ライフサイエンスコーパス: osseous

1 erentiate between degenerative and malignant osseous abnormalities because degenerative changes are n

2 ation may contribute at least in part to the osseous abnormalities seen in individuals with NF1.

3 Osseous abnormalities, including long-bone dysplasia wit

4 and Enneking staging systems and analysis of osseous and articular invasion were performed.

5 nal fluid (CSF) leak occurs when there is an osseous and dural defect at the skull base, with direct

6 ctors Cbfa1, Cbfa2, and Cbfa3 was assayed in osseous and nonosseous cells.

7 that elicit a host response, with resultant osseous and soft tissue destruction.

8 Although both osseous and soft tissue healing around dental implants a

9 advanced prostate carcinoma and detection of osseous and soft tissue metastases.

10 and extent of central nervous system (CNS), osseous, and both skeletal and cardiac muscle disease.

11 mediated in part by its ability to suppress osseous angiogenesis and bone remodeling.

12 and/or histopathologic evaluation confirmed osseous, articular, and neurovascular invasion in 8.6%,

13 t a co-occurrence of early Upper Paleolithic osseous artifacts, particularly split-based points, alon

14 study we aim to assess the flap survival of osseous AVFs in a pig model.

15 ssues has been reported there is no study on osseous AVFs.

16 An osseous Bankart lesion is commonly seen in patients with

17 developed nonpigmented schwannomas and fibro-osseous bone lesions beginning at approximately 6 months

18 chondrocytes and osteoblasts at the chondro-osseous border in the fracture callus, in a region we de

19 at the same time forming varying degrees of osseous bridging and/or clefting with the parent bone.

20 rion was the anteroposterior diameter of the osseous canal, with a median score of 8; however, there

21 emnants of the lens capsule were seen in the osseous case but were absent from the adipocytic cases.

22 Here, we test the hypothesis that restored osseous cell behavior, which resembles characteristics o

23 iR-34c-RUNX2 network controls cell growth of osseous cells and is compromised in OS.

24 unx2 expression and promoter activity in non-osseous cells and osteoblasts.

25 odality of choice for the detection of small osseous changes on crestal bone in mid-buccal/lingual si

26 n patients with established bone metastases, osseous complications are a significant problem.

27 al trials evaluating it for the treatment of osseous conditions of the oral cavity in humans are lack

28 Maniraptoriform dinosaurs generally lack osseous cranial ornaments despite repeatedly crossing th

29 Here, we explore correlative evolution of osseous cranial ornaments with large body size in therop

30 ated with a recession depth > or = 3 mm, the osseous crest 2 to 3 mm apical to the gingival margin, a

31 Suturing the flap </=3 mm from the osseous crest and thick-flat biotype were associated wit

32 Re-entry measurements of osseous crest resorption were 1.1 mm for the test and 0.

33 ithout overreliance on flap placement at the osseous crest.

34 R) imaging studies were reviewed to localize osseous cystic changes as anterior (supraspinatus insert

35 were 1.5 mm greater, and the average fill of osseous defect 2.4 mm greater with EMD than controls.

36 CONCLUSIONS: Diabetes significantly delayed osseous defect healing by augmenting inflammation, impai

37 tite scaffolds did not significantly enhance osseous defect healing compared with controls.

38 olars were extracted, and a tooth-associated osseous defect was created in the extraction area.

39 cally conditioned with tetracycline, and the osseous defect was grafted with decalcified freeze-dried

40 med to determine changes in PD, CAL, fill of osseous defect, and crestal resorption.

41 mine changes in GI, PI, PD, CAL, fill of the osseous defect, and crestal resorption.

42 tromal-cell-mediated bone regeneration in an osseous defect.

43 ated to the presence of residual char in the osseous defect.

44 atients possessing one localized periodontal osseous defect.

45 etermining three-dimensional architecture of osseous defects are inadequate.

46 thetic bioabsorbable carrier for BMP used in osseous defects around dental implants in the canine man

47 ix for the treatment of advanced periodontal osseous defects at 6 months of healing.

48 hickness mucoperiosteal flaps were elevated, osseous defects debrided, and the roots prepared (ultras

49 s compared to ABM alone in human periodontal osseous defects in a controlled, monitored, multi-center

50 are limited data on the healing potential of osseous defects in the human mandible.

