ライフサイエンスコーパス: granulomatous inflammation

1 nd Th2 cells participate in the ovum-induced granulomatous inflammation.

2 14-amino acid cyclic peptide that regulates granulomatous inflammation.

3 and necroses, intravascular coagulation, and granulomatous inflammation.

4 e or after the onset of experimental chronic granulomatous inflammation.

5 m albumin reflected mainly lung cellular and granulomatous inflammation.

6 h fibrosis, crypt abscesses, crypt loss, and granulomatous inflammation.

7 microbial killing, recurrent infections, and granulomatous inflammation.

8 mation, and IL-32 emerged as a key driver of granulomatous inflammation.

9 th protein abundance varying by proximity to granulomatous inflammation.

10 haracterized by the presence of noncaseating granulomatous inflammation.

11 but these may include carcinogenic change or granulomatous inflammation.

12 intravenously into eight mice bearing local granulomatous inflammation.

13 nocytes, and macrophages and produce typical granulomatous inflammation.

14 necrotizing vasculitis, and eosinophil-rich granulomatous inflammation.

15 d by degradation of interstitial crystals by granulomatous inflammation.

16 attenuated P. acnes-induced ear swelling and granulomatous inflammation.

17 relieving P. acnes-induced ear swelling and granulomatous inflammation.

18 lium-specific CD4(+) T cells in the lung and granulomatous inflammation.

19 ng anti-IL-17 mAb markedly inhibited hepatic granulomatous inflammation.

20 also resulted in significant exacerbation of granulomatous inflammation.

21 aggregates within poorly organized areas of granulomatous inflammation.

22 ics of T cell influx and mobilization during granulomatous inflammation.

23 4 days but were associated with considerable granulomatous inflammation.

24 o multiple facets of type-2 hypersensitivity granulomatous inflammation.

25 odulate T cell recruitment and activation in granulomatous inflammation.

26 the predominant finding (42.2%), followed by granulomatous inflammation (29%), steatosis/steatohepati

27 With granulomatous inflammation, 52% met the criteria for tub

28 i develop severe CD4 T cell-mediated hepatic granulomatous inflammation against parasite eggs associa

29 e displaying diminished type 2 responses and granulomatous inflammation, also do not fully default to

30 embedded tissue specimens studied, 57 showed granulomatous inflammation and 53 had been cultured for

31 nonhematopoietic cells may partly facilitate granulomatous inflammation and bacterial dissemination.

32 a from the tissues, leading to local chronic granulomatous inflammation and compensatory adaptive imm

33 icited a late xenograft reaction, leading to granulomatous inflammation and dissolution of the membra

34 humans is attributed to parasite egg-induced granulomatous inflammation and fibrosis in the host live

35 ansoni, parasite eggs cause hepatointestinal granulomatous inflammation and fibrosis mediated by CD4

36 ed signaling cues in macrophages to restrain granulomatous inflammation and highlight the therapeutic

37 thermore, a significant reduction of hepatic granulomatous inflammation and IL-17 production in inter

38 We showed that granulomatous inflammation and liver fibrosis were signi

39 Granulomatous inflammation and multinucleated giant cell

40 Crohn disease (CD) are both characterized by granulomatous inflammation and related to nucleotide oli

41 yllium (Be) exposure and is characterized by granulomatous inflammation and the accumulation of Be-re

42 occupational lung disorder characterized by granulomatous inflammation and the accumulation of beryl

43 ure in the workplace and is characterized by granulomatous inflammation and the accumulation of beryl

44 beryllium disease (CBD) is characterized by granulomatous inflammation and the accumulation of CD4(+

45 crotizing vasculitis that is associated with granulomatous inflammation and the presence of anti-neut

46 at while a reduction in IL-4/IL-13-dependent granulomatous inflammation and tissue eosinophilia was o

47 Aspiration biopsy of the vertebra revealed granulomatous inflammation and yeast forms; culture yiel

48 ignals emerged as important regulators of GA granulomatous inflammation, and IL-32 emerged as a key d

49 crotizing and crescentic glomerulonephritis, granulomatous inflammation, and systemic necrotizing vas

50 tant role for CCR5, MIP-1 alpha, and CCR2 in granulomatous inflammation, and that CCR5 and MIP-1 alph

51 nsure that any further complications such as granulomatous inflammation are managed and documented.

