ライフサイエンスコーパス: herniation

1 of the pericardium with a complication (eg, herniation).

2 e vesicles that bulged into the nucleoplasm (herniations).

3 rvical spondylosis, osteoarthritis, and disc herniation.

4 compression affect radicular pain from disc herniation.

5 t with neurologic deterioration due to brain herniation.

6 the ability to recognize different stages of herniation.

7 in the control group who had no lumbar disc herniation.

8 low back pain and is a prerequisite to disk herniation.

9 n well studied in comparison with acute disk herniation.

10 f cardiopulmonary arrest caused by brainstem herniation.

11 ightward shift; all eight patients had liver herniation.

12 ggressive medical reversal of transtentorial herniation.

13 scan, all patients showed grade 1 hindbrain herniation.

14 " Nissen, and repair of acute paraesophageal herniation.

15 d by inflammation, brain swelling, and brain herniation.

16 pain with radiating leg pain is lumbar disc herniation.

17 erative changes, signal of the disc and disc herniation.

18 underwent repeat surgery for recurrent disk herniation.

19 microdiscectomy for treatment of lumbar disc herniation.

20 SI alone for sciatic pain due to lumbar disk herniation.

21 RPs for the treatment of intervertebral disc herniation.

22 mbrane delivery at sites of nuclear envelope herniation.

23 , and abolished risk of surgical access site herniation.

24 nservative care for sciatica and lumbar-disk herniation.

25 ing tighter coil packing and preventing coil herniation.

26 tive effect in men the first year after disc herniation.

27 low back pain and sciatica after lumbar disc herniation.

28 re loosening, and recurrent or residual disk herniation.

29 pressure gradients, brain tissue shift, and herniation.

30 llary dilation, which is indicative of uncal herniation.

31 and nuclear lamins and formation of nuclear herniations.

32 sor specifically accumulates within these NE herniations.

33 e to defective disintegration of bubble-like herniations.

34 serine/threonine kinase US3 also accumulate herniations.

35 new or worsening) hemorrhage, 2) mass effect/herniation, 3) infarction, and 4) hydrocephalus.

36 ears 12.14 (2.60-56.02), p = 0.001 and uncal herniation 4.98(1.53-16.19), p = 0.007].

37 cation elsewhere, 109 had transdiaphragmatic herniation (47%, P = NS).

38 After the formation of breaks in the mtDNA, herniation(5) mediated by BAX and BAK releases mitochond

39 the disc (40%) and for the detection of disc herniation (55%).

40 f radiographic or clinical signs of cerebral herniation (adjusted hazard ratios, 0.22; 95% CI, 0.06-0

41 ality at 3 months, after adjusting for brain herniation, admission Glasgow Coma Scale, duration on va

42 discectomy treatment for intervertebral disc herniation alleviates pain but does not repair the annul

43 lained by the reduced incidence of hindbrain herniation among study infants (38% vs 95%; P<.001).

44 ngue lesions or mimic them, sublingual gland herniation, an apparent exacerbation of the airway edema

45 me was reported in 85% of patients with disk herniation and 83% without disk herniation (P=0.70).

46 sided congenital diaphragmatic hernia (liver herniation and a lung-to-head ratio below 1.4), with no

47 a before 26 weeks' gestation, who have liver herniation and a sonographic right lung-to-head circumfe

48 tion showed significant (grade 3) cerebellar herniation and absence of spinal fluid spaces around the

49 etic activation that occurs after brain stem herniation and are not associated with allograft use for

50 arly indicated in extreme cases of pulmonary herniation and chest wall disruption.

51 +/- 2 mmHg at 10 min, often producing brain herniation and death.

52 cal examination revealed a high incidence of herniation and degeneration of vertebral discs.

53 d hip mobility, as well as lower lumbar disc herniation and degeneration.

54 ore than 20 years earlier with a lumbar disk herniation and has persisted despite diskectomy.

55 encephalic anomalies that include hindbrain herniation and hydrocephalus.

56 l repair reduced hydrocephalus and hindbrain herniation and improved motor function in children aged

57 gic and mechanical changes during incisional herniation and its effect on incisional hernia repairs.

58 , resulting in a high incidence of recurrent herniation and persistent dysfunction.

