ライフサイエンスコーパス: sealant

1 diet, plaque removal, fluorides, and fissure sealants).

2 ubsequent occlusion of the tract with fibrin sealant.

3 ng sealant alone and half bonding agent plus sealant.

4 hydrochloride) and teat sealant or just teat sealant.

5 n enhancing the structure of surgical fibrin sealants.

6 third the risk of failure for buccal/lingual sealants.

7 usal and 0.35 (p = 0.006) for buccal/lingual sealants.

8 s, fewer dental visits, and fewer protective sealants.

9 stasis was better than the tested commercial sealants.

10 vivo compared with MeTro alone or commercial sealants.

11 in paint strippers, cleaners, adhesives, and sealants.

12 tatic agents and the adhesion of bioadhesive sealants.

13 tents, octreotide, pancreatogastrostomy, and sealants.

14 ge cyclic loads such as car tires or bearing sealants.

15 alants could suggest the increased use of GI sealants.

16 r the development of tough adhesive surgical sealants.

17 e development of bioadhesives and hemostatic sealants.

18 restoration decreased among children without sealants.

19 housing complex with PCB-contaminated joint sealants.

20 ction in the U.S. to ban the use of coal-tar sealants.

21 ge can linings, thermal receipts, and dental sealants.

22 the stability of plasma clots and of fibrin sealants.

23 accelerated lysis of in vitro clotted fibrin sealants.

24 (156 patients) with no application of fibrin sealant (154 patients).

25 ween January 2006 and April 2007 (159 fibrin sealant, 160 sutures).

26 eotide=21.2%; pancreatogastrostomy=3.5%; and sealants=3.3%.

27 Four network meta-analyses suggested that sealants + 5% sodium fluoride (NaF) varnish, resin infil

28 distribution of PCBs in use/storage/building sealants, ~60% of PBDE variability was related to buildi

29 ntially enhances conductivity for injectable sealants, achieving 250% greater sensitivity in pH sensi

30 the inhibitory effect of SeLECT-Defense(TM) sealant against S. mutans and S. salivarius biofilms is

31 of a split-mouth design, with half receiving sealant alone and half bonding agent plus sealant.

32 Dental sealants, an evidence-based clinical practice, can arres

33 st that adding a bonding agent layer between sealant and saliva-contaminated enamel allows for adequa

34 75-0.83) and SDF was noninferior compared to sealants and ART (OR, 0.94; 95% CI, 0.80-1.11).

35 er 1000 tooth-years in children treated with sealants and ART (rate ratio, 1.05; 95% CI, 0.97-1.12).

36 dentical caries incidence compared to dental sealants and ART and was noninferior in the longitudinal

37 concentration SDF solution or glass ionomer sealants and ART.

38 ish or an active comparator of glass ionomer sealants and atraumatic restorations with fluoride varni

39 ide with fluoride varnish was noninferior to sealants and atraumatic restorations with fluoride varni

40 Biological sealants and endoscopic coil implants have been used in

41 to estimate the annual clinical delivery of sealants and fluoride treatments.

42 l exams to assess caries and the presence of sealants and fluorosis were performed on 2921 third-grad

43 dequate bond strength and retention of resin sealants and may improve success of all sealant applicat

44 half the usual risk of failure for occlusal sealants and one-third the risk of failure for buccal/li

45 sis: the use of increasingly advanced tissue sealants and the use of physical methods.

46 n the transportation network (e.g., pavement sealants), and improving wastewater treatment technology

47 e DST may be useful as a tissue adhesive and sealant, and in adhering wearable and implantable device

48 d patching, percutaneous placement of fibrin sealant, and surgical CSF leak repair, but outcomes have

49 clinical trials on dental caries, fluorides, sealants, and "restorative" care, I identified a total o

50 uster-randomized trial of SDF, glass ionomer sealants, and atraumatic restorations conducted in 48 pr

51 nts, vulcanization accelerators, lubricants, sealants, and cross-linking agents.

52 e of polymeric hydrogels as wound adhesives, sealants, and hemostats, their design requirements, synt

53 promise for complex manufacturing, printing, sealants, and materials repair.

54 ionally applied topical fluorides and dental sealants, and use of fluoride toothpastes.

