ライフサイエンスコーパス: restorative

1 inhibitory, excitatory, superexcitatory, and restorative.

2 hree categories: symptomatic, protective and restorative.

3 hing their phenotype from proinflammatory to restorative.

4 developed and evaluated for dental composite restoratives.

5 ite resin restoration (Filtek Z250 Universal Restorative, 3 M ESPE, USA) in each cavity.

6 expenditures totaled $203: preventive--$81, restorative--$99, and emergency care--$22.

7 ed to reactive oxygen species-dependent self-restorative actin remodeling dynamics.

8 nd to recover their macroscopic integrity by restorative action of intermolecular pi-pi interactions

9 llular signaling molecule with several known restorative actions on damaged neural tissue, could play

10 ly become available clinically as a platelet restorative agent after myelosuppressive chemotherapy.

11 iewed as covariates in therapeutic trials of restorative agents that target stroke recovery.

12 r spectral content, and plasticity involving restorative alteration of acquired variant temporal fram

13 ment loss (CAL) >/= 3 mm, and progression of restorative and caries status in a population-based long

14 gression of CAL >/= 3 mm, and progression of restorative and caries status.

15 pecific time points after intubation, dental restorative and cleaning procedures, and before, during,

16 of bacteremia after nasal intubation, dental restorative and cleaning procedures, and dental extracti

17 This review focuses on the restorative and neuroprotective actions of a new class o

18 The restorative and pharmacologic effects of LTC4, LTB4, and

19 In addition, in developing restorative and preventive interventions for childhood c

20 We also studied single restorative and reciprocal mutants and wild type germ li

21 -health-related visits involving preventive, restorative, and emergency care.

22 zone is a key consideration in periodontal, restorative, and orthodontic treatment.

23 are mechanistically diverse, informationally restorative, and scattershot in eukaryotic lineages.

24 -RPL11 complex as a promising target for p53-restorative anticancer drug discovery.

25 Comparison of these two restorative approaches revealed that the correct positio

26 development of tooth whitening and advanced restorative as well as prosthetic materials and techniqu

27 alian central nervous system is incapable of restorative axon regeneration.

28 To determine if restorative behavioral therapy influences damage, improv

29 rments, suggesting that exercise may provide restorative benefit by mitigating accrued senescent burd

30 are thought to be important for many of its restorative benefits.

31 ght into the molecular events leading to the restorative biosynthetic processes occurring during slee

32 Advances in protective and restorative biotherapies have created new opportunities

33 The subsequent restorative blood flow component is also dependent on TR

34 Lastly, with restorative bone marrow transplantation of Tie2-GFP-labe

35 may be interesting to explore targeted, LFOs-restorative brain stimulation therapy in human stroke pa

36 r selection, in addition to force control in restorative brain-machine interface applications.

37 g occurs in part because of a decline in the restorative capacity of tissue stem cells.

38 d reimbursement rules provide incentives for restorative care and technologically intensive treatment

39 ents with periodontal disease, especially if restorative care is needed.

40 hospital-based--$1282, preventive--$106, and restorative care--$343.

41 on dental caries, fluorides, sealants, and "restorative" care, I identified a total of 171 documents

42 t for the potential of hPSC-derived mGIN for restorative cell therapy for epilepsy.

43 Restorative cell-based and pharmacological therapies for

44 of the capacity for long-lasting plastic and restorative changes when a neuromodulatory intervention

45 planning treatment and for stratification in restorative clinical trials.

46 might be used to stratify patients in future restorative clinical trials.

47 Restorative composites have evolved significantly since

48 ication during the polymerization process of restorative composites in combination with bonding to th

49 alpositioned implant fixtures may not permit restorative correction even with custom prosthetic appli

50 I was having a very tranquil and restorative day, when I went in for my final treatment -

51 e basis of treatment decisions when choosing restorative dental materials.

52 ce from the gingival margin according to the restorative dentist's specifications.

53 ter a thorough presurgical evaluation by the restorative dentist, a template and heat-cured/metal-rei

54 site resin and dentin remains a challenge in restorative dentistry.

55 or failure of remineralization approaches in restorative dentistry.

56 y for dental implant procedures and esthetic restorative dentistry.

57 hemselves are new issues to contend with for restorative dentistry.

58 t under differing conditions is important in restorative dentistry.

59 e currently the trendiest topics in clinical restorative dentistry.

60 of a vital dental pulp is a central goal of restorative dentistry.

61 of MT played a critical role in determining restorative design.