59 imaging-confirmed lumbar intervertebral disk herniation and persistent signs and symptoms of radiculo

60 follow-up in patients with known lumbar-disk herniation and persistent symptoms of sciatica.

61 Patients (n = 258) with lumbar disc herniation and sciatic pain, all European-Caucasian, wer

62 ade 5 KTE-X19-related events occurred (brain herniation and septic shock).

63 ngocele decreases the incidence of hindbrain herniation and shunt-dependent hydrocephalus in infants

64 s for the presence and degree of lumbar disk herniation and spinal nerve root impingement.

65 among those with a definite absence of disk herniation and those with a definite, probable, or possi

66 cal to avoid "slipped" wraps and mediastinal herniation and to achieve the best patient outcome.

67 spondylolysis, back pack-related pain, disc herniations and back pain in adolescent athletes.

68 formation of NPC-associated nuclear envelope herniations and growth inhibition at 37 degrees C.

69 ear egress, enveloped virions accumulated in herniations and in the perinuclear space, and fewer enve

70 acranial pressure, secondary brain ischemia, herniation, and brain death.

71 ng to augmented cerebral pressure, brainstem herniation, and death.

72 onship between lumbar back pain, lumbar disc herniation, and erector spinae and multifidus muscle lip

73 d (one owing to massive infarction and brain herniation, and one owing to brainstem infarction).

74 etween facet degeneration, disc degeneration/herniation, and sacralization.

75 nts (13%): one participant had a spinal disk herniation, and the other died suddenly 179 days after t

76 hypocarbia (PaCO(2) <30 mm Hg) without brain herniation; and maintenance of cerebral perfusion pressu

77 s resulted in an average 2-grade decrease in herniation appearance in a 5-point severity scale.

78 ts following lumbar microdiscectomy for disc herniation are at increased risk for symptomatic recurre

79 increase in intracranial pressure and brain herniation are major complications of acute liver failur

80 hat DNAJB6 localizes inside the lumen of the herniations arising at NPC biogenesis intermediates.

81 closure resulted in improvement in hindbrain herniation as demonstrated by serial MRI scans.

82 of nerve damage (lumbar back pain with disc herniation) association with greater pain outcome in hom

83 nite, probable, or possible presence of disk herniation at 1 year.

84 red 2.7 times as often among patients with a herniation at baseline (P = .003).

85 ad lasted for 4 to 12 months and lumbar disk herniation at the L4-L5 or L5-S1 level in a 1:1 ratio to

86 esulted in the formation of nuclear membrane herniations at 23 degrees C.

87 The presence of herniations at the nuclear envelope of aged cells sugges

88 i increases and these foci are identified as herniations at the nuclear envelope.

89 tients in the case group who had lumbar disc herniation between L1-S1 level and there were 187 patien

90 Nuclear envelope herniations (blebs) containing FG-nucleoporins and ubiqu

91 eral secondary outcomes, including hindbrain herniation by 12 months and ambulation by 30 months.

92 cal roles in the timely diagnosis of cardiac herniation by demonstrating waistlike ventricular narrow

93 Importantly, brain herniation can occur in humans as a consequence of injur

94 rd secondary to cervical spondylosis or disc herniation can result in acute or chronic myelopathy.

95 al intervention for reversing transtentorial herniation can result in preservation of neurologic func

96 t diseases, liver cirrhosis, and spinal disc herniation); causes of mortality (all-cause, natural, un

97 astases, lumbar spinal stenosis, lumbar disc herniation, childhood hydrocephalus, trauma mortality, a

98 Discontinuous diaphragm, herniation, collar, and dependent viscera signs were hig

99 665 of 786 [85%]) for detecting lumbar disk herniation compared with standard CT (all comparisons, P

100 NCa) images for the detection of lumbar disk herniation compared with standard CT image reconstructio

101 nce and confidence for depicting lumbar disk herniation compared with standard CT.

102 lar compromise related to herniation on post-herniation computed tomographic scan, in-hospital mortal

103 Collar sign, dependent viscera sign, herniation, contiguous injury on both sides of the diaph

104 longitudinal ligament injury, traumatic disk herniation, cord edema, and cord compression.

