea

67 The variation in inheritance patterns can be partly due to the use of dif

68 , > or =1-mm STE) with an autosomal dominant inheritance pattern characterized by incomplete penetran

69 gregated with this phenotype with a dominant inheritance pattern (combined logarithm of the odds scor

70 s based on importance sampling of unobserved inheritance patterns conditional on the observed genotyp

71 tudies showed that a non-Mendelian polygenic inheritance pattern for autoimmune disease was most cons

72 The inheritance pattern for nob was defined by breeding nob

73 Inheritance patterns for Alternaria-negative asthma reve

74 g process on 985 genes with well-established inheritance patterns for Mendelian conditions, and repea

75 otype (M), organ(s) involvement (O), genetic inheritance pattern (G), etiological annotation (E) incl

76 , organ involvement (O), genetic or familial inheritance pattern (G), etiological information (E), an

77 Variation exists between the inheritance patterns, genes responsible, course of disea

78 To date, only an autosomal-recessive inheritance pattern has been described in individuals wi

79 The dominant inheritance pattern has been postulated to reflect neuro

80 The same inheritance pattern has been proposed for Rett syndrome,

81 M127000) and autosomal recessive (MIM244460) inheritance patterns have been described.

82 h autosomal-recessive and autosomal-dominant inheritance patterns have been described.

83 dominant, autosomal recessive, and X-linked inheritance patterns have been described.

84 Single gene disorders with Mendelian inheritance patterns have contributed greatly to the ide

85 This unusual inheritance pattern holds even when the Ty1 primer bindi

86 l dominant transmission is the usual type of inheritance pattern identified.

87 FCD groups, with a likely autosomal dominant inheritance pattern in 9 of 10 families.

88 identify potential causes for this maternal inheritance pattern in adults are warranted.

89 monly recognized, with an autosomal dominant inheritance pattern in approximately 10% of all cases.

90 The inheritance pattern in familial desmin myopathy is autos

91 ree genes, indicating an autosomal-recessive inheritance pattern in the majority of UHS case subjects

92 The inheritance pattern in this family suggests the presence

93 anges in both copies of the mutant gene, and inheritance patterns in all families are consistent with

94 nce constructs allow direct visualization of inheritance patterns in intact tetrads, eliminating the

95 Inheritance patterns in probands' relatives were analyse

96 om the same individual, by tracing Mendelian inheritance patterns in STR alleles in whole-genome sequ

97 Ty1 plus strand strong-stop DNA transfer and inheritance patterns in the primer binding site.

98 Inheritance patterns in twins and multiplex families led

99 affects CQ response in the progeny; however, inheritance patterns indicate that an allele-specific in

100 The inheritance pattern indicated that this locus influences

101 tities, classified based on their pathology, inheritance pattern, involvement of the kidney and clini

102 eir effects and then discusses non-Mendelian inheritance patterns involving modifier genes.

103 The inheritance pattern is apparently autosomally dominant w

104 ecessive alleles, but an autosomal recessive inheritance pattern is much more common.

105 ly, the distantly related Ty3 element has an inheritance pattern like Ty1, indicating evolutionary co

106 r(s) (n = 6), alteration of presumed disease inheritance pattern (n = 7), changing of prognosis (n =

107 The inheritance pattern observed for these traits supported

108 ing mtDNA mutation, explaining the different inheritance patterns observed in human pedigrees transmi

109 Rarely, an autosomal dominant inheritance pattern occurs.

110 nd also suggest a mechanism for the dominant inheritance pattern of a hereditary disease resulting fr

111 gh the small size, limited gene content, and inheritance pattern of each suggests that the phenotypic

112 The dominant inheritance pattern of FAD indicates that it may be attr

113 Consistent with the female-specific inheritance pattern of FDH, Porcn hemizygous male embryo

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

115 as a significantly higher degree of maternal inheritance pattern of functional disorders than control

116 and explains several features of the complex inheritance pattern of HSCR.

117 died two families with an autosomal dominant inheritance pattern of keloids.

118 We noted an unexpected inheritance pattern of lesions in several strains of gen

119 In contrast to expectations based on the inheritance pattern of PGL, the SDHD gene showed no evid

120 stablishing a digenic and autosomal dominant inheritance pattern of PRAAS.