51 ve applications such as fracture healing and osseous defects of the oral cavity.

52 Two osseous defects per patient were treated randomly with e

53 arriers proved suitable for achieving GBR of osseous defects surrounding dental implants.

54 regeneration (GBR) is a viable treatment for osseous defects surrounding dental implants.

55 eriodontal or peri-implant diseases to large osseous defects that extend through the jaws as a result

56 end on numerous factors and range from gross osseous defects to equivocal labral abnormalities and un

57 -entry data demonstrate that percent fill of osseous defects treated with EMD compares favorably with

58 Radiographic linear resolution of osseous defects was significantly greater after teripara

59 Artificial osseous defects were created on mandibles of dry skulls.

60 The osseous defects were then filled with demineralized free

61 ed at the apical extent of the calculus, the osseous defects were thoroughly debrided, and the tooth

62 Treatment of vertical osseous defects with nonporous or porous polytetrafluoro

63 trabeculae and more trabecular separation in osseous defects.

64 of periodontal surgery and reconstitution of osseous defects.

65 nd effective in the treatment of periodontal osseous defects.

66 dontal membrane in the treatment of vertical osseous defects.

67 ABM/P-15 in long-term healing of periodontal osseous defects.

68 n suggested for the treatment of periodontal osseous defects.

69 bone replacement graft in human periodontal osseous defects.

70 ts (90.9%) achieved complete coverage of the osseous defects.

71 ne matrix (DBM) is used for the treatment of osseous defects.

72 rane in guided tissue regeneration (GTR) for osseous defects.

73 n patients with localized severe periodontal osseous defects.

74 nterproximal probing depth (PD) and depth of osseous dehiscence at the buccal aspect.

75 expression of the physiological SMC chondro-osseous differentiation and calcification inhibitors ost

76 cle cells (SMCs) from contractile to chondro-osseous differentiation programmed in response to increa

77 be, by tomographic means, alveolar and basal osseous dimensions of the anterior mandible in healthy i

78 those with a finding of new or more advanced osseous disease ranged from 3.9% for IS prostate patient

79 associated with evidence of new or increased osseous disease; risk of death was 1.8-5.1 times as like

80 ubism is an uncommon hereditary benign fibro-osseous disorder characterized by bilateral enlargement

81 dality for non-destructive quantification of osseous dynamics.

82 exhibited frequent bone fractures and florid osseous dysplasia (p.Cys356Tyr), while one Chinese famil

83 P) ATPase are responsible for Schimke immuno-osseous dysplasia (SIOD), but the function of the protei

84 th the developmental disorder Schimke immuno-osseous dysplasia (SIOD).

85 Schimke immuno-osseous dysplasia (SIOD, MIM 242900) is an autosomal-rec

86 sting one or more of the following features: osseous dysplasia involving the metacarpals, metatarsals

87 showing features consistent with the immuno-osseous dysplasia spondyloenchondrodysplasia.

88 e associated with the disease Schimke immuno-osseous dysplasia, a multisystem autosomal recessive dis

89 of which are responsible for Schimke immuno-osseous dysplasia.

90 ions, including benign and malignant tumors, osseous dysplasias, and characteristic cutaneous finding

91 Whether GPCRs exert anabolic or catabolic osseous effects may be determined by the rate of recepto

92 ing, or both demonstrated subchondral cysts, osseous erosions, or a type 2 odontoid fracture in all p

93 In 21 of 34 cases, ZTE imaging of osseous features exceeded SOC MR imaging.

94 mage sets provided superior visualization of osseous features when compared with SOC MR image sets.

95 Qualitative comparison of osseous findings was performed between ZTE and SOC MR im

96 The concept of AVFs in osseous flaps may be feasible for revascularization of f

97 agen sponge had a striking effect on de novo osseous formation for the placement of dental implants.

98 This study demonstrates that osseous free flaps may be supported and survive using th

99 leading method of detecting and quantifying osseous glenoid lesions.

100 eneration, osseous grafting, and combination osseous graft and barrier membrane techniques.

101 culitis can cause vascular damage within the osseous graft and host.