105 was to investigate whether the level of disc herniation correlates with mechanical and/or thermal pai

106 Cardiac herniation describes displacement of the heart from its

107 MRI assessment of disk herniation did not distinguish between patients with a f

108 ad been treated for sciatica and lumbar-disk herniation did not distinguish between those with a favo

109 entorial herniation in 28 patients, a second herniation episode was observed in 16 patients after a m

110 n patients who are at high risk of recurrent herniation following lumbar microdiscectomy owing to a l

111 Tonsillar herniation, foramen magnum stenosis, and severe osteomye

112 s The mPICH score assessed as follows: brain herniation, four points; altered mental status, three po

113 increasing percentage of CC ostia exhibiting herniations (from 15.6% +/- 6.5% at 7 mm Hg to 95% +/- 2

114 Wrap herniation has now become the most common mechanism of f

115 analyses of other MR variables (such as disk herniation, high signal intensity zone, and spondylolist

116 ts with persistent sciatica from lumbar disk herniation improved in both operated and usual care grou

117 After first reversal of transtentorial herniation in 28 patients, a second herniation episode w

118 anism of failure was transdiaphragmatic wrap herniation in 33 of 54 (61%).

119 eted the first ECG obtained after brain stem herniation in 980 potential organ donors managed by the

120 The authors present a case of cardiac herniation in a 29-year-old patient with a history of th

121 ptibility of spontaneous intervertebral disc herniations in a clinically relevant murine model.

122 tudy the pathophysiology of spontaneous disc herniations in a wild-type setting.

123 The prevalence of herniations in patients with LBP (57%) (n = 85) and thos

124 SMTNL2 deficiency leads to membrane herniations in the apical domain of epithelial cells, in

125 protein Vpr is crucial for causing transient herniations in the host cell nuclear envelope.

126 for G2 arrest, induced transient, localized herniations in the nuclear envelope (NE).

127 Brain herniation, in the absence of a mass lesion, is due to a

128 These results demonstrate a lung-intrinsic, herniation-independent cause of PH in CDH.

129 cases #4, #5, and #6), endolymphatic hydrops herniation into the semi-circular canal (case #6), and m

130 emidiaphragm rupture with abdominal visceral herniation into the thoracic cavity several days followi

131 h a lung-to-head ratio 1.0 or less and liver herniation into the thoracic cavity.

132 in pathogenesis of intervertebral disc (IVD) herniation involves disruption of the annulus fibrosus (

133 Although mortality after transtentorial herniation is high, we found a prominent potential for m

134 Recurrence of intervertebral disc (IVD) herniation is the most important factor leading to chron

135 tal closure of myelomeningocele on hindbrain herniation is unknown.

136 ation that can accompany intervertebral disc herniation, is associated with locally increased levels

137 edical management can reverse transtentorial herniation, it is believed that overall outcome in such

138 nial dynamics and solve the problem of brain herniation, it may be necessary to use traumatic brain i

139 signal of the disc (kappa = 0.327) and disc herniation (kappa = 0.639).

140 articipants with sciatica due to lumbar disk herniation lasting 12 weeks or longer that was not respo

141 Lumbar disc herniation (LDH) is a common degenerative condition caus

142 The pathogenesis of pain in lumbar disc herniation (LDH) remains poorly understood.

143 881 patients who had surgery for lumbar disc herniation (LDH), lumbar spinal stenosis without spondyl

144 one gait cycle in patients with lumbar disc herniation (LDH).

145 In the study, patient age, sex, herniation level and erector spinae and multifidus muscl

146 dy and facet contusions, intervertebral disk herniations, ligamentum nuchae strains, ligamentum nucha

147 gical changes that are consistent with brain herniation, likely of the uncal subtype, as a causative

148 s of intracranial hemorrhage, hydrocephalus, herniation, mass effect, intraventricular extension, and

149 Hindbrain herniation measured on brain magnetic resonance imaging

150 for seizures and clinical signs of brainstem herniation, measured CSF opening pressures (OP) and, on

151 gH accumulate in the perinuclear space or in herniations (membrane vesicles derived from the inner NM

152 more than 4 months and caused by lumbar disk herniation, microdiskectomy was superior to nonsurgical

153 n = 3), vascular occlusion (n = 3), and disk herniation (n = 2).

