ライフサイエンスコーパス: pathologic process

1 which are now known to be important in this pathologic process.

2 l elastic response rather than a progressive pathologic process.

3 T cell epitopes may allow alteration of the pathologic process.

4 lymphocytes as controlling elements of this pathologic process.

5 action, which may also lead to an autoimmune pathologic process.

6 ing the immune response and perpetuating the pathologic process.

7 role of MHC class I molecules in this latter pathologic process.

8 rP from the normal allele is involved in the pathologic process.

9 pposed to insulin resistance, may be the key pathologic process.

10 sues in JDM have also been implicated in the pathologic process.

11 ation and bone resorption, consistent with a pathologic process.

12 odel, we have defined specific phases of the pathologic process.

13 thelial-specific NF-kappaB signaling in this pathologic process.

14 ll migration is central to many biologic and pathologic processes.

15 facilitates a wide array of physiologic and pathologic processes.

16 erases in vivo and to alter glycan-dependent pathologic processes.

17 ak, whereas deletion of Robo4 enhanced these pathologic processes.

18 tal changes that must be differentiated from pathologic processes.

19 Angiogenesis is central to both normal and pathologic processes.

20 ndamental process in various physiologic and pathologic processes.

21 a significant role in normal biological and pathologic processes.

22 determine whether IL-21 contributes to their pathologic processes.

23 at are involved in diverse developmental and pathologic processes.

24 adation, and therefore are important in many pathologic processes.

25 t organ systems, developmental pathways, and pathologic processes.

26 and pleiotropic mediator of physiologic and pathologic processes.

27 f the high levels of PGE(2) found in various pathologic processes.

28 crucial role in a variety of physiologic and pathologic processes.

29 expression have been associated with various pathologic processes.

30 ange of diseases to antagonize RAGE-mediated pathologic processes.

31 in regulating a variety of physiological and pathologic processes.

32 ssed in a wide variety of disease states and pathologic processes.

33 circulation participating in physiologic and pathologic processes.

34 physiologic processes and for resolution of pathologic processes.

35 has been associated with diverse normal and pathologic processes.

36 roles of each NOS isoform in physiologic and pathologic processes.

37 are pleiotropic molecules mediating several pathologic processes.

38 o the functioning nephrons by the underlying pathologic processes.

39 T, a common end point for multiple different pathologic processes.

40 lay a role in better understanding of the BM pathologic processes.

41 contributes to a variety of physiologic and pathologic processes.

42 RNAs (piRNAs) in particular, define several pathologic processes.

43 on channels involved in many physiologic and pathologic processes.

44 reference framework against which to compare pathologic processes.

45 n endopeptidase that participates in diverse pathologic processes.

46 cans (HSPGs) on the cell surface to transmit pathologic processes.

47 ls that plays a role in many physiologic and pathologic processes.

48 e of a defective cellular mechanism in these pathologic processes.

49 ritis (OA) in terms of both epidemiology and pathologic processes.

50 pathways, osteoclastogenesis, and associated pathologic processes.

51 rkers can be used as objective indicators of pathologic processes.

52 central mediator in multiple homeostatic and pathologic processes.

53 an important role in diverse physiologic and pathologic processes.

54 overloading is responsible for several human pathologic processes.

55 een implicated in a number of key normal and pathologic processes.

56 To differentiate rejection from other pathologic processes, 26 histologic features were assess

57 Pathologic processes affecting the intervertebral disc a

58 CRP and EBCT calcium score reflect different pathologic processes, an issue with implications for cor

59 e with influenza A/PR/8/34 and examined lung pathologic processes and inflammation, as well as transc

60 MicroRNA reflect physiologic and pathologic processes and may be used as biomarkers of co

61 A:(PL + PLP) may provide novel insights into pathologic processes and potentially predict risk of fut

62 death are rarely seen in the young, but the pathologic processes and risk factors associated with it

63 elopment, cell migration in wound healing or pathologic processes, and modulating inflammation and th

64 re early events in acute pancreatitis; these pathologic processes are inhibited in experimental pancr

65 ple other signals, whose roles in normal and pathologic processes are not well understood.