55 ducted until failure after DTA or commercial sealant application on ex vivo porcine dura with a punch

56 esin sealants and may improve success of all sealant applications.

57 have concluded that coal-tar-based pavement sealants are a major source of polycyclic aromatic hydro

58 Although fibrin sealants are considered to minimize blood loss, this is

59 Fibrin sealants are extensively used in liver surgery, for exam

60 es for developing tough bioadhesive surgical sealants are highlighted.

61 Pavement sealants are of environmental concern because of their c

62 osite restorations leading to misclassifying sealants as restorations), and 3) examination sensitivit

63 , therapeutic delivery, tissue adhesives and sealants, as well as the formation of interpenetrating n

64 hows that prophylactic application of fibrin sealant at the resection surface after liver resections

65 The results suggest that sealants based on ACP-filled methacrylate composites hav

66 Fibrin sealant can also be justified as an alternative to facto

67 ion (ICDAS 0-4) that are sealed with a clear sealant can be monitored with ICDAS, QLF, or DIAGNOdent,

68 ceived sealants (S) and 319 who received non-sealant care (NS).

69 ast to a control sealant, SeLECT-Defense(TM) sealant completely inhibited the growth of S. mutans.

70 Specifically, coal tar-derived sealants contain high concentrations of toxic/carcinogen

71 through plastic consumer products and dental sealants containing BPA.

72 The results demonstrate that the coal tar sealant contains higher amounts of PAHs and produces abu

73 Fibrin sealants continue to be used and evaluated in animal mod

74 ilization can be reversed using the membrane sealant copolymer poloxamer 188.

75 Estimates for sealant costs ($27.00) and restoration costs ($73.77), a

76 If sealant costs decreased to $6.00 (reported cost for scho

77 have been resolved, chemical-based membrane sealants could represent a new therapeutic approach for

78 he decrease in caries among children without sealants could suggest the increased use of GI sealants.

79 which could be due to an increased use of GI sealants, could contribute to the decrease in sealant pr

80 to investigate the role of coal-tar pavement sealant (CTS) as a PAH source.

81 The prevalence of dental sealants decreased in the US adult population with incre

82 The adjusted prevalence of sealants decreased relatively by 27.5% (46.6% vs. 33.8%)

83 Annual clinical sealant delivery did not change, whereas fluoride treatm

84 rall and by race/ethnicity and how increased sealant delivery in September 2022 could mitigate these

85 ence was not supported by decreased clinical sealant delivery nor increased use of composite restorat

86 We analyzed the cost-effectiveness of 3 sealant delivery strategies: Seal all (SA), seal childre

87 ociated with possible changes in 1) clinical sealant delivery, 2) dental materials (i.e., increased u

88 could be partially mitigated with increased sealant delivery.

89 In contrast to commercial sealants, DTA remained adhered to the porcine dura throu

90 ed collagen fleece (TachoSil) versus a dural sealant (DuraSeal) to prevent postoperative CSF leakage.

91 ram and for future non-randomized studies of sealant effectiveness.

92 e, having preexisting sealants, or having no sealant-eligible molars or premolars.

93 tions including cell therapy, drug delivery, sealants etc.

94 NHANES sealant examination quality was based on the reference e

95 While sealant examination specificity remained similar between

96 , annual caries increment (0.0624 surfaces), sealant failure rate (20% in yr 1 and 3% thereafter), an

97 tment effects and potential risk factors for sealant failure were tested by means of a Cox regression

98 tle group was successful in reducing risk of sealant failure, with a hazard ratio (HR) of 0.53 (p = 0

99 reported that epicardial placement of fibrin sealant films incorporating rat amniotic membrane-derive

100 inyl estradiol was >40% for two of the three sealant fluids during simulated urination to a urinal ca

101 estigated the potential for waterless urinal sealants fluids to remove pharmaceuticals from urine.

102 Fibrin sealant for mesh fixation in Lichtenstein repair of smal

103 e Silver Diamine Fluoride Versus Therapeutic Sealants for the Arrest and Prevention of Dental Caries

104 mpare silver diamine fluoride vs therapeutic sealants for the arrest and prevention of dental caries.

