ライフサイエンスコーパス: sealing

1 -pressure processes of conventional metallic sealing.

2 firming the role of P-proteins in sieve tube sealing.

3 lylation, adenylyl transfer to DNA, and nick sealing.

4 ndependent, pathway involved in plasmalemmal sealing.

5 w junctions that form during epidermal-sheet sealing.

6 in avian species reported prior to causeway sealing.

7 r pore metastable, leading eventually to its sealing.

8 gates and as ball-on-seat valves to provide sealing.

9 rcellular junctions, resulting in junctional sealing.

10 iable in vitro measurement of tight junction sealing.

11 oLigA accepted as correctly paired for rapid sealing.

12 r than a cylindrical shape increase tracheal sealing.

13 /Rap1 complex required for adherens junction sealing.

14 and damaged base lesions on the rate of nick sealing.

15 e, accuracy of positioning, and paravalvular sealing.

16 to develop hydrolytic capacity before their sealing.

17 motic water permeation likely due to defects sealing.

18 l displays high activity and low fidelity in sealing 3'-OH ends opposite an 8-oxoadenine lesion.

19 Tightly sealing a mask to the face blocked entry of 94.5% of tot

20 ants were active in ligase adenylylation and sealing a preadenylylated nick, thereby implicating Ser1

21 t the final stage of repair of DNA damage by sealing a single-stranded nick after excision of damaged

22 The sealing ability of the ceramic's oxides, slow oxygen dif

23 improved initial bond strength and enhanced sealing ability.

24 Re-sealing accounts for only a fraction of the endocytosis

25 quired for proper localization of Src to the sealing actin ring, and this function required both its

26 In the first minute after sealing, action currents are variable in shape and size,

27 Mpa Lig has limited DNA nick-sealing activity but is efficient in ligating nicks cont

28 d 5' overhang DSB repair, because the strand sealing activity can be provided in trans by one of the

29 whereby LigA and LigB display vigorous nick sealing activity in the presence of NAD(+) and ATP, resp

30 talytically dead mutant highlights that nick sealing activity is important for the radioprotective fu

31 rscored by the drastic reductions in the RNA-sealing activity of Rnl2 when the duplex substrates cont

32 RNA sealing activity was abolished by mutation of the predic

33 r NHEJ ligase), and they display feeble nick-sealing activity.

34 escribe a novel approach for studying vessel sealing after injury in real time in vivo and show that

35 Sealing against pressures greater than 30 MPa (4,500 psi

36 ncentrations of polyethylene glycol, a known sealing agent for early-stage spinal cord injury.

37 Sealing amniotic membrane over cornea using 0.1% RB and

38 gradients and slight changes of the chamber sealing, an experimental method to quantify gas leakage

39 required in its entirety for effective nick sealing and AMP-dependent supercoil relaxation.

40 AMP, each increase the frequency and rate of sealing and can even initiate sealing in the absence of

41 ct of incomplete left atrial appendage (LAA) sealing and consequent peri-device residual blood flow i

42 llows one to bypass the irreproducible torch-sealing and experimentally challenging tip-sharpening st

43 mately constant during the first 4 min after sealing and gradually increases afterward.

44 ith an alphaIIbbeta3antagonist delays vessel sealing and increases extravascular protein accumulation

45 e-digit nanometre channels, reliable fluidic sealing and low thermal budget make our strategy a poten

46 ods are difficult to implement with reliable sealing and no leakage or clogging for devices with intr

47 plant and gingival tissues provide important sealing and protective functions around implants and tee

48 It has been accomplished by sealing and pulling platinum (Pt) wires in a theta glass

49 t and land degradation (erosion, compaction, sealing and salinization).

50 ometry of release by varying both granule re-sealing and the association of proteins with the granule

51 cell-cell contact, inhibited tight junction sealing, and prevented the complete formation of the F-a

52 ion of the two channels is defined by a self-sealing aperture in an elastomer.

53 The frequency and rate of plasmalemmal sealing are decreased by a small molecule inhibitor of P

54 While the studied outcomes of bund sealing are positive and compelling, widespread implemen

55 ligase adenylylation, it did not compromise sealing at a preadenylylated nick.