154 d in conversion rate or morbidity except for herniation occurring more often after LTLA than PRA (16.

155 Hindbrain herniation occurs in a large percentage of children with

156 of this support structure of the tentorium, herniation occurs in the brain.

157 ned "reactive" stroma, and basement membrane herniation occurs, corresponding to PIN IV.

158 The treatment of chronic sciatica caused by herniation of a lumbar disk has not been well studied in

159 lled exchange of nucleo-cytoplasmic content, herniation of chromatin across the NE, and DNA damage.

160 tions of the nuclear lamina and estimate the herniation of chromatin through the hole and its relatio

161 d by incomplete closure of the diaphragm and herniation of fetal abdominal organs into the chest that

162 ng proved important by clearly demonstrating herniation of fetal liver into the chest, thereby changi

163 ogic changes associated with AP collapse and herniation of IW of AP into CC ostia.

164 Herniation of meninges and atretic brain parenchyma was

165 center with no serous retinal detachment or herniation of neural tissue through the LC defect.

166 t skin folds and, occasionally, intracranial herniation of orbital fat and clot in the confluence of

167 d by orbital emphysema and in 4% of cases by herniation of orbital soft tissues into paranasal sinuse

168 in the epiblast subsequently results in the herniation of organs through the ventral body wall, a de

169 n, three of which were secondary to internal herniation of small intestine through a defect posterior

170 isruption of the anterior abdominal wall and herniation of the abdominal organs.

171 mechanism of failure was transdiaphragmatic herniation of the fundoplication in 26 patients (84%).

172 However, they have a persistent herniation of the gut in the umbilical region and do not

173 As individual's age, diverticulae, or herniation of the mucosa through the colonic wall, devel

174 s studied had similar distinctive neutrophil herniation of the nuclear lobes and agranular regions wi

175 fracture of the inferior orbital wall with a herniation of the orbital soft tissues into the maxillar

176 gastroschisis, a birth defect involving the herniation of the small bowel through the abdominal wall

177 loss of pelvic floor support leading to the herniation of the uterus into or through the vagina.

178 Herniation of this membrane caused the fiber mass to eru

179 Herniations of IW into collector channel (CC) ostia were

180 tron tomography analyses reveal multilayered herniations of the inner nuclear membrane with NPC-like

181 sed some virions to accumulate aberrantly in herniations of the nuclear membrane, much as in cells in

182 lar pressure precedes mechanical failure, or herniation, of the cell cortex at the yield force.

183 hnoid space with or without brain/ meningeal herniation on magnetic resonance [MR] cisternography was

184 We used a 4-point scale to assess disk herniation on MRI, ranging from 1 for "definitely presen

185 ral damage or vascular compromise related to herniation on post-herniation computed tomographic scan,

186 t lumbar puncture, with no evidence of brain herniation one week later.

187 ops and leads to brain death after brainstem herniation or to anoxic brain injury and permanent neuro

188 th increased risk of surgery for lumbar disc herniation (OR = 1.89, 95% CI: 1.25, 2.86; n = 73,982).

189 'herniated nucleus pulposus' or 'lumbar disc herniation' or 'back pain' and their age range was betwe

190 3-level DDS for spondylosis, recurrent disc herniations, or low-grade spondylolisthesis at L3-5 were

191 tension (p < .0001), and radiologic signs of herniation (p < .0001) on initial computed tomographic s

192 Second episode of herniation (p = .002) and midbrain involvement during he

193 n (p = .002) and midbrain involvement during herniation (p = .02) were associated with in-hospital mo

194 Visualization of fat herniation (P =.051) and of the plantaris tendon (P =.09

195 ts with disk herniation and 83% without disk herniation (P=0.70).

196 n 10 patients, chondroblastoma in one, and a herniation pit in one.

197 subchondral cysts, osteophytes, and synovial herniation pits was recorded.

198 paralabral cysts, os acetabuli, and synovial herniation pits was recorded.

199 17 had an os acetabuli, and two had synovial herniation pits.