121 prion drives" that reverse the non-Mendelian inheritance pattern of prions and eliminate them from ye

122 ollectively, these results suggest a complex inheritance pattern of psoriasiform dermatitis in this m

123 rentiation, which thus explains the dominant inheritance pattern of PTS despite the presence of one n

124 The inheritance pattern of rd6 is autosomal recessive.

125 ption of a family with an autosomal dominant inheritance pattern of retinal dystrophy associated with

126 tes by a complete genetic dissection why the inheritance pattern of S-HSCR is nonmendelian.

127 o those from the spleens of the parents, the inheritance pattern of some bands was found to be unusua

128 We assessed the possible presence and inheritance pattern of subclinical intestinal inflammati

129 udies indicate a likely homozygous recessive inheritance pattern of the defect.

130 absorption assays, and familial analyses for inheritance pattern of the gene(s) potentially responsib

131 To establish the inheritance pattern of the slow-growing tumor phenotype,

132 x-determining region (SDR), and to trace the inheritance pattern of the transgene in relation to sex.

133 The unique inheritance pattern of the X chromosome exposes it to na

134 s, as well as the common autosomal recessive inheritance pattern of thin corpus callosum and axonal C

135 ected and 12 unaffected individuals, and the inheritance pattern of this family tends to be autosomal

136 ariance components analyses suggest that the inheritance pattern of this inflammation is affected by

137 families and the likely autosomal-recessive inheritance pattern of this syndrome, we undertook autoz

138 n in a family with the clinical features and inheritance pattern of X-linked amelogenesis imperfecta

139 iochemical mechanisms of regulation from the inheritance patterns of altered chromatin states.

140 has been reported in families with dominant inheritance patterns of Parkinson's disease, suggesting

141 Here, we define the inheritance patterns of susceptibility to KA-induced neu

142 ophila melanogaster population and study the inheritance patterns of TEs during hybrid dysgenesis.

143 art disease has been hampered by the complex inheritance patterns of these disorders.

144 Genetic maps characterizing the inheritance patterns of traits and markers have been dev

145 .8 years) and their parents to determine the inheritance patterns of ultrarare, nonsynonymous variant

146 LAMMS and four other algorithms to Mendelian inheritance patterns on a pedigree; we compare calls fro

147 It can apply a different inheritance pattern or a de novo mutations discovery mod

148 but, for diseases lacking a clear Mendelian inheritance pattern or caused by several genes of low to

149 with the transgene and demonstrated a stable inheritance pattern over four subsequent generations tes

150 found to be characterized by a nonmendelian inheritance pattern, referred to as polar overdominance,

151 Inheritance patterns showed that two of the wild oat iso

152 n the entire gene and represent the numerous inheritance patterns that are associated with parkin-lin

153 d pedigree genotypes to reduce the number of inheritance patterns that need to be considered.

154 of genes that cause them, and the variety of inheritance patterns that the affected families display.

155 to identify modifier phenotypes with complex inheritance patterns that would be unidentifiable in hum

156 aneous syndrome having an autosomal dominant inheritance pattern, though the condition has a high rat

157 r-bearing animals and compared their allelic inheritance patterns to non-tumor-bearing siblings in a

158 roportional-odds logistic model that relates inheritance patterns to the distribution of the ordinal

159 roportional-odds logistic model that relates inheritance patterns to the distribution of the ordinal

160 blistering disorders have been classified by inheritance pattern, ultrastructural morphology and leve

161 tic signal of genomic regions with different inheritance patterns using genome skimming and ddRAD-seq

162 By aggregating all possible inheritance patterns via an explicit representation of t

163 A further feature of the inheritance pattern was examined when a unique point mut

164 A simple Mendelian inheritance pattern was found for all four loci, which s

165 However, a non-Mendelian inheritance pattern was shown among male progeny of hete

166 ciated ocular and systemic abnormalities and inheritance patterns were assessed.

167 in interleukin-10 signaling have a Mendelian inheritance pattern with complete penetrance of intestin

168 SCA8 shows a complex inheritance pattern with extremes of incomplete penetran