56 s housing to provide a watertight reversible sealing at the PDMS-glass interface.

57 under stress and failure of epidermal sheet sealing at the ventral midline.

58 ited reactions to the long-term integrity of sealing behaviour in caprocks exposed to CO2.

59 Aligned with and sealing both ends of the pore, extracellular and intrace

60 y effective tool for obtaining hemostasis by sealing both venous and arterial branches of the major r

61 t literature and archaeology reveal hermetic sealing, burning sulfur, desiccant dusts, and toxic bota

62 3'-OH,2'-PO4 and 5'-PO4 termini required for sealing by an N-terminal ligase domain.

63 The catalytic efficiency of nick sealing by both ASFV DNA ligase and bacteriophage T4 DNA

64 Kinetic analysis of nick sealing by ChVLig-AMP revealed that the rate constant fo

65 Kinetic analysis of single-turnover nick sealing by ChVLig-AMP underscored the importance of Phe-

66 prime repair synthesis by DNA polymerases or sealing by classic DNA ligases.

67 he kinetic mechanism of single-turnover nick sealing by EcoLigA-AMP.

68 Here, we report that nick sealing by LigD and LigC enzymes is stimulated by the pr

69 eactions that prepare broken RNA termini for sealing by RNA ligase.

70 Implant sealing capability is a crucial issue in assessment of i

71 e approach to quickly analyze, in real time, sealing capability of dental implants with healing screw

72 r, 20 microL serum pushed directly from self-sealing capillary tubes with a dispenser).

73 to nonheparin-containing (2 plain and 2 self-sealing) capillary blood collection tubes.

74 reate or reactivate fracture networks in the sealing caprocks, providing a pathway for CO2 leakage.

75 ectrochemical behavior of electrodes made by sealing carbon nanofibers in glass or with electrophoret

76 Prior to device sealing, channels in an embossed poly(methyl methacrylat

77 thaliana) seed coat, represents an essential sealing component controlling water and solute movement

78 Pnkp is the end-healing and end-sealing component of an RNA repair system present in div

79 Pnkp is the end-healing and end-sealing component of an RNA repair system present in div

80 of claudin-1 in the perineurium as the major sealing component, which could be modulated to facilitat

81 y the use of ceramics for the mechanical and sealing components, but owing to the brittle nature of c

82 available ensemble of end-processing and end-sealing components, which are not limited to Ku and LigD

83 cover thickens at both its base and surface, sealing concentrated brine beneath.

84 hesive was shown to be effective ex vivo for sealing corneal incisions in rabbit eyes and was superio

85 sue solder with that of standard sutures for sealing corneal incisions.

86 because of their safety and effectiveness in sealing corneal incisions.

87 Two nick sealing-defective mutants were active in ligase adenylyl

88 After sealing defects introduced during transfer/handling by i

89 rovide a simple construct for cargo loading, sealing, delivery, and release.

90 n 4, an actin-binding protein that regulates sealing dimensions and bone resorptive capacity.

91 s are susceptible to gamma-toxin because the sealing domain of yeast tRNA ligase is unable to rectify

92 cumulate primarily on its surface due to the sealing effect of the GO layer assembled on the porous s

93 TPase regulation is necessary for the vessel-sealing effects of Ang-1.

94 ternal pressure are the main determinants of sealing efficacy.

95 rethane showed the best short- and long-term sealing efficacy.

96 Polyvinyl chloride tapered cuffs sealing enhanced performance at the cost of an increase

97 g) is a minimized eukaryal ATP-dependent DNA sealing enzyme with an intrinsic nick-sensing function.

98 virus DNA ligase, the minimal eukaryal nick-sealing enzyme, or Escherichia coli LigA, an NAD(+)-depe

99 RNA healing and sealing enzymes drive informational and stress response

100 se (NgrRnl) exemplifies a family of RNA nick-sealing enzymes found in bacteria, viruses, and eukarya.

101 (ii) the discovery and design of new strand-sealing enzymes with unique substrate specificities.

102 We tested the water-savings potential of sealing field bunds (raised boundaries around field edge

103 in nanorod growth opens the door to metallic sealing for these technologies.