62 Clinical data on the restorative designs affecting the early progression of p

63 A cognitive benefit of hearing restorative devices should be further investigated in ra

64 se balances wound-induced cell expansion and restorative division rates in a dose-dependent manner, l

65 ext, our targeting approach may allow higher restorative doses of EPO without platelet-mediated side

66 SP) thymocytes, as well as a defect in their restorative dynamics after peptide-induced negative sele

67 TGF-beta led to better restorative effect and a stronger expression of connexin

68 cal tissue-derived cells (hUTC) have a neuro-restorative effect and improve functional recovery after

69 The restorative effect of exercise training on coronary micr

70 The restorative effect of insulin was prevented by brefeldin

71 The restorative effect of simvastatin was blocked after incu

72 stimulation through cochlear implants has a restorative effect on synaptic organization in the MSO.

73 on native proteins, glycerol can also have a restorative effect on their compact equilibrium intermed

74 treated HIV-1 infection and that HAART had a restorative effect on this subset.

75 To address processes that contribute to this restorative effect, both the rats' locomotion and basal

76 Anti-IL-10 Abs had no restorative effect.

77 evels following CMS; LHb inactivation had no restorative effect.

78 We anticipate that similar memory and restorative effects are common for other molecular cryst

79 This could be because NREM sleep's restorative effects depend on lower body temperature [23

80 (GDNF) is a potent neurotrophic factor with restorative effects in a wide variety of rodent and prim

81 In this study, the restorative effects of 3 AMC-derived subpopulations were

82 Conversely, exogenous PGE2 prevented the restorative effects of COX-2 inhibitors on LTP.

83 oviral overexpression of TXNIP abrogated the restorative effects of FFA on high glucose-impaired endo

84 vator, gene has been cloned, we examined its restorative effects on insulin gene promoter activity af

85 Based on these restorative effects, we assessed the safety and tolerabi

86 Interaction between these restorative events probably underpins the improvement in

87 with long-standing progressive tumor through restorative ex vivo activation.

88 s, indicating the existence of a significant restorative externalization pathway.

89 udy was to evaluate the influence of several restorative factors (e.g., restoration emergence angle,

90 Surgical and restorative factors affect IIP success rates.

91 ltaneously targeting the MVA pathway and its restorative feedback loop is preclinically effective aga

92 were reconstructed with a three-dimensional restorative filter and corrected for attenuation.

93 illness; powerful control of prosthetics for restorative function in degenerative diseases, trauma an

94 The restorative function of CO was associated with a simulta

95 Thus, the restorative function of sleep may be a consequence of th

96 fic role of MCs in olfaction and to test the restorative function of transplanted bone marrow-derived

97 ges are a source of both proinflammatory and restorative functions in damaged tissue through complex

98 ent plasticity and play a direct role in the restorative functions of sleep.

99 ial use of telomerase activation in telomere-restorative gene therapy.

100 rally and constitutes a barrier to effective restorative growth in heart disease.

101 l displacements, constrained in magnitude by restorative harmonic forces, is consistent with observed

102 of CO2/HCO3(-), but this process requires a restorative HCO3(-) flux.

103 of tissues, redefining what was once termed restorative homeostasis as adapted homeostasis.

104 s, impacting both ongoing immune control and restorative immune therapies.

105 Comparison of the dentin-restorative interfaces shows that there is a dentin-mine

106 The likelihood of a restorative intervention almost doubled (risk ratio, 1.9

107 s' current lesion threshold for carrying our restorative interventions in adults/children and primary

108 estigates the effect of various surgical and restorative interventions on implant mid-buccal mucosal

109 aced implants following various surgical and restorative interventions with a follow-up period of at

110 ease process and need for neuroprotective or restorative interventions.

111 Restorative intragenic events included true phase variat

112 Prompted by previous research on restorative justice in reducing recidivism in crimes oth

113 uding the fact that some elements typical of restorative justice programmes could not be attained in

114 A framework based on restorative justice was used to guide qualitative analys

115 ompared a typical BIP with one that included restorative justice-informed treatment, called circles o

116 s have dispositions for both retributive and restorative justice; recent focus has been on third-part

117 macrophage equilibration shifted toward the "restorative" Ly-6C(-) subset of iMPhi.

118 lls, actively proliferated; and 4) later on, restorative Ly6C(neg) macrophages were characterized by

119 rough administration of liposomes, increased restorative macrophage number and accelerated fibrosis r

120 Furthermore, the restorative macrophage phenotype was recapitulated in vi

121 for tissue remodeling: the hitherto elusive restorative macrophage.