105 allenges, we developed an injectable elastic sealant formulated with methacryloyl-modified human reco

106 sealants resulting in an inability to detect sealant fragments that still provide preventive benefits

107 Fissure sealant (FS) and fluoride varnish (FV) are effective in

108 A number of strategies such as pod sealants, GMOs and hybrids have been developed to mitiga

109 e to decline as stocks of previously applied sealant gradually become depleted.

110 groups: 24% (38/156 patients) in the fibrin sealant group and 24% (37/154 patients) in the control g

111 as detected in 14% of patients in the fibrin sealant group and in 14% of controls.

112 mL or more in 28% of patients in the fibrin sealant group and in 26% of controls (P = 0.800).

113 cation was significantly lower in the fibrin sealant group than in the sutures group (8.1% vs 14.8%;

114 Less pain was reported in the fibrin sealant group than in the sutures group at 1 and 6 month

115 Workers who cut PCB-containing sealants had wristbands with the highest PCB concentrati

116 This fit-to-shape sealant has potential in sealing tissues with non-flat g

117 elopment of practical and efficient surgical sealants has the propensity to improve operational outco

118 Over the past decade, dental sealants have become recognized as an important adjunct

119 Although these sealants have been developed to induce hemostasis, in pr

120 Fibrin sealants have been used to control surgical hemorrhage f

121 s emphasize the important role that diet and sealants have in preventing dental caries.

122 sue adhesives, hemostatic agents, and tissue sealants have potential advantages over sutures and stap

123 e paints contained 110 mug Ti/mg while three sealants (i.e., prime coat paint) contained less titaniu

124 vel metallo-bioadhesive to be used as tissue sealant in minimally invasive procedures is reported.

125 ilm effect, we soaked the SeLECT-Defense(TM) sealant in PBS for 2 mos at 37 degrees C and found that

126 or fluoride and 0.86 (95% CI, 0.76-0.97) for sealant in the matched cohort.

127 stress and stretch compared with commercial sealants in aqueous environments.

128 HANES III-Phase 1), the prevalence of dental sealants in children, adolescents, and adults was determ

129 higher percentage of non-Hispanic whites had sealants in comparison with their non-Hispanic black and

130 ide supplements, fluoride gels, varnish, and sealants in dental or school settings improved caries ou

131 th progressed to ICDAS >/= 5 associated with sealants in need of repair and none to halfway or more t

132 ecific aim of highlighting the use of fibrin sealants in planned and simulated trauma to provide back

133 meta-analysis examined the effectiveness of sealants in preventing caries progression.

134 for clinicians who may consider using fibrin sealants in specific cases.

135 moval of ethinyl estradiol was >=90% for all sealants in the increased hydraulic retention time exper

136 ent studies have evaluated the use of fibrin sealants in vascular surgery, including aortic anastomos

137 -selenium dental sealant (SeLECT-Defense(TM) sealant) in inhibiting S. mutans and S. salivarius biofi

138 al from synthetic urine for two of the three sealants, indicating that ionization and hydrophilicity

139 containing building materials, such as joint sealants, influence PCB levels in urban air.

140 Fibrin sealant is the most widely utilized biosurgical product.

141 ly expensive, cost can be justified when the sealant is used to produce localized hemostasis in surge

142 that the presence of coal-tar-based pavement sealants is associated with significant increases in est

143 A barrier to providing sealants is concern about inadvertently sealing over car

144 onate precipitation (MICP) over cement-based sealants is that the solutions used to promote MICP are

145 amplification, the BioDome material formed a sealant layer above the reaction components.

146 ynthesized and covalently attached to dental sealant material via standard polymer chemistry.

147 tomical features and limitations of existing sealant materials, which may lack adequate tissue adhesi

148 Surgical ligatures or fibrin sealants may be indicated in case of refractory CL befor

149 de measure: 21 498 [100%] vs 13 741 [35.9%]; sealant measure: 1623 [39.2%] vs 871 [38.4%]).

150 e measure: 16 453 [76.5%] vs 15 236 [39.8%]; sealant measure: 2264 [54.6%] vs 997 [44.0%]) and have r

151 Test the hypothesis that fibrin sealant mesh fixation can reduce the incidence of postop

152 BLVR devices are: endobronchial valves, foam sealant, metallic coils, airway bypass stents and vapor

153 o 11 years, S and NS had equal likelihood of sealant need (OR = 1.41, 95% CI = 0.62, 3.18).