66 rty plays important roles in physiologic and pathologic processes as well as therapeutic efficacy.

67 ay be one manifestation of a multiple-system pathologic process, as is the case in preeclampsia.

68 ntral nervous system might contribute to the pathologic process associated with MTS.

69 essential for understanding physiologic and pathologic processes at the cellular level.

70 Because pathologic processes begin decades before the onset of t

71 also contributes to multiple physiologic and pathologic processes beyond coagulation.

72 expensive index not only of this progressive pathologic process but also of successful intervention.

73 e suggested that T cells are involved in the pathologic process, but the role of these cells remains

74 mmune disease in which the mechanisms of the pathologic process can be analyzed.

75 , which enhance specific molecules or cells, pathologic processes can be visualized at a molecular le

76 cytes and postulated a role for TGase in the pathologic processes common in aging joints.

77 mporoparietal metabolism suggests that these pathologic processes do not co-occur in nonconverters.

78 The complexity underlying a pathologic process does not necessarily require a comple

79 Oncogenesis is a pathologic process driven by genomic aberrations, includ

80 ions have potential importance to normal and pathologic processes during embryonic development and tu

81 as key regulators of various biological and pathologic processes during tumor development and progre

82 ologic (e.g., memory and learning tasks) and pathologic processes (e.g., excitotoxicity).

83 and structural measures suggests progressive pathologic processes early in schizophrenia.

84 a transcription factor for genes involved in pathologic processes, Egr-1 expression in endomyocardial

85 that eosinophils infiltrating into different pathologic processes elaborate TGF-alpha and TGF-beta1.

86 s that these assess different aspects of the pathologic process; electrophysiology can be used to qua

87 play key roles in a host of physiologic and pathologic processes from embryogenesis to cancer.

88 neointimal proliferation; consequently, this pathologic process has become the target of many prevent

89 nally imaging alpha-synuclein as the primary pathologic process has led to efforts toward developing

90 ; however, its exact mode of action in these pathologic processes has remained poorly defined.

91 Lymphangiogenesis is involved in many pathologic processes; however, the roles for lymphatic r

92 cholangiocyte is the target cell of diverse pathologic processes (i.e. the cholangiopathies).

93 growth and spine plasticity may be a common pathologic process in developmental brain disorders.

94 p in our understanding of the most important pathologic process in sickle cell disease.

95 olor change is not associated with any major pathologic process in the tissue.

96 at regulated intron retention can modulate a pathologic process in vivo.

97 Atherosclerosis is a complex pathologic process in which chemokine-mediated leukocyte

98 The RPE is also the site of pathologic processes in a wide variety of retinal disord

99 The order and magnitude of pathologic processes in Alzheimer's disease are not well

100 cessary in understanding normal function and pathologic processes in biology.

101 ho did not have trauma or known intracranial pathologic processes in ED from January 2004 through Jun

102 lmoscopic and histologic analyses documented pathologic processes in eyes of mice lacking the Arf gen

103 s many of the physical manifestations of the pathologic processes in GBM can be visualized and quanti

104 RGC loss possibly attributable to different pathologic processes in glaucomatous DBA/2 mice.

105 transdifferentiation that recapitulates the pathologic processes in humans?

106 ne signatures linked to different stages and pathologic processes in MS provides an avenue to monitor

107 Intracortical and WM injury are concomitant pathologic processes in MS, which are not uniquely distr

108 Our study defines which pathologic processes in murine models of LN recapitulate

109 cells 5 (NFAT5) critically regulates diverse pathologic processes in synovial macrophages including t

110 y against human tumors and potentially other pathologic processes in the "immunologically privileged"

111 l cognition to AD is associated with dynamic pathologic processes in the brain, and this is reflected

112 n D3 metabolites and analogues on normal and pathologic processes in the colon, with particular empha

113 are involved in a variety of physiologic and pathologic processes in the gastrointestinal tract.