52 The tissue Ags that drive this granulomatous inflammation are uncertain.

53 osure to antigen, WT mice developed a marked granulomatous inflammation associated with an increase i

54 The symptoms result from granulomatous inflammation associated with dying cyst fo

55 CBA/J (CBA) mice develop severe hepatic granulomatous inflammation associated with prominent Th1

56 llmark of Mycobacterium-induced pathology is granulomatous inflammation at the site of infection.

57 administration was associated with enhanced granulomatous inflammation, but did not prevent infectio

58 ught to elucidate the role of osteopontin in granulomatous inflammation by characterizing its express

59 Exserohilum provokes robust neutrophilic and granulomatous inflammation capable of thwarting fungal g

60 understanding of the pathways underlying the granulomatous inflammation characteristic of sarcoidosis

61 ysis of all 3 cases revealed elastolysis and granulomatous inflammation characterized by multinucleat

62 -->TLR2KO) exhibited a marked attenuation in granulomatous inflammation compared with WT mice.

63 Granulomatous inflammation consistent with Crohn's disea

64 osin-stained sections revealed non-caseating granulomatous inflammation consistent with skeletal sarc

65 n is controlled through either neutrophil or granulomatous inflammation, depending on the fungal spec

66 t studies support the concept that pulmonary granulomatous inflammation directed by interferon (IFN)-

67 ains had similar degrees of interstitial and granulomatous inflammation during the first 12 weeks of

68 The granulomatous inflammation elicited by i.t. challenge pr

69 exclude infectious and autoimmune causes of granulomatous inflammation, followed by dermatologic wor

70 racterized by pronounced hepatic egg-induced granulomatous inflammation in a proinflammatory cytokine

71 These results suggest that exuberant granulomatous inflammation in CGD is probably not the re

72 The granulomatous inflammation in infection with the helmint

73 to chronic beryllium disease as evidenced by granulomatous inflammation in lung tissue.

74 d cannot substitute for the demonstration of granulomatous inflammation in lung tissue.

75 tory for macrophages and induced less severe granulomatous inflammation in mice, demonstrating that t

76 linical presentation, finding nonnecrotizing granulomatous inflammation in one or more tissue samples

77 The specific antigens initiating granulomatous inflammation in sarcoidosis are unknown, a

78 hogenic antigens relevant to immune-mediated granulomatous inflammation in sarcoidosis, we used a lim

79 rget of the adaptive immune response driving granulomatous inflammation in sarcoidosis.

80 Granulomatous inflammation in schistosomiasis is strictl

81 The granulomatous inflammation in the bowel of patients with

82 itical for protecting mice from a Th1-driven granulomatous inflammation in the ileum.

83 with schistosomiasis mansoni, where chronic granulomatous inflammation in the liver causes portal hy

84 ritical for the development of Th17-mediated granulomatous inflammation in the lung in response to S.

85 dritic cell-mediated development of a type 1 granulomatous inflammation in the lung in response to SC

86 CD4(+) T cells play a key role in granulomatous inflammation in the lung of patients with

87 eplacement IFN-gamma, the GKO mice developed granulomatous inflammation in the lung.

88 haracterized by a CD4+ T cell alveolitis and granulomatous inflammation in the lung.

89 is an idiopathic condition characterized by granulomatous inflammation in the skin.

90 D patients with beryllium sulfate results in granulomatous inflammation in the skin.

91 characterized by an increase in the area of granulomatous inflammation, increased numbers of resisti

92 type 1 (TH1) lymphocytes, attenuates chronic granulomatous inflammation induced by bacterial cell wal

93 responses are required for the generation of granulomatous inflammation induced by inhaled S. chartar

94 responses are required for the generation of granulomatous inflammation induced by inhaled SC.

95 Granulomatous inflammation is a typical feature of Takay

96 Granulomatous inflammation is characteristic of many aut

97 such as periprosthetic osteolysis, in which granulomatous inflammation is initiated by particle phag

98 Granulomatous inflammation is key to the pathogenesis of

99 y infections on CD4 T-cell-regulated chronic granulomatous inflammation is not well understood.

100 plays an important role in controlling acute granulomatous inflammation, it plays no essential role i

101 lation of silica into adult rats resulted in granulomatous inflammation leading to fibrosis and alveo

102 Extravascular granulomatous inflammation may be initiated by ANCA-indu

103 of monocyte chemotactic protein-1 (MCP-1) to granulomatous inflammation mediated by Th1- and Th2-rela

104 Pulmonary granulomatous inflammation modulated by IFN-gamma and IL

105 d suppression in Th2 cytokine expression and granulomatous inflammation observed in egg/CpG-sensitize

106 lated mainly to the egg stage, which induces granulomatous inflammation of affected tissues.