154 to 15 years, NS had a greater likelihood of sealant need (OR = 6.82, 95% CI = 1.60, 29.08).

155 ed the association between caries status and sealant need at a prior survey and subsequent sealant us

156 Prior sealant need caused variability in dentists' decisions,

157 ssociation between sealant receipt and prior sealant need varied by age.

158 NS were compared on baseline dfs, DMFS, and sealant need, controlling for the patient's age, number

159 Fibrin sealant, now commercially available in the United States

160 hs), providers did not increase placement of sealants on occlusal NCCLs.

161 rategies and to increase placement of dental sealants on occlusal NCCLs.

162 The prevalence of sealants on one or more permanent molars was estimated t

163 es have demonstrated the effects of coal tar sealants on PAH concentration in nearby waterways and th

164 The presence of dental sealants on posterior teeth (excluding third molars) and

165 ct of reduced access to restorative care and sealants on the oral health of children from low-income

166 is strong evidence for the effectiveness of sealants, one major barrier in sealant utilization is th

167 ) were significant risk factors for occlusal sealants only.

168 with stapling alone, with or without tissue sealant or glue, in reducing the incidence and duration

169 tramammary ceftiofur hydrochloride) and teat sealant or just teat sealant.

170 subject to mesh fixation with either fibrin sealant or sutures.

171 re excluded based on age, having preexisting sealants, or having no sealant-eligible molars or premol

172 line reinforcement, tissue patches, biologic sealants, or prophylactic octreotide.

173 infections; interventions such as fluorides, sealants, oral hygiene, antimicrobials, and dental filli

174 or manually (inexpensive household glues and sealants), outperform clean electrodes.

175 monitoring of caries lesions through a clear sealant over 44 mo.

176 under the sealant, we placed SeLECT-Defense sealant over a lawn of S. mutans.

177 for the parasite cycle because the membrane sealant P1107 interferes with egress.

178 orm of a modular, intelligent suture support sealant patch capable of containing and detecting leaks

179 ns leading to improved adhesion and surgical sealant performance.

180 ecular composition of two different pavement sealants, petroleum asphalt- and coal tar-derived, and t

181 th Milli-Q water, >= 89% partitioning to the sealant phase was observed for three compounds with pH a

182 y control partitioning between the urine and sealant phases.

183 tive light-induced fluorescence (QLF) before sealant placement and 1, 12, 24, and 44 mo (except QLF)

184 Sealant placement for occlusal NCCLs was extracted from

185 ne influencing caries risk and the timing of sealant placement.

186 uish between baseline ICDAS before and after sealant placement.

187 death, and that application of the membrane sealant poloxamer 188 corrects these defects in vitro.

188 ES) data suggested a significant decrease in sealant prevalence among children between 2011 to 2014 a

189 The decrease in sealant prevalence held when assessed for various age ra

190 These findings suggest that decreased sealant prevalence was not supported by decreased clinic

191 ealants, could contribute to the decrease in sealant prevalence.

192 By comparison, the asphalt sealant produces fewer toxic water-soluble species, with

193 A number of sealant products have been used as an adjunct or princip

194 d a source of health inequity; school dental sealant programs are a common preventive measure.

195 -19 pandemic, many dental offices and school sealant programs closed beginning March 2020.

196 pite widely used preventive measures such as sealant programs to control caries prevalence, dispariti

197 including conventional suture repair, tissue sealants, radiofrequency ablation, lasers, water dissect

198 The association between sealant receipt and prior sealant need varied by age.

199 s-free status was associated with subsequent sealant receipt.

200 ptor modeling results indicate that coal-tar sealants remain the largest PAH source to the lake, impl

201 The small risk of sealant repair increased significantly as baseline ICDAS

202 nt, which may aid in predicting the need for sealant repair.

203 Transformers and building sealants represent the largest legacy categories at 250

204 s (i.e., increased use of glass ionomer [GI] sealants resulting in an inability to detect sealant fra

205 Sealant retention rates were excellent at 12 mo = 89%, 2

206 390 children were included: 71 who received sealants (S) and 319 who received non-sealant care (NS).