114 natomy and the physiologic, immunologic, and pathologic processes in the infant's chest.

115 ceptor-mediated signaling in physiologic and pathologic processes in the kidney; potential therapeuti

116 e used to study the effects of sclerostin on pathologic processes in the knee joint.

117 eration of the tissue composition of various pathologic processes in the pelvis can result in more sy

118 y of many of these enzymes that underlie the pathologic processes in the tendon.

119 ary cells in vitro and in various normal and pathologic processes in vivo.

120 ds) into a coherent account of events during pathologic processes, in order to guide therapeutic deve

121 athways that play important roles in diverse pathologic processes including ischemia-reperfusion inju

122 S1P1 activation also has been implicated in pathologic processes, including autoimmunity and inflamm

123 lectin, is involved in many physiologic and pathologic processes, including cell adhesion, different

124 Because inflammation underlies many pathologic processes, including immune responses, the re

125 actions have also been implicated in various pathologic processes, including inflammation, cancer, an

126 n of new blood vessels, is required for many pathologic processes, including invasive tumor growth as

127 in the pathogenesis of a wide range of acute pathologic processes, including ischemia/reperfusion inj

128 on is implicated in an array of cellular and pathologic processes, including long-term potentiation,

129 ported to play diverse roles in biologic and pathologic processes, including myogenesis.

130 iac fibroblasts to a scarring phenotype is a pathologic process initiated by maternal Abs.

131 fibroblasts to a scarring phenotype may be a pathologic process initiated by maternal antibodies, and

132 brain injury (TBI), results from progressive pathologic processes initiated at the time of injury.

133 With increased understanding of the pathologic processes involved in these disorders, new th

134 -inducible 14 (Fn14), to mediate several key pathologic processes involved in tissue injury relating

135 The pathologic process involves distortion of the membranous

136 by which BAL-family proteins might influence pathologic processes involving B lymphocytes.

137 have implications for other physiologic and pathologic processes involving postnatal vasculogenesis.

138 genetic model that closely simulates the DR pathologic process is great.

139 oxygen tension during normal development or pathologic processes is, in part, regulated by hypoxia-i

140 ine beyond that expected for delirium or the pathologic process itself.

141 homeostasis in yeast may help to define the pathologic process leading to cell damage in Friedreich'

142 ection-induced immunity does not prevent the pathologic process leading to infertility.

143 rrogate measures of heterogeneous underlying pathologic processes leading to cognitive impairment.

144 preterm labor, a syndrome caused by multiple pathologic processes, leads to 70% of preterm births.

145 with SV and LV stroke suggest that different pathologic processes may be involved in the development

146 Understanding these basic pathologic processes may yield novel targets for the dev

147 sease-associated SNPs on gene expression and pathologic processes must consider variation in diverse

148 ulatory mechanism by which developmental and pathologic processes occur.

149 hanges are likely to be related to the basic pathologic process of AD.

150 Like the pathologic process of amyloidogenesis, the formation of

151 ion molecules thus likely participate in the pathologic process of GBS and CIDP.

152 f the relative importance of ADAMTS-4 in the pathologic process of human OA will require examination

153 nuclear mediator that may participate in the pathologic process of liver fibrogenesis in vivo.

154 indicate that a significant component of the pathologic process of periodontitis is due to IL-1/TNF a

155 ibitors may have the potential to revert the pathologic process of squamous metaplasia induced by dry

156 abolic decompensation; however, this primary pathologic process of the disease has not been measured.

157 ng independently and multiplicatively to the pathologic processes of classic dementia.

158 bserved after delirium is independent of the pathologic processes of classic dementia.