104 has been proposed for reducing porosity and sealing fractures in rocks.

105 polyesters, they play important role in the sealing function of lipidic polymers in planta.

106 inutes postinjury restores levels of barrier sealing glucocorticoid receptor target occludin in brain

107 Mitigation strategies for sealing high permeability regions in cap rocks, such as

108 er point at 100 degrees C without additional sealing in ambient atmosphere under visible illumination

109 Sealing in caries by the Hall Technique statistically, a

110 As such, GATA-3 is essential to sealing in Notch-induced T-cell fate in early thymocyte

111 cy and rate of sealing and can even initiate sealing in the absence of Ca(2+) influx at both transect

112 ligase catalyzes auto-adenylylation and nick sealing in the presence of a divalent cation and ATP; it

113 for tight junction assembly and paracellular sealing in trophectoderm epithelium.

114 ion), Hall technique (HT; no caries removal, sealing in with stainless steel crowns), and nonrestorat

115 Sealing injection sites with FG or lowering ventricular

116 of this study was to assess the efficacy of sealing intermediate nonobstructive coronary saphenous v

117 Sealing intermediate nonobstructive SVG lesions with DES

118 Endovascular sealing is a new technique for the repair of abdominal a

119 he rate-limiting step for T4 DNA ligase nick sealing is not a chemical step but rather is most likely

120 3 comprise a loop that forms a lid over UDP, sealing it in the active site, whereas in the hT2-UDP co

121 nt on growing thrombi but not on the initial sealing layer of platelets, which do not yet express act

122 ubsurface engineering applications including sealing leakage pathways and permeability modification.

123 palliating malignant obstruction, as well as sealing leaks and fistulae.

124 This is also effective in sealing lymphatic tissues and thereby facilitating disse

125 These robust, self-sealing macroscopic structures offer opportunities in ma

126 Although aneurysm sealing may be thought as more stable than conventional

127 ger or smaller spot sizes, alternative probe sealing mechanisms, and a reduction in internal volumes

128 s also a challenging task since conventional sealing methods often require the use of high temperatur

129 downstream of it would need to be capable of sealing nicks containing 3'-OH mismatches.

130 Sealing non-cavitated caries in permanent teeth is effec

131 Deletion of domain Ia abolished the sealing of 3'-OH/5'-PO(4) nicks and the reaction with NA

132 ATP-dependent DNA ligases catalyze the sealing of 5'-phosphate and 3'-hydroxyl termini at DNA n

133 Here we show that the sealing of a 2',3'-cyclic phosphate end by RtcB requires

134 yr-35) or abolished (Tyr-22, Asp-32, Asp-36) sealing of a 5'-PO(4) nick and adenylyl transfer from NA

135 ate in Drosophila embryogenesis and leads to sealing of a midline hole by bonding of two opposing epi

136 vel biomaterials are being evaluated for the sealing of corneal and cataract incisions.

137 Immediate and lasting sealing of corneal incisions was obtained in eyes treate

138 nd physical parameters made before and after sealing of culverts in the railroad causeway spanning th

139 ear compartmentalization suggesting that the sealing of defective NPCs and nuclear envelope ruptures

140 ndent of its enzymatic activity promotes the sealing of DNA backbones via nucleophilic attacks by the

141 nzymatic capacity for DNA 3' capping and the sealing of DNA breaks with 3'-PO4 and 5'-OH termini, wit

142 se I, is primarily responsible for the final sealing of DSBs during mitochondrial MMEJ.

143 Actomyosin contraction powers the sealing of epithelial sheets during embryogenesis and wo

144 the templated repair of RNA damage or in the sealing of filled DNA gaps that have a 3' ribopatch.

145 ent consisted of application of rodenticide, sealing of holes that could serve as entry points for mi

146 Cell membrane lesion sealing of hypoxic cardiocytes in culture with CSIL has

147 s in the subsurface are discussed, including sealing of improperly abandoned wells and remediation of

148 el pathways of Ca(2+)-dependent plasmalemmal sealing of injured neurons mediated in part by nPKCs, cy

149 oteins discussed to be involved in the rapid sealing of injured sieve elements.

150 dentin tubules to reduce permeability or for sealing of material-tooth interfaces.