207 es the efficacy of an organo-selenium dental sealant (SeLECT-Defense(TM) sealant) in inhibiting S. mu

208 In contrast to a control sealant, SeLECT-Defense(TM) sealant completely inhibited

209 s simulation model comparing 2 primary molar sealant strategies - always seal (AS) and standard care

210 he objective was to evaluate 2 primary molar sealant strategies for publicly insured children using a

211 Scotchbond was detrimental to occlusal sealant success, with a HR of 2.96 (p = 0.0003).

212 differed between occlusal and buccal/lingual sealants, suggesting that failures on these two surfaces

213 leting detailed analyses of risk factors for sealant survival, this study shows that single-bottle bo

214 ws that single-bottle bonding agents protect sealant survival, yielding half the usual risk of failur

215 erview of the mechanisms of action of fibrin sealants, their indications, and current commercial form

216 We propose that membrane sealant therapy is a potential treatment modality for DM

217 ween relatively rigid bodies may function as sealants, thermal, electrical, or mechanical insulators,

218 ble hydrogels are approved by FDA as surgery sealants, tissue adhesives, and are now being investigat

219 ular insert) for ocular inflammation, ReSure sealant to seal corneal incisions, and Lifitegrast for d

220 compared prophylactic application of fibrin sealant to the resection surface (156 patients) with no

221 It is unclear whether application of fibrin sealant to the resection surface is effective in reducin

222 Delivering sealants to 50% of eligible 1Ms in September 2022 would

223 y potential scenarios exist for using fibrin sealants to control traumatic hemorrhage.

224 possibility of using polymer-based membrane sealants to prevent or reverse amyloid oligomer toxicity

225 ity measures (receiving topical fluoride and sealant [treated groups]) and those who did not (control

226 The four study arms were: fee per sealant treatment, education in evidence-based practice,

227 control caries if shown to be noninferior to sealant treatment.

228 d NHANES data to estimate the prevalences of sealants, untreated caries, and restorations in >=1 firs

229 analyzed to determine if the upward trend in sealant use continues.

230 ealant need at a prior survey and subsequent sealant use in a Medicaid program.

231 ic procedures are those most appropriate for sealant use in urology.

232 e approach, pylorus-preservation, biological sealant use, and institutional volume (>=67/year) were a

233 Substantial variability in disease and sealant utilization between counties was found.

234 ectiveness of sealants, one major barrier in sealant utilization is the concern of sealing over activ

235 estimation were used to estimate disease and sealant utilization measures for each of the counties.

236 and confocal microscopy, SeLECT-Defense(TM) sealant was found to completely inhibit the development

237 29% and the prevalence of preexisting dental sealants was 8%.

238 ng and lysis of human plasma clots or fibrin sealants was studied in presence or absence of human bil

239 aces exposed to BisGMA materials (composites/sealants) was 7.5 (SD 5.3).

240 selenium inhibits bacterial growth under the sealant, we placed SeLECT-Defense sealant over a lawn of

241 However, regardless of lesion severity, sealants were 100% effective at 12 mo and 98% effective

242 years (5 trials; n = 3902), and resin-based sealants were associated with decreased risk of carious

243 tents, octreotide, pancreatogastrostomy, and sealants were associated with increased POPF.

244 Sealants were used infrequently by most providers and fo

245 e results in lysis of plasma clots or fibrin sealants, which potentially could affect the efficacy of

246 t attenuate the lytic activity toward fibrin sealants, which suggested that tPA in a biliary environm

247 nts were randomized to receive either SDF or sealant with ART; those aged 5 to 13 years were included

248 he translational potential of our engineered sealant with biomimetic mechanics, durable tissue adhesi

249 ndomized to receive either SDF (n = 3739) or sealants with ART (n = 3679).

250 icle reviews the recent literature on fibrin sealants with the specific aim of highlighting the use o

251 ed 617 occlusal and 441 buccal/lingual molar sealants, with use of a split-mouth design, with half re

252 Dry cow therapy based on teat sealant without antibiotics can be used with no detrimen