122 situ labeling experiments showed that these restorative macrophages derive from recruited Ly-6C(hi)

123 cular pathways balancing proinflammatory and restorative macrophages during fibrosis regression as we

124 ctivated pro-inflammatory macrophages, while restorative macrophages of the liver are capable of reve

125 scopy confirmed the postphagocytic nature of restorative macrophages.

126 dels of fibrosis regression have identified "restorative" macrophages as Ly-6C (Ly6C, Gr1) low-expres

127 phic distance between the bone crest and the restorative margin at baseline accounted for the depende

128 phic distance between the bone crest and the restorative margin at baseline accounted for the depende

129 ssion of gingival recession, especially when restorative margins may interact with the periodontium a

130 ties of a new calcium-silicate-based coronal restorative material (Biodentine) and a glass-ionomer ce

131 The association between restorative material and future caries was assessed by s

132 ue of sealing off the exposed furcation with restorative material appeared to have resulted in progre

133 Dental (silver) amalgam is a widely used restorative material containing 50% elemental mercury th

134 An ideal ceramic restorative material should possess excellent aesthetic

135 The same posterior composite restorative material was investigated in each of the fou

136 Graded e-GZG is a promising restorative material.

137 Most restorative materials are bonded to caries-affected dent

138 ctional nanoparticles incorporated in dental restorative materials as useful strategies to dental car

139 c component of contemporary composite dental restorative materials compromises their longevity, while

140 Alternative direct restorative materials differ in their outcomes and provi

141 However, GICs used as restorative materials have still lots of challenges due

142 tal amalgam is one of the most commonly used restorative materials in oral health care due to its str

143 Potential risks of the use of resin-based restorative materials include direct damage to the pulp

144 combinations for the organic phase of dental restorative materials is BisGMA (2,2bis[4-(2-hydroxy-3-m

145 or to or concomitant with the application of restorative materials may be beneficial for the health a

146 iostatic effects of aged fluoride-containing restorative materials on the formation of secondary root

147 There is a need for restorative materials that can support native functions

148 he therapeutic value of nanotechnology-based restorative materials to be established.

149 Posterior composite restorative materials undergo accelerated wear in the oc

150 erstood despite their importance for caries, restorative materials, and pulp-dentin-enamel interactio

151 age induced by clinically relevant levels of restorative materials, in both rat and human model syste

152 Fluoride is added to many dental restorative materials, including glass-ionomer cements,

153 ntal tissue after injury, existing polymeric restorative materials, or fillings, do not directly part

154 of the nanostructural architecture of dental restorative materials.

155 ation and to the development of "tooth-like" restorative materials.

156 t preparations were restored with the tested restorative materials.

157 butive justice and customary courts applying restorative measures.

158 that stimulate and amplify these endogenous restorative mechanisms might also provoke unwanted side-

159 may restore the energy supply needed to fuel restorative metabolic processes and enable patient survi

160 The restorative mutant AL-09 H87Y completes the trifecta and

161 vitro fibril formation of single and double restorative mutants of the protein AL-103 compared to th

162 devoid of somatic mutations, and three AL-09 restorative mutations (I34N, Q42K, and H87Y) previously

163 oth structure needed to accommodate both the restorative needs and the reformation of the supraosseou

164 Understanding how these normally restorative networks become unbalanced may be crucial in

165 ll types has become increasingly relevant in restorative neurobiology.

166 idence of clinically relevant marrow-derived restorative neurogenesis: long-term, multilineage, neura

167 The experimental field of restorative neurology continues to advance with implanta

168 the potential application of human cells in restorative neuronal therapies.

169 s, this area might be a promising target for restorative neurostimulation in stroke patients with gai

170 l detection and monitoring of protective and restorative neurotherapeutic strategies.

171 t that amalgam should remain a viable dental restorative option for children.

172 ty, glass ionomer cements are an interesting restorative option.

173 ) and exogenously introduced surfaces (e.g., restorative or implant materials) for prevention of bact

174 nt future recession, and in conjunction with restorative, orthodontic, or prosthetic dentistry.

175 es that have been taken to improve composite restorative performance.

176 had been recovered from patients during the restorative phase of treatment, and in subgingival denta

177 t induce pro-inflammatory macrophages into a restorative phenotype, potentially via miR-223.

178 g extends the previously perceived limits of restorative plasticity in the adult retina and allows fo

179 lage and maximizing opportunity to perform a restorative procedure.

180 In rare instances where restorative procedures are discouraged and sexual functi

181 dentally insured population had one or more restorative procedures during pregnancy that, regardless

182 Of the vaginal restorative procedures there are proponents for uterosac

183 (67%), median age was 59 (27-93) years, and restorative procedures were performed in 333 (68.2%).