102 ic polyols may be considered as carriers for osseous graft materials.

103 root resection, guided tissue regeneration, osseous grafting, and combination osseous graft and barr

104 terized by the formation of cartilage-capped osseous growths projecting from the metaphyses of endoch

105 ow-up exam to visualize the bony anatomy and osseous healing but has the concern of high radiation ex

106 Quantification of osseous healing is a challenging task, requiring expensi

107 Under the conditions of this study, the osseous healing response was severely delayed by CO2 and

108 The degree of connective tissue and osseous healing stimulated in the diabetic mice by anti-

109 tide or placebo for 6 wks to correspond with osseous healing time.

110 Progressive osseous heteroplasia (POH) is a rare developmental disor

111 Progressive osseous heteroplasia (POH), an autosomal dominant disord

112 In progressive osseous heteroplasia, a human disease caused by null mut

113 To improve diagnostic osseous imaging, we undertook this prospective study to

114 On the basis of this method, osseous impingement by the acromion is not a primary cau

115 t-enhanced MRI (CE-MRI) for the detection of osseous infiltration using qualitative and quantitative

116 presence of vascular injury with severity of osseous injury.

117 oral intertrochanteric line and no posterior osseous insertion.

118 film formation, while attempting to maintain osseous interactions: 1) structured surfaces where topog

119 Additionally, baseline osseous intrasurgical measurements of the periodontal de

120 Baseline osseous intrasurgical measurements were obtained.

121 0.811; Enneking staging, kappa = 0.943) and osseous invasion (kappa = 1.000).

122 Sensitivity and specificity for osseous invasion were 100% and 98.7%, respectively (both

123 ficity (86.7% vs. 93.3%) in the detection of osseous involvement (P < 0.001).

124 tients admitted after surgery with extensive osseous involvement (spinal fusion and craniofacial reco

125 Osseous involvement in sarcoidosis is often underdiagnos

126 soft-tissue mass, joint disorganization, and osseous joint debris, were recorded, as were MR imaging

127 ed in a complementary pattern in the chondro-osseous junction of the growth plate.

128 sin K- expressing osteoclasts at the chondro-osseous junction, increased invasive marrow cavities, an

129 tiating chondrocyte apoptosis at the chondro-osseous junction, leading to partial rescue of endochond

130 , were also dispersed throughout the chondro-osseous junction.

131 Orientation of the osseous labyrinth relative to the long axis of the skull

132 with voxels carefully placed on the basis of osseous landmarks.

133 smal bone cyst (ABC) is a locally aggressive osseous lesion that typically occurs during the first tw

134 A 2-wall osseous lesion was also associated with the distal surfa

135 CT) in a largely hemorrhagic and/or necrotic osseous lesion with an associated soft-tissue mass, whic

136 and calcium sulfate to address an associated osseous lesion, appears to be a viable modality in the t

137 roaches have been used for treating advanced osseous lesions around teeth.

138 ominant syndrome with characteristic cemento-osseous lesions of jawbones, bone fragility, and diaphys

139 ith cherubism present with symmetrical fibro-osseous lesions of the jaw, which are attributed to exac

140 kaca(+/-) mice developed a greater number of osseous lesions starting at 3 months of age that varied

141 concentrations were significantly greater in osseous lesions than in nonosseous lesions (11.0% vs. 2.

142 The osseous lesions treated by Ad-BMP-7 gene delivery demons

143 -CCL2-treated animals from VCaP or PC-3 cell osseous lesions) and microvessel density was decreased b

144 eous or plexiform neurofibromas, typical NF1 osseous lesions, or symptomatic optic pathway gliomas.

145 lays the development of both soft tissue and osseous lesions.

146 R imaging depicted 101 ill-defined edemalike osseous lesions.

147 his interaction can lead to the formation of osseous lesions.

148 tarium for the treatment of multiple painful osseous lesions.

149 d in the assessment of primary and secondary osseous malignancies, the evaluation of response to trea

150 However, the mechanism(s) underlying the osseous manifestations in NF1 are poorly understood.

151 Fifty percent of NF1 patients have osseous manifestations including a high incidence of ost

152 emeasured at 6 and 12 months postsurgery and osseous measurements repeated at 12 months during a re-e

153 Comparisons of osseous measurements resulted in no significant differen

154 l transformations within the eye: adipose or osseous metaplasia of the lens and adipose tissue in the

155 in vivo to sarcomatoid carcinomas containing osseous metaplasia.