107 ase of ROS, as occurs in the immune-specific granulomatous inflammation of chronic beryllium disease

108 TAK, which is characterized by granulomatous inflammation of the arterial wall, predomi

109 pportunistic pathogenic bacterium, developed granulomatous inflammation of the ileum, characterized b

110 nfiltrative cardiomyopathy that results from granulomatous inflammation of the myocardium and may pre

111 se resulting from lymphocytic and frequently granulomatous inflammation of the peripheral airways, al

112 ial granulomatosis (OFG) is characterized by granulomatous inflammation of the soft tissues of maxill

113 medium and large arteries, characterized by granulomatous inflammation of the three-layered vessel w

114 is (GPA; or Wegener's granulomatosis) is the granulomatous inflammation of the upper respiratory trac

115 Sarcoidosis is a disorder characterized by granulomatous inflammation of unclear etiology.

116 hese mice in exacerbated hepatic egg-induced granulomatous inflammation or in the levels of IL-17 ind

117 is syndrome had chronic active colitis, with granulomatous inflammation present in 7 of 11 patients (

118 SC-mediated granulomatous inflammation required IFN-gamma and was TL

119 S. chartarum-mediated granulomatous inflammation required intact IL-23 or IL-1

120 iency with recurrent pyogenic infections and granulomatous inflammation, results from loss of phagocy

121 ciation with bioaerosols and the presence of granulomatous inflammation support consideration of myco

122 In schistosomiasis mansoni, hepatic granulomatous inflammation surrounding parasite eggs is

123 in 2 patients and demonstrated noncaseating granulomatous inflammation surrounding tattoo ink in the

124 ith schistosome helminths is associated with granulomatous inflammation that forms around parasite eg

125 Sarcoidosis is characterized by noncaseating granulomatous inflammation that involves the lungs or ly

126 asite eggs elicit a Th cell-mediated hepatic granulomatous inflammation that leads to scarring, porta

127 While a non-degradable UPS polymer induces granulomatous inflammation that persists over months at

128 . parvum in sensitized rats caused pulmonary granulomatous inflammation that was histologically simil

129 Although one-third of patients progress from granulomatous inflammation to severe lung damage, the mo

130 s granulomatous lesions are detected, severe granulomatous inflammation was detected in only one of t

131 Surprisingly, although granulomatous inflammation was enhanced at the acute sta

132 Since both responses usually correlate with granulomatous inflammation, we tested six prominently ex

133 mma/TNF-dominant) and 2 (IL-4/IL-5-dominant) granulomatous inflammation were analyzed in mice with kn

134 Severe diffuse inflammation and granulomatous inflammation were evident in the livers of

135 The identified mechanisms of granulomatous inflammation were further evaluated in tis

136 though the soluble and cellular mediators of granulomatous inflammation were qualitatively similar in

137 Regions of interest (ROIs) with and without granulomatous inflammation were selected to examine prot

138 y beryllium exposure and is characterized by granulomatous inflammation with accumulation of CD4+ T c

139 Pulmonary tuberculosis is characterized by granulomatous inflammation with an extensive infiltratio

140 Pulmonary tuberculosis is characterized by granulomatous inflammation with an extensive infiltratio

141 C57BL/6 mice, but not DBA/2 mice, developed granulomatous inflammation with an increase in lung inde

142 and C was C > S > W and ranged from intense granulomatous inflammation with caseous necrosis for inf

143 by biopsy identification of suppurative and granulomatous inflammation with fungal elements.

144 The pathology of human coccidioidomycosis is granulomatous inflammation with many neutrophils surroun

145 nge with 10(6) S. chartarum spores developed granulomatous inflammation with multinucleate giant cell

146 and challenged with 10(6) SC spores develop granulomatous inflammation with multinucleate giant cell

147 e inflammation early progressing to chronic, granulomatous inflammation with necrosis later that spre

148 opathological examination revealed extensive granulomatous inflammation within the dermis and subcuta

149 worms produce ova that incite focal Th2-type granulomatous inflammation within the liver and intestin

150 ry infection prolonged survival and enhanced granulomatous inflammation without reducing lung CFU.