151 Compared to pure ICG, sealing of mesoporous silica platforms prevents the leak

152 The fissure-sealing of newly erupted molars is an effective caries p

153 The ligase domain catalysed the sealing of nicked double-stranded DNA designed to mimic

154 Sealing of phagosomes is accompanied by the disappearanc

155 We observe transient sealing of portions of the compartments, allowing format

156 fossils in fine-grained sediments and early sealing of sediments by pervasive carbonate cements at b

157 gATP, but is required for the assembling and sealing of the active center.

158 s of transcytosis have delayed or precocious sealing of the BRB, respectively.

159 ollapsed several times since 29 ka until the sealing of the cavity entrance prohibited access to the

160 chips are subsequently assembled by thermal sealing of the channel and cover plates.

161 h bed and finally becoming silent with rapid sealing of the defect by the omentum and the spleen.

162 incorporation of an undamaged nucleotide and sealing of the DNA strand break.

163 Wax bonding provides an effective sealing of the fluidic networks even on nonflat glass su

164 tions of sufficient length to achieve proper sealing of the nerve cord.

165 It results from errors in the sealing of the optic fissure (OF), a transient structure

166 To ensure that the sealing of the reagent chamber is maintained, aqueous re

167 Assembly and sealing of the tight junction barrier are critically dep

168 ceramide for covalent binding to protein and sealing of the waterproof barrier.

169 re-establishment of optimal cell density or sealing of the wound.

170 The proper cellular location and sealing of tight junctions is assumed to depend on scaff

171 catalytic amino acids in Orc4, narrowing and sealing off entry into the central channel.

172 ons can reduce bacterial spread, possibly by sealing off the cecum in the cecal ligation and puncture

173 For this patient, the technique of sealing off the exposed furcation with restorative mater

174 ated the influence of adhesives and marginal sealing on demineralization progress using optical coher

175 Breaking and sealing one strand of DNA is an inherent feature of chro

176 explains how ligase attains fidelity for the sealing operation.

177 It prefers 3'-OH adenosine when sealing opposite an abasic template site.

178 lication of barrier materials for packaging, sealing, or encapsulation of the active substances, whic

179 ier in sealant utilization is the concern of sealing over active caries lesions.

180 ding sealants is concern about inadvertently sealing over caries.

181 The sealing partners of the Netsilik Inuit exemplify the pro

182 mpact of continuous cuff pressure control on sealing performance and pressure variability.

183 Tapered cuffs improved cuff sealing performance compared with spherical cuffs with o

184 rimary objective was to compare the tracheal sealing performance of polyvinyl chloride tapered, cylin

185 XTR and SE2 showed nearly perfect sealing performance on the dentin floor up to the 10 min

186 eal tube cuff material and shape on tracheal sealing performance remains debated.

187 tinuous cuff pressure control did not impact sealing performance.

188 normalized cuff pressures without impacting sealing performance.

189 mm or 2.85 mm were used to create a non-self-sealing peripheral oblique corneal wound (POCW) or a cen

190 et accumulation and packing can delay vessel sealing, permitting protein escape to continue.

191 d signal triggers displacement of the SecYEG sealing plug from the pore.

192 have shown that chronic infusion of membrane-sealing poloxamer to severely affected dystrophic dogs r

193 On average, always sealing primary molars is more effective than standard c

194 The sealing properties of the epicuticular and intracuticula

195 underlying sediment in response to causeway sealing provides new understanding of the potential role

196 With 3'-OH mispairs, the DraRnl sealing rate varies widely, with G-T and A-C mispairs be

197 Biochemical tests of the composite nick sealing reaction and of each of the three chemical steps

198 ding biochemical tests of the composite nick sealing reaction and of the three component steps of the

199 t requirements for the adenylylation and end-sealing reactions catalyzed by LigD.

200 ase D (LigD) performs end remodeling and end sealing reactions during nonhomologous end joining in ba

201 We found that, on average, bund sealing reduced seasonal water use by 52 +/- 17% and dec

202 Bund sealing reduced the emission of methane from irrigation

203 c endoscopic techniques, including port-site sealing, reduces postoperative complications.