200 a type 1 endplate and the presence of a disk herniation (PPV, 0.26; 95% CI: 0.19, 0.34) and between a

201 treatment of sciatica caused by lumbar disk herniation, pulsed radiofrequency combined with transfor

202 owing outcomes were analyzed: risk of second herniation, radiologic evidence of structural damage or

203 ernal oblique muscles become fibrotic during herniation, reducing abdominal wall compliance and incre

204 othermia and rewarming without delayed brain herniation remains a challenge for research.

205 These herniations represent a previously undescribed mechanism

206 Intermittently, these herniations ruptured, resulting in the mixing of nuclear

207 icular extension, and radiologically evident herniation seem to be associated with PND.

208 the molecular basis behind nuclear envelope herniations seen in mammalian cells lacking TorA functio

209 pain thresholds closest to the level of disc herniation (slope, 6.1; 95%CI 1.79 to 10.4; p = 0.005).

210 Lumber disc herniation surgery can reduce pain and disability.

211 cohort of individuals undergoing lumbar disc herniation surgery from January 1, 2007, to May 31, 2021

212 outcome, 35 (70%) had signs compatible with herniation syndromes (including 19 with signs of rostro-

213 d to develop brainstem signs compatible with herniation syndromes (P < 0.0001).

214 , whereas npl4-2 cells from nuclear envelope herniations that appear to be filled with poly(A)+ RNA.

215 epletion halts NPC biogenesis, leading to NE herniations that contain inner and outer ring nucleopori

216 abolishes Chm7 function in the context of NE herniations that form during defective nuclear pore comp

217 With the exception of impending herniation, the routine use of hyperventilation and high

218 For patients with lumbar disk herniation, the Spine Patient Outcomes Research Trial (S

219 rived from the IMM (VDIMs) are formed by IMM herniation through pores formed by voltage-dependent ani

220 chings from the colonic lumen due to mucosal herniation through the colonic wall at sites of vascular

221 ronal and sagittal reformatted images showed herniation through the diaphragmatic rupture.

222 Herniation through the foramen of Winslow is a difficult

223 egmental discontinuity of the diaphragm with herniation through the rupture, dependent viscera sign,

224 n between the proximity to the level of disc herniation to the QST test site and the mechanical PPT t

225 There was no relationship between herniation type, size, and behavior over time with outco

226 Six patients, including three with cerebral herniation, underwent intracranial-pressure monitoring.

227 but do not eliminate, the risk of brainstem herniation unless orthotopic liver transplantation or sp

228 pain as the */G men 12 months after the disc herniation (VAS, p = 0.043, one-way ANOVA; p = 0.035, Tu

229 This encompasses hindbrain herniation, ventriculomegaly, posterior fossa anomalies,

230 study with 102 participants with lumbar disc herniation verified by MRI was conducted.

231 th gB and gH accumulate enveloped virions in herniations, vesicles that bulge into the nucleoplasm.

232 In left-sided ruptures, herniation was accompanied by segmental discontinuity of

233 In the case group, lumbar disc herniation was detected mostly at L4-5 and L5-S1 levels.

234 Herniation was identified in 60% (n = 147) of patients a

235 e frequent in the hemicraniectomy group, and herniation was more frequent in the control group.

236 Cervical spine disease related to disc herniation was most prevalent with 7.6% of ophthalmologi

237 Herniation was reversed by using a combination of hyperv

238 Disk herniation was visible in 35% with a favorable outcome a

239 These herniations were associated with defects in the nuclear

240 A total of 32 episodes of transtentorial herniations were reversed in 28 patients during a 14-mon

241 holds were associated with the level of disc herniation when measured with mechanical pressure but no

242 and precluded the accumulation of virions in herniations whether or not U(S)3 kinase was active but a

243 imaging-confirmed lumbar intervertebral disk herniation who were treated at 13 spine clinics in 11 US

244 (LRYGB) surgery reduces the risk of internal herniation with small bowel obstruction (SBO) but may in

245 high incidence of age-associated lumbar disc herniations with neurovascular innervations.

246 back pain or symptoms of intervertebral disc herniation, with secondary problems including hindrance

247 pain thresholds in patients with lumbar disc herniation, with the lowest pain thresholds being at the

248 n alleles and the occurrence of omega-shaped herniations within the lumen of the NE.