156 distinct cell type associated with areas of osseous metaplasia.

157 scan) is very sensitive in the detection of osseous metastases and is recommended as the first imagi

158 Several sequelae occur as a result of osseous metastases and resulting bone pain can lead to s

159 Osseous metastases can lead to emergent situations, such

160 In contrast, osseous metastases do not exhibit such a constrained dev

161 In men with mCRPC, percutaneous sampling of osseous metastases for genomic profiling is possible, bu

162 tudy supports the use of PET/CT in detecting osseous metastases for suspected MBC.

163 lso have utility in the treatment of painful osseous metastases from breast cancer and perhaps from n

164 proven efficacy in the treatment of painful osseous metastases from prostate cancer and breast cance

165 to have efficacy in the treatment of painful osseous metastases from prostate cancer, they may also h

166 ation-resistant prostate cancer (mCRPC) with osseous metastases had NaF PET/CT scans performed at bas

167 Although the accurate detection of osseous metastases in the evaluation of patients with su

168 icantly delayed the onset and progression of osseous metastases out to six weeks post-injection.

169 The MDA-231BO cell line was derived from osseous metastases that formed after intracardiac inject

170 PET/CT and (18)F(-)/(18)F-FDG PET/CT showed osseous metastases where (18)F-FDG PET/CT was negative.

171 and BSc were highly concordant for reporting osseous metastases with 132 paired studies (81%); 32 (20

172 intermediate developmental step for distant osseous metastases, but rather represent a distinct meta

173 enced by the low prevalence of patients with osseous metastases.

174 lassified as positive/negative/equivocal for osseous metastases.

175 oice of imaging studies for the detection of osseous metastases.

176 Administration for the treatment of painful osseous metastases.

177 for >3 decades in the treatment of multiple osseous metastases.

178 intended management of cancer patients with osseous metastases.

179 r palliative RF ablation of painful solitary osseous metastases.

180 elve of these (39%) had pathology confirming osseous metastases: nine (of 18) were PET/CT positive an

181 ial staging (IS, n = 1,024), suspected first osseous metastasis (FOM, n = 1,997), or suspected progre

182 l staging (IS; n = 570), for suspected first osseous metastasis (FOM; n = 1,814; breast, 781 [43%]; l

183 FOM, n = 1,997), or suspected progression of osseous metastasis (POM, n = 510).

184 653 [36%]), and for suspected progression of osseous metastasis (POM; n = 435).

185 ion (initial staging [IS] or suspected first osseous metastasis [FOM]) and cancer type (prostate, lun

186 l staging [IS]; detection of suspected first osseous metastasis [FOM]; suspected progression of osseo

187 s metastasis [FOM]; suspected progression of osseous metastasis [POM]; or treatment monitoring [TM])

188 des important information on the presence of osseous metastasis and prognosis to assist patients and

189 (18)F-sodium fluoride (NaF PET) to identify osseous metastasis became a covered service if prospecti

190 n findings versus negative scan findings for osseous metastasis for IS and FOM; more extensive diseas

191 Osseous metastasis in carcinoma of the gall bladder is r

192 Pain associated with osseous metastasis is thought to be distinct from neurop

193 patients with evidence of new or progressing osseous metastasis than for those without, depending on

194 Such roles are reserved to non-osseous metastasis, because ERalpha is associated with i

195 igh in patients with evidence of progressive osseous metastasis.

196 showed no change or a decrease or absence of osseous metastasis.

197 of Medicare patients with suspected or known osseous metastasis.

198 ed prostate cancer almost invariably develop osseous metastasis.

199 cross-sectional imaging confirmed widespread osseous metastatic disease and right supraclavicular lym

200 h (18)F-fluoride (NaF PET) for assessment of osseous metastatic disease led to changes in intended ma

201 g (18)F-fluoride (NaF PET) for assessment of osseous metastatic disease was associated with substanti

202 node metastatic disease and 3 patients with osseous metastatic disease.