204 the mid-20th century, when more modern well-sealing requirements took effect in Pennsylvania, and ar

205 uthors studied the efficacy of this film for sealing retinal breaks in animals.

206 ase PTP-PEST coordinate the formation of the sealing ring and thus the bone-resorbing function of ost

207 onate or alphav reduced the formation of the sealing ring but not actin aggregates.

208 naling may play a role in the early phase of sealing ring configuration (i.e. either in the disassemb

209 EST confirmed the involvement of PTP-PEST in sealing ring formation and bone resorption.

210 ed in WASP phosphorylation and the resulting sealing ring formation in osteoclasts.

211 lved in the initial and maturation phases of sealing ring formation, respectively.

212 stic link between L-plastin and cortactin in sealing ring formation.

213 and signaling proteins in the regulation of sealing ring formation.

214 WASP, which is identified in the sealing ring of resorbing osteoclasts, also demonstrates

215 (in actin aggregates) and cortactin (in the sealing ring) suggest that these proteins may be involve

216 xpressed in osteoclasts and localizes to the sealing ring.

217 ies a widely distributed Rnl5 family of nick-sealing RNA ligases, the physiological functions of whic

218 teins, and pathways involved in plasmalemmal sealing should suggest novel neuroprotective treatments

219 lied in areas such as transfection, membrane sealing, site-specific targeting, and bionanoengineering

220 and extremely error-tolerant during the nick-sealing step (catalyzed by ASFV DNA ligase).

221 nder conditions of limiting Mg(2+), the nick-sealing step becomes rate-limiting, and the adenylylated

222 Once the sealing step is complete, the sacrificial layer is melte

223 two models for how RtcB executes the strand sealing step.

224 al enzyme that catalyzes end-healing and end-sealing steps during nonhomologous end joining (NHEJ).

225 igase D (LigD) catalyzes end-healing and end-sealing steps during nonhomologous end joining in bacter

226 The end-healing and end-sealing steps of the phage T4-induced RNA restriction-re

227 enzyme that executes the end-healing and end-sealing steps of tRNA splicing in Saccharomyces cerevisi

228 ate divalent metal catalysts during the nick sealing steps.

229 c balance between the end-remodeling and end-sealing steps.

230 enzymes responsible for the RNA healing and sealing steps.

231 mote undesired movements of the endovascular sealing structure.

232 study suggests MICP is a promising tool for sealing subsurface fractures in the near wellbore enviro

233 The utility of a liquid extraction based sealing surface sampling probe (SSSP) for the direct mas

234 flushing out of the device but also provide sealing surfaces so that valves and other flow control d

235 approach to fetal surgery, a unique membrane sealing technique and a conservative algorithm that rese

236 Sealing technologies using low-viscosity fluids are adva

237 , the microchip was operated isobarically by sealing the buffer reservoirs from the atmosphere and in

238 ng premature ejection of contents by tightly sealing the capsid vertices.

239 helix bundles, respectively, participate in sealing the cavity from the outside.

240 in orientation parallel to the lipid bilayer sealing the collapsed Na(+) ion pocket and linking the a

241 g and flow channel layers followed by plasma sealing the combined layers onto a glass plate that cont

242 rase and DNA ligase required for filling and sealing the damaged strand.

243 fly pausing the printing before resuming for sealing the device.

244 arts, (ii) assembling the dialyzer and (iii) sealing the dialyzer with epoxy.

245 r histone, H1, binds both to the nucleosome, sealing the DNA coils, and to the linker DNA between nuc

246 ringe with a needle or a pipet tip, and then sealing the hole with nail hardener.

247 The fully activated ER complex with helix 12 sealing the LBD is suggested to be the appropriate trigg

248 d laser therapy both have limited success in sealing the leaks and are not as effective as surgical m

249 mation of scar tissue, which is important in sealing the lesion and inhibiting axon regeneration.

250 an antagonistic fashion, i.e., helix 12 not sealing the ligand binding domain (LBD) effectively, and

251 zene units to form the pseudorotaxanes, thus sealing the nanopores and stopping release of the cargo.

252 during the intercuspal phase of jaw motion, sealing the nasopharynx.