184 hey perform a limited number of irreversible restorative procedures.

185 sthetic during caries removal and subsequent restorative procedures.

186 a dominating force in this in vitro-assisted restorative process.

187 s may provide novel targets for facilitating restorative processes after spinal cord injury.

188 energy levels promotes activation of energy restorative processes and inhibits energy consumptive pr

189 ous flowing speech, the cognitive/linguistic restorative processes observed after sentences in such s

190 Because restorative processes often parallel those found in deve

191 e would allow us to better investigate these restorative processes.

192 n long-term complication of in patients with restorative proctocolectomy and ileal pouch-anal anastom

193 was to determine whether age at the time of restorative proctocolectomy correlates with physiologic

194 patients (298 females, 336 males) underwent restorative proctocolectomy for inflammatory bowel disea

195 Restorative proctocolectomy for mucosal ulcerative colit

196 y-two patients who had undergone a two-stage restorative proctocolectomy for mucosal ulcerative colit

197 Following APPEAR with restorative proctocolectomy for ulcerative colitis, medi

198 In the approximately 20 years during which restorative proctocolectomy has been performed for ulcer

199 All patients, undergoing minimally invasive restorative proctocolectomy in 1, 2, or 3 stages between

200 were recorded from 1,965 patients undergoing restorative proctocolectomy in a single center between 1

201 Restorative proctocolectomy is the elective surgical pro

202 oped septic complications within 3 months of restorative proctocolectomy or within 3 months of ileost

203 cedure in patients with a nondilated rectum, restorative proctocolectomy the most suitable in those w

204 ominal and pelvic septic complications after restorative proctocolectomy were identified from a prosp

205 Restorative proctocolectomy with ileal pouch anal anasto

206 Although restorative proctocolectomy with ileal pouch-anal anasto

207 Restorative proctocolectomy with ileal pouch-anal anasto

208 Over the past few years, restorative proctocolectomy with ileal pouch-anal anasto

209 Restorative proctocolectomy with ileal pouch-anal anasto

210 patients with UC who received 2- or 3-stage restorative proctocolectomy with IPAA at our institution

211 osis of inflammatory bowel disease underwent restorative proctocolectomy with IPAA from 1984 to 2009

212 The restorative proctocolectomy with IPAA has become the pro

213 ction is transiently somewhat impaired after restorative proctocolectomy, the impairment is not an ag

214 s associated with septic complications after restorative proctocolectomy.

215 e associated with septic complications after restorative proctocolectomy.

216 he development of septic complications after restorative proctocolectomy.

217 olorectal dysplasia or cancer, still require restorative proctocolectomy.

218 ve Crohn's disease (CD), and pouchitis after restorative proctocolectomy.

219 an accompanying anti-inflammatory and tissue restorative program.

220 ls, and IL-1R signaling participates in this restorative proliferation process.

221 lfactory ensheathing cells (OECs) have neuro-restorative properties in animal models for spinal cord

222 unity for a paradigm shift from conventional restorative/prosthetic approaches to regenerative modali

223 the severity of central papilla recession by restorative/prosthetic or orthodontic intervention and t

224 Restorative/protective therapies to restore dopamine neu

225 nimal amount of tooth structure required for restorative purpose and SGT dimensions at each site.

226 Placement of osseointegrated implants for restorative purposes is an established procedure in most

227 ng these products for preventive rather than restorative purposes.

228 n of sleep has generally been regarded to be restorative, recent data indicate that it also plays an

229 In patients undergoing a restorative resection for low rectal cancer, a colonic J

230 prognostic impact on local recurrence after restorative resection of rectal cancer.

231 conditioning of enamel or dentin for bonding restorative resins.

232 diators (SPMs) play an important role in the restorative response.

233 MSC activate endogenous restorative responses in injured brain, which include an

234 llary anterior teeth is vital to an esthetic restorative result.

235 pressed high levels of satisfaction with the restorative results over the course of the study.

236 and ensuring that patients achieve adequate restorative sleep while cared for in the ICU is an arduo

237 isrupts the ability to initiate and maintain restorative sleep, a better understanding of its molecul

238 s, to accumulate the need/ability to produce restorative sleep.

239 is, pointing to a reduced ability to produce restorative sleep.

240 members attempting to achieve consolidated, restorative sleep.

241 nslational auditory intervention to increase restorative sleep.