203 to image active uPA in small soft-tissue and osseous metastatic lesions using a cardiac dissemination

204 ay be used clinically to treat localized and osseous metastatic prostate cancer in men.

205 nowledge, this is the first study to confirm osseous microbial contamination with major periodontopat

206 the complex interplay of tumor cells in the osseous milieu, unveiling potential new targets for drug

207 d by dual energy X-ray absorptiometry to the osseous mineral content of the infant.

208 and show radiographic, clinical and chondro-osseous morphology similar to a lethal autosomal recessi

209 radiographic and clinical evaluation of the osseous morphology, angulation and length of implants, a

210 on and basal Lambeosaurinae, suggesting that osseous nasal crests may require a highly specific combi

211 l, these new specimens reveal large, hollow, osseous nasal crests: a craniofacial novelty for mammals

212 The osseous necrosis progressed, ultimately resulting in a p

213 The major mechanical couplings to the osseous orbit were near the medial and lateral rectus pu

214 ing RNA splicing, existing dominantly in non-osseous organs.

215 iometry) in LDLR -/- mice, with induction of osseous osteopontin (OPN) expression and serum OPN level

216 clinically and therapeutically distinct from osseous osteosarcoma.

217 Mandibular torus (MT) is a common intraoral osseous outgrowth located on the lingual surface of the

218 assists the clinical management of numerous osseous pathologies.

219 ower serum intact PTH levels and improve the osseous pathology.

220 ng following initial periodontal therapy and osseous periodontal surgery occurred without complicatio

221 layers of histogenesis of cartilaginous and osseous phenotypes.

222 However, the relationship between osseous pneumaticity and the evolution of the avian resp

223 Thus, osseous projectile points, common to the Beringian Upper

224 The molecular circuitries controlling osseous prostate metastasis are known to depend on the a

225 Titanium is an interesting material for osseous reconstruction given its thrombogenic properties

226 Conventional dentoalveolar osseous reconstruction often involves the use of graftin

227 such as crown lengthening surgery (CLS) with osseous recontouring.

228 The mean osseous reduction at treated, adjacent, and non-adjacent

229 Frequency distribution of osseous reduction demonstrated that 23.6% of treated sit

230 rene beads (DVSb) and rhTGF-beta1 effects on osseous regeneration in the rat calvaria critical-sized

231 ch fibrin (PRF) has recently been applied in osseous regeneration.

232 nation may have an impact on osteogenesis in osseous regeneration.

233 d alterations in cells or tissue matrix, and osseous regeneration.

234 ed in improved attenuation map prediction in osseous regions and reduced interpatient bias variation

235 integrate well in alveolar bone and supports osseous regrowth in degree II furcation defects.

236 ntial to retrieve ancient DNA sequences from osseous remains excavated in hot and dry desert environm

237 s by analysing mitochondrial DNA from Minoan osseous remains from a cave ossuary in the Lassithi plat

238 ) cells play an important role in regulating osseous remodeling and ligament formation.

239 -stage surgery were consistent with complete osseous repair and integration of the fixtures.

240 ty to inhibit disease progression or enhance osseous repair in infrabony defects.

241 The osteogenic potential of human osseous repair in the mandibular symphysis is size and t

242 roxyapatite tricalcium phosphate (HA-TCP) on osseous repair in the rat calvarium.

243 ntitis by enhancing bone loss or by limiting osseous repair.

244 f the literature, it appears that lenticular osseous replacement occurs more often than adipocytic.

245 Surgeries involving osseous resection showed a significant increase in bleed

246 Surgical techniques reviewed included osseous resective surgery, flap curettage, distal wedge

247 equivalent with respect to the magnitude of osseous resorption that occurred after periodontal surge

248 anscribe the "bone-related" Runx2-II and non-osseous Runx2-I isoforms that differ only in their respe

249 Diagnosis and recognition of osseous sarcoidosis is easy, but the therapy is disappoi

250 , but usually do not influence the course of osseous sarcoidosis.

251 isease, including characteristic features of osseous sclerosis, sequestra, avascular, and radiopaque

252 nstrate the clinical applicability of ZTE in osseous shoulder imaging.

253 of transplantation and primarily in diffuse osseous sites.

