ライフサイエンスコーパス: socket

1 etitive patterns of a single motif: the knob-socket.

2 gaps between the implant and the extraction socket.

3 aspect, characterize the healing extraction socket.

4 cal helix-helix interaction provided by that socket.

5 om a second subunit, generating the ball and socket.

6 o the early rehabilitation of the contracted socket.

7 e was achieved by flap advancement over each socket.

8 organs, which secrete the bristle shaft and socket.

9 rabecular bone formation in tooth extraction socket.

10 ket like a two-pronged plug inserting into a socket.

11 bone sialoprotein were evaluated in alveolar sockets.

12 lants immediately placed in fresh extraction sockets.

13 read design, in maxillary incisor extraction sockets.

14 on the positioning of implants in extraction sockets.

15 onounced in wider sockets compared to narrow sockets.

16 d were never placed directly into extraction sockets.

17 oated cylindrical implants in the extraction sockets.

18 act is improved in BG-filled versus unfilled sockets.

19 nt hydration methodologies in rat extraction sockets.

20 ALN did not alter bone fill in extraction sockets.

21 one allograft (FDBA) in non-molar extraction sockets.

22 e inserted into fresh multirooted extraction sockets.

23 ged implants were placed in fresh extraction sockets.

24 knob-socket model classifies three types of sockets: (1) free, favoring only intra-helical packing;

25 r in DFDBA-treated (13.5%) versus BG-treated sockets (5.5%).

26 This study also compared healing extraction sockets 6 to 8 months postimplantation of a bioactive gl

27 To aid studies of coiled coils, we developed SOCKET, a computer program to identify these motifs auto

28 s, placement of implants in fresh extraction sockets affected by infection may be a valid operative t

29 ided improved cosmetic rehabilitation of the socket after enucleation.

30 icro screws which were fixed into extraction sockets, after which the sockets were implanted with eit

31 he other cells produce a sensory bristle and socket along with the bristle sensory neuron and a glial

32 Changes in anophthalmic socket anatomy can significantly compromise esthetics an

33 odels comprising a maxillary central incisor socket and 4.5 x 13 mm outer-diameter implants with exte

34 A digital representation of the exenteration socket and contralateral periocular region was captured

35 shed from adult anophthalmia, because normal socket and facial development is dependent on orbital gr

36 nces between the amino acid composition of a socket and knob, we undertake an investigation of the kn

37 apical communication between the extraction socket and mandibular nerve was located.

38 The socket and overlay groups healed with a high percentage

39 phogenetic movement in which the intertwined socket and shaft cells of the Drosophila anterior wing m

40 Expression in glial-like cells (socket and sheath cells) is biologically important, as s

41 Measurements of eye sockets and simulations of their evolution show that eye

42 Implant placement into fresh extraction sockets and sinus floor manipulation using bone-added os

43 use of immediate implant placement in fresh sockets and the bone-added osteotome sinus floor elevati

44 All implants were placed in extraction sockets and were subjected to immediate temporization an

45 Immediate implants were inserted in each socket, and postoperative plaque control measures were u

46 ral role in this mechanism: in the on state, sockets are formed in the adaptation region and disrupte

47 Within an alpha-helix, the three-residue sockets arrange residues into a uniform packing lattice.

48 e need for careful debridement of extraction sockets associated with severe periodontitis and argues

49 healing and alveolar ridge alteration after socket augmentation using bone allograft covered with an

50 es around implants placed in post-extraction sockets augmented with demineralized freeze-dried bone a

51 th dental implants placed in post-extraction sockets augmented with DFDBA and 30 consecutive patients

52 indicates implants placed in post-extraction sockets augmented with DFDBA exhibited minimal marginal

53 es around implants placed in post-extraction sockets augmented with DFDBA to implants placed in nativ

54 the usefulness as well as the limits of knob-socket based structural modeling of protein contacts.

55 we created a tool called the Big Data Smart Socket (BDSS) that abstracts data transfer methodology f

56 were retrieved from the center of the healed socket before implant placement for histomorphometric an

57 n the bowl-like cup of the C4P in a ball-and-socket binding mode.