242 wave sleep (SWS), is thought to be the most "restorative" sleep stage, but beneficial effects of SWS

243 nductive properties of metals and may form a restorative solution to impaired myocardial conduction.

244 hat alleviate the symptoms, but no long-term restorative solutions exist.

245 sed myocardium, offering potential long-term restorative solutions in pathologies interrupting effici

246 witch of pro-inflammatory macrophages into a restorative stage after removal of the cause of injury a

247 Entry into deep, restorative stages of sleep is time dependent; short sle

248 mine system's response to cues predictive of restorative stimuli.

249 or the development of novel regenerative and restorative strategies for the many traumatic, neuroinfl

250 k, as a resource for sample size planning in restorative studies.

251 on, after physical injury, neural cells need restorative support, which is provided by inflammatory r

252 Restorative surgery was performed in 116 (89%) patients

253 However, efforts to integrate PC alongside restorative surgical care are limited by a lack of surgi

254 using peripheral nerve grafts is a promising restorative surgical treatment in humans, although funct

255 y etchants/conditioners relevant to adhesive restorative systems on growth factor solubilization and

256 ondestructive) (deep brain stimulation), and restorative techniques (tissue transplantation and gene

257 Many of the current light-curing composite restorative techniques are rationalized in compliance wi

258 Restorative techniques, such as tissue transplantation a

259 ation ecology is capitalizing on the natural restorative tendencies of ecological systems to build a

260 atients could potentially serve as an immune-restorative therapeutic agent.

261 D for screening and in vivo testing of novel restorative therapeutic agents.

262 llagen I scaffolds significantly enhance the restorative therapeutic effect of hMSCs after traumatic

263 Adjunctive restorative therapies administered during the first few

264 that aim to measure the clinical effects of restorative therapies after stroke.

265 ul tool for purifying defined cell types for restorative therapies and drug screenings.

266 Considerations for clinical trials of restorative therapies are provided, emphasizing both sim

267 No definitive restorative therapies exist that target these genetic fa

268 e provide suggestions for the translation of restorative therapies from the laboratory to the clinic.

269 onal movements, and may provide a target for restorative therapies in behaviorally nonresponsive pati

270 Optimal prescription of these restorative therapies in human patients with stroke requ

271 igh potential to lead to novel and effective restorative therapies in the treatment not only of pulmo

272 ponse seen when treating human subjects with restorative therapies poststroke.

273 indings that suggest the potential to tailor restorative therapies to the specific needs of individua

274 and for studies of putative neuroprotective/restorative therapies.

275 stroke recovery might be useful to optimize restorative therapies.

276 Response to a restorative therapy after stroke is best predicted by a

277 in tissue to stimulate functional benefit in restorative therapy compared with treating injured brain

278 Patients with implant restorative therapy currently undergoing peri-implant ma

279 might more readily help with translation of restorative therapy from the laboratory to the clinic.

280 ion and perhaps also for exploring beta-cell restorative therapy using pancreatic islet stem cells.

281 the efficacy of putative neuroprotective and restorative therapy, such as striatal infusions of neuro

282 lly improve our ability to deliver effective restorative therapy.

283 ion in geckos represents a truncation of the restorative trajectory observed in some urodeles and tel

284 e likely to require oral surgery (OR, 1.52), restorative treatment (OR, 1.35), endodontic treatment (

285 , and integration of engrafted NSC/NPCs as a restorative treatment for PD.

286 tissue, rich in dopaminergic neuroblasts, as restorative treatment for their Parkinson disease.

287 Thirty percent of the children had restorative treatment needs (range, 15 to 54%).

288 s a feasible approach to neuroprotection and restorative treatment of neurodegenerative disease.

289 These findings demonstrate that restorative treatment thresholds for interproximal prima

290 r initial treatment, the need for additional restorative treatment was approximately 50% higher in th

291 cal trial in which children requiring dental restorative treatment were randomized to either amalgam

292 In this study, children who received dental restorative treatment with amalgam did not, on average,

293 which there is no well-proved preventive or restorative treatment.

294 s examples of cell-based and pharmacological restorative treatments for stroke that stimulate brain p

295 Therefore, advancement of restorative treatments is necessary to improve the quali

296 l therapeutic benefits of neuroprotective or restorative treatments, it is necessary to create an ani

297 importance in future trials of experimental restorative treatments.

298 of PDR and PRP may guide the development of restorative vision therapies for patients with advanced

299 will be reduced in teeth restored with such restoratives with lower shrinkage was tested in extracte

300 a (breathing exercises), 16 Gentle Hatha and Restorative yoga asanas (postures), and meditation.