254 arteries is critical for programming chondro-osseous SMC differentiation and calcification in respons

255 , with strong expression in cells lining the osseous spiral lamina (OSL) through which afferent dendr

256 es analogous to the mammalian spiral limbus, osseous spiral lamina, and spiral ligament, and not in a

257 At spike-initiating heminodes in the distal osseous spiral lamina, NaV1.1 partly overlapped NaV1.6 a

258 This treatment induces osseous structural and compositional changes accompanied

259 igned to determine: 1) whether the amount of osseous structure 4 months postoperatively after GBR was

260 gnostic quality was <or=67 effective mAs for osseous structures and <or=134 effective mAs for the opt

261 ks of MR-based PET attenuation correction in osseous structures and lungs, similar SUVs were found on

262 rding the cartilage, ligaments, menisci, and osseous structures of the knee, but is less sensitive th

263 esions involving subcutaneous tissue, muscle osseous structures, and bone marrow, consistent with adv

264 aphs (IRs) provide a two-dimensional view of osseous structures, whereas cone-beam volumetric tomogra

265 g, diminished clinical attachment, decreased osseous support, or loss of teeth.

266 aning (SRP), modified Widman flap (MWF), and osseous surgery (OS) resulted in 23.2%, 39.4%, and 61.39

267 dy comparing scaling and root planing (SRP), osseous surgery (OS), and modified Widman (MW) therapies

268 stent to alveolar bone both before and after osseous surgery and the distance from flap margin to alv

269 trauma necessary for prosthetic restoration, osseous surgery is often required.

270 Scaling and root planing, osseous surgery, and modified Widman procedures are effe

271 an ectodermal dysplasia called Tricho-Dento-Osseous syndrome (TDO).

272 oxyl-terminal domain leading to tricho-dento-osseous syndrome in humans displayed activities indistin

273 ene mutations are etiologic for Tricho-Dento-Osseous syndrome.

274 Tricho-dento-osseous (TDO) syndrome is an autosomal dominant disorder

275 le abnormalities in humans with Tricho-Dento-Osseous (TDO) syndrome, an autosomal dominant ectodermal

276 een found to be responsible for Tricho-Dento-Osseous (TDO) syndrome, characterized by kinky hair, thi

277 ovis, with its distinctive biface, blade and osseous technologies, is the oldest widespread archaeolo

278 The buccal osseous thickness at the implant sites averaged 2.0 +/-

279 Ki, respectively) into metastatic and normal osseous tissue could be independently estimated with a r

280 c-metal composites, and porous scaffolds for osseous tissue regeneration with strengths up to four ti

281 Most non-osseous tissues expressed transcripts with higher molecu

282 d emerging therapies for osteoporosis affect osseous tissues in the oral cavity, and this may influen

283 protein associated with biomineralization in osseous tissues, as well as ectopic calcification.

284 nfirms that there are OC RNA variants in non-osseous tissues.

285 hat OC mRNA is also expressed in several non-osseous tissues.

286 Autogenous osseous transplants can predictably reconstruct function

287 Autogenous osseous transplants have advantages, including the maint

288 as imaging biomarkers for the assessment of osseous tumor burden using (68)Ga-PSMA PET/CT and presen

289 Aneurysmal bone cyst (ABC) is a pediatric osseous tumor characterized by extensive destruction of

290 potential to interfere with the formation of osseous tumor deposits has lead to investigations into t

291 LNCaP-MT1wt cells produced larger osseous tumors than Neo control cells and induced osteol

292 robial protocol in bone grafting may enhance osseous volume outcomes.

293 efect of > or = 4 mm, at least two remaining osseous walls, and not primarily related to a furcation

294 at least 4 mm and with at least 2 remaining osseous walls.

295 o demonstrate that grafting of the remaining osseous wound defect between the bone crest and the coro

296 on of alveolar bone defects, and accelerated osseous wound healing in the oral cavity.

297 they may be of use in increasing the rate of osseous wound healing in vivo by increasing the level of

298 Osseous wound healing may be enhanced if bone substitute

299 as osteoconductive space maintainers during osseous wound healing.

300 ectiveness for craniofacial regeneration and osseous wound-healing, including a better delineation of