253 (ESCRT-III) proteins have been implicated in sealing the nuclear envelope in mammals, spindle pole bo

254 the enzyme to cleave a DNA substrate before sealing the nucleic acid break.

255 s stable in the absence of proton flux, thus sealing the open end of MtrE.

256 t project into the channel are essential for sealing the packaged head.

257 e) (PDMS) on photoresist and then reversibly sealing the PDMS slab to the ITO-glass substrate.

258 nalytes directly from tissue was achieved by sealing the sampling tip against the tissue surface with

259 cid side chains which may be responsible for sealing the site from the solvent and polarizing hydride

260 c storage of CO(2) requires that the caprock sealing the storage rock is highly impermeable to CO(2).

261 esis of all three structures is initiated by sealing the tips of electrochemically sharpened Au and P

262 Additionally, after fracture sealing, the sandstone core withstood three times higher

263 ing two individuals from the colony and then sealing them back into the nest.

264 This fit-to-shape sealant has potential in sealing tissues with non-flat geometries, such as a sutu

265 y and disassembly capabilities, adhesion and sealing to surfaces, self-healing and the capability to

266 cts on the nucleosome, H1 stabilising it by "sealing" two turns of DNA around the octamer, and HMGB1

267 east cells that lack the endogenous "healing/sealing-type" tRNA ligase Trl1.

268 A keratome knife was used to create non-self-sealing, uniplanar, 3-mm, clear corneal incisions in enu

269 Here, we report a process of metallic sealing using small well-separated Ag nanorods; the proc

270 h may contribute to formation of large wound sealing vesicles in muscle cells.

271 would suggest a one-step mechanism for RtcB sealing via attack by the O5' nucleophile on the cyclic

272 LAA sealing was confirmed by intracardiac echocardiography a

273 roxide production before and after phagosome sealing was decreased by mutation of the p40(phox) PI3P-

274 In contrast, sealing was unaffected by introducing hirudin to block f

275 e lack of functional peri-implant epithelial sealing with basal lamina (BL) attachment at the interfa

276 adhesive may have potential applications for sealing wounds and for replacement or augmentation of su

277 sorption, osteoclasts generate an actin-rich sealing zone composed of densely packed podosome-like un

278 ture osteoclasts by RNA interference altered sealing zone dimensions and inhibited bone resorption, w

279 d residue at position 55 severely diminished sealing zone formation and bone resorption and suppresse

280 ne receptor-interacting protein 6 (TRIP6) in sealing zone formation and osteoclast activity was exami

281 n of Pyk2 is essential for podosome belt and sealing zone formation as well as for bone resorption.

282 ome belt at the cell periphery; instead of a sealing zone only small actin rings were formed, resulti

283 hereas overexpression of TRIP6 increased the sealing zone perimeter and enhanced bone resorption.

284 ppression of Myo10 led to decreased cell and sealing zone perimeter, along with decreased motility an

285 tment caused increases in osteoclast fusion, sealing zone perimeter, and bone resorptive capacity.

286 , suggesting a possible role in podosome and sealing zone positioning.

287 -) osteoclasts had reduced podosome belt and sealing zone resulting in reduced mineralized matrix res

288 teoclasts exhibited disrupted actin ring and sealing zone structures, impaired maturation, and reduce

289 TRIP6 was shown to reside in the sealing zone through its association with tropomyosin 4,

290 lation is permissive for its presence in the sealing zone where it plays a positive role in osteoclas

291 used increased association of TRIP6 with the sealing zone, as did overexpression of a TRIP6 cDNA bear

292 of a unique attachment structure called the sealing zone.

293 ated in well-defined actin rings forming the sealing zone.

294 ormation of podosome belts along with larger sealing zones and enhanced bone resorptive capacity.

295 Patterning of both podosomes and sealing zones is dependent upon an intact microtubule sy

296 e outer edges of immature podosome rings and sealing zones, suggesting a possible role in podosome an

297 loss of bone resorption with no formation of sealing zones.

298 results in a failure to form actin rings at sealing zones.

299 , multinucleated osteoclasts which generated sealing zones; however these osteoclasts exhibited defec

300 into rings that drive OC migration and into "sealing-zones" (SZs) that confine the resorption lacuna.