58 Phe-1086 or Tyr-1087 to arginine at the NBD2 socket blocked activity or assembly while the equivalent

59 microcomputed tomography were used to assess socket bone fill and alveolar ridge dimensional changes

60 pecially at 0.05 mug/muL) stimulated greater socket bone fill at day 10 as compared with the vehicle-

61 Furthermore, the increase in extraction socket bone fill with clodronate was less than the large

62 celerated extraction wound healing, promoted socket bone fill, preserved alveolar ridge bone, and red

63 In the extraction sockets, bone fill in the ALN-treated mice was equivalen

64 iscussing the management of the anophthalmic socket, but few are randomized clinical studies.

65 All teeth were extracted atraumatically, and sockets carefully debrided and checked for integrity of

66 well as prosthesis retention in anophthalmic socket cases.

67 developed here and in a previous study, the socket cavity evolved in part by replacement of a buried

68 le as a core side chain, filling part of the socket cavity occupied by Phe 58 in the wild-type dimer.

69 at the lack of late D-Pax2 expression in the socket cell (the sister of the shaft cell) is controlled

70 e is a product of both extrinsic factors-the socket cell and the inner pupal case--and intrinsic fact

71 ur results indicate that the later phases of socket cell differentiation are controlled by multiple t

72 auto-activation function required for normal socket cell differentiation.

73 the Notch signaling event that specifies the socket cell fate.

74 Interestingly, we found that in the hair/socket cell lineage but not the neuron/sheath cell linea

75 spicules phenotype as a result of failure of socket cell movement during spicule morphogenesis.

76 ates its own expression, specifically in the socket cell of external sensory organs, via an autoregul

77 An asymmetric extension of the socket cell overlies the newly emerging bristle rudiment

78 onds with a failure of the glial-like amphid socket cell to maintain its specific cell shape and cell

79 uble-socket phenotype, due to a hair cell to socket cell transformation, but also a double-sheath phe

80 that Sox15 is expressed specifically in the socket cell, and have identified the transcriptional cis

81 tent with ALR-1 expression within the amphid socket cell, our results indicate a cell autonomous role

82 nted cellular protrusions emanating from the socket cell, the source of Spi, robustly favor the Spi/E

83 ription of the Pax family gene shaven in the socket cell, which serves to prevent inappropriate expre

84 hen divides to produce the hair cell and the socket cell.

85 sheath cells and a complete absence of hair/socket cells (reflecting a IIa-to-IIb transformation).

86 7::GFP reporter gene is found in the spicule socket cells and its expression appears to be regulated

87 ression in the motor neurone PDA, the amphid socket cells and the spermatheca; pC directs expression

88 In contrast, the spicule socket cells are essential for both spicule elongation a

89 The socket cells are not only necessary but also sufficient

90 This functional aspect of socket cells is genetically separable from their functio

91 SPD and their associated dopamine-containing socket cells sense the intrauterine environment through

92 h resulted in duplication of the bristle and socket cells, progeny of the pIIa cell, and loss of the

93 ts expression appears to be regulated in the socket cells.

94 pear but not trichogen (shaft) and tormogen (socket) cells.

95 The amino acid propensities in these three socket classes essentially represent an amino acid code

96 nts placed in accordance with the extraction socket classification (ESC).

97 In healing extraction sockets, clodronate treatment increased extraction socke

98 This benefit was more pronounced in wider sockets compared to narrow sockets.

99 This benefit was apparent in wide sockets compared to narrow sockets; however, the clinica

100 osen for study: (1) the hydrophobic ball and socket comprised of Phe52 from one subunit fitting into

101 esidue with a three-residue socket, the knob-socket construct allows a more direct incorporation of s

102 b, we undertake an investigation of the knob-socket construct's ability to improve the prediction of

103 Chimeric mice generated using these socket-containing ES cells transmitted the targeted fact

104 embryonic stem (ES) cells were targeted by a socket-containing vector that replaces the promoter thro

105 -dried bone allograft (DFDBA) to an unfilled socket control (C).

106 A significant regeneration of the volume of sockets could be noted by histologic evaluation, indicat

107 treatment groups: 10 sockets received BG, 10 sockets DFDBA, and 10 sockets served as unfilled control

108 placement surgery), vertical and horizontal socket dimensions were measured.

109 ts (i) support a model in which the ball-and-socket dimer interface of lambda Cro was created by alte

110 mall side chain in the hydrophobic "ball-and-socket" dimer interface of lambda Cro, was a much larger

111 hesis) with unilateral acquired anophthalmic socket discharge were included.

112 be considered in subjects with anophthalmic socket discharge.