159 esulted in individuals with delirium and the pathologic processes of dementia declining 0.72 MMSE poi

160 Delirium in the presence of the pathologic processes of dementia is associated with acce

161 However, the combination of delirium and the pathologic processes of dementia resulted in the greates

162 Decline attributable to the pathologic processes of dementia was -0.39 MMSE points p

163 ommonly shared network nodes reflect the key pathologic processes of immune cell infiltration/activat

164 genes provided insight into physiologic and pathologic processes of mouse retinal development during

165 ams have provided numerous insights into the pathologic processes of these disorders, illustrating ho

166 ditional biomarkers might reflect downstream pathologic processes or appear because of ongoing inflam

167 meibum and the tear film because of certain pathologic processes, or can be of exogenous nature, our

168 bosylation) within the nucleus mediates this pathologic process, PARP-1 and other poly(ADP-ribosyltra

169 CK2 is implicated in several physiologic and pathologic processes, particularly in cancer biology.

170 Many pathologic processes previously considered to be detrime

171 removal of fibrin in specific tissues during pathologic processes reflects temporal changes in the lo

172 the effects of curcumin on intracellular AD pathologic processes remain largely unknown.

173 The exact mechanism of this pathologic process remains elusive.

174 et Ag that is recognized by natural Abs in a pathologic process required in vivo to develop intestina

175 tivity is a key component of physiologic and pathologic processes requiring extracellular matrix degr

176 g the hypothesis that axonal loss is a major pathologic process responsible for irreversible neurolog

177 In these disorders, a pathologic process seems to have caused cognitive functi

178 Pathway- and pathologic process-specific analyses of microarray profi

179 findings suggest that additional unmeasured pathologic processes specifically relate to delirium.

180 fibrosis in asthmatic airways remodeling, a pathologic process still without effective therapy, and

181 ses (MMPs) are active during physiologic and pathologic processes such as cancer metastasis and wound

182 evelopment, inflammation, wound healing, and pathologic processes such as cancer metastasis.

183 ction during development, wound healing, and pathologic processes such as cancer, infection, and chro

184 Amyloids are often associated with pathologic processes such as in Alzheimer's disease (AD)

185 overlap in the diagnostic features of common pathologic processes such as infection, sterile inflamma

186 nismal aging and tissue-autonomous senescent pathologic processes, such as coronary atherosclerosis.

187 t the Group IIA sPLA2 is involved in diverse pathologic processes, such as rheumatoid arthritis, sept

188 tumor cells and contributes to a variety of pathologic processes, such as thrombosis, metastasis, tu

189 tational network analysis of Nrf2 associated pathologic processes suggests that if in a particular ce

190 g observations in the middle of a developing pathologic process, survivor bias, uncertainty in the ti

191 iodontitis is a variably progressive dynamic pathologic process that causes attachment loss, destroys

192 Tissue fibrosis is a core pathologic process that contributes to mortality in ~45%

193 Squamous metaplasia is a pathologic process that frequently occurs in nonkeratini

194 Liver fibrosis is a progressive pathologic process that involves deposition of excess ex

195 infection; b) there should be evidence of a pathologic process that represents a biologically plausi

196 -VLA-4 administration can selectively affect pathologic processes that contribute to altered airway f

197 the diagnosis and treatment of a variety of pathologic processes that damage these nerves, including

198 l cells (ECs) can be injured in a variety of pathologic processes that involve activated complement.

199 rum must be clearly distinguished from other pathologic processes that result in bowleggedness.

200 tory distress syndrome (ARDS) provokes three pathologic processes: unchecked inflammation, interstiti

201 ful information for the understanding of the pathologic processes underlying AD.

202 Ps) are thought to play an important role in pathologic processes underlying many diseases.

203 In summary, we delineate a pathologic process whereby mutant htt-induced loss of th

204 ccumulation and oligomerization are early AD pathologic processes, which may lead to changes in infla

205 standing temporal bone anatomy, localizing a pathologic process with a focus on inflammatory and neop

206 e aortic syndrome (AAS), a potentially fatal pathologic process within the aortic wall, should be sus

207 damental component of normal development and pathologic processes within the eye.