113 that implants placed into grafted extraction sockets exhibited a clinical performance similar to impl

114 oice of orbital implants, various methods of socket expansion, and socket reconstructions are examine

115 f a flapless technique in a fresh extraction socket filled with slowly resorbable graft biomaterial a

116 atic review was to determine the effect that socket filling with a bone grafting material has on the

117 crylic conformers to expand the conjunctival socket, followed by placement of conventional static sph

118 for appositional new bone growth in alveolar sockets following tooth extraction.

119 sed of Phe52 from one subunit fitting into a socket formed on the other subunit by Met94, Phe136, and

120 ly due to partial filling of the hydrophobic socket from within the same monomer.

121 phenotype by expression of a K(+) channel in socket glia and of a cationic channel in OLQ neurons sug

122 et group), and 12 patients received the same socket graft procedure plus buccal overlay cancellous xe

123 olled, masked clinical trial is to compare a socket graft to the same treatment plus a buccal overlay

124 compare the healing of non-molar extraction sockets grafted with DFDBA versus FDBA for ridge preserv

125 r 3 months of healing was 66.5% +/- 10.4% in sockets grafted with MGCSH mixed with PRP compared to 38

126 Alveolar ridge preservation via socket grafting (ARP-SG) is indicated to attenuate physi

127 p, which received ARP using a combination of socket grafting with a particulate bone allograft and so

128 y group was significantly different from the socket group (P <0.05).

129 horizontal ridge width at the crest for the socket group decreased from 8.7 +/- 1.0 to 7.1 +/- 1.5 m

130 Histologic analysis revealed that the socket group had 35% +/- 16% vital bone, and the overlay

131 ntrasocket mineralized cancellous allograft (socket group), and 12 patients received the same socket

132 d nuances, the principal aim is to encourage socket growth.

133 y while the equivalent mutations at the NBD1 socket had only modest effects.

134 ows that implants placed in fresh extraction sockets had a high cumulative success rate, namely 91.8%

135 cement of an implant into a fresh extraction socket has been identified as a reliable technique, allo

136 ative bone and not directly into extractions sockets have a high degree of initial stability as evide

137 believed that implants placed in extraction sockets have a tendency to shift in the facial direction

138 vestigated molecular and cellular markers of socket healing after extraction of healthy or teeth with

139 pose of this study was to compare extraction socket healing and alveolar ridge alteration after socke

140 t that PTH therapy promotes tooth extraction socket healing and that intra-oral injections can be use

141 he effect of PTH therapy on tooth extraction socket healing and to examine whether PTH intra-oral inj

142 tive material which had a positive effect on socket healing at 6 to 8 months postextraction.

143 pose of this study was to compare extraction socket healing in 8 patients after implantation with eit

144 s are often taken after tooth extraction and socket healing to assess the healed ridge as a potential

145 Contrary incomplete socket healing was noted after extraction of teeth with

146 (immediately after tooth extraction or after socket healing), and treatment after the diagnosis of ne

147 ization with MaR1 delivery versus vehicle on socket healing.

148 efficacy of ARP as compared with unassisted socket healing.

149 and bone replacement materials on extraction socket healing.

150 al autologous bone do not promote extraction socket healing.

151 A appear to interfere with normal extraction socket healing.

152 ociated with significantly slower extraction socket healing.

153 necrotic bone were associated with impaired socket healing.

154 tion of MaR1 potently accelerated extraction socket healing.

155 eous injection in promoting tooth extraction socket healing.

156 and pelvic musculature outside the ball-and-socket hip joint and on both sides of the pubic symphysi

157 apparent in wide sockets compared to narrow sockets; however, the clinical importance of these relat

158 rophobic pocket as suggested by the pin-into-socket hypothesis.

159 Sockets implanted with hBMP/NCP contained vital woven an

160 ng tooth extraction to fill and/or cover the socket in an attempt to limit or prevent ridge resorptio

161 terminal Ile(316), wedged into a hydrophobic socket in the closed form, but displaced from it in the

162 Following tooth extraction, a total of 30 sockets in 19 patients were randomly divided into 3 trea

163 lants immediately placed in fresh extraction sockets in association or not with porcine bone.

164 and immediate implants were placed in distal sockets in each site.

165 Radiographically, extraction sockets in groups 1, 2, and 3 demonstrated normal healin

166 s was performed bilaterally into multirooted sockets in mandibles of mini-pigs.

167 ted; a total of 48 implants were placed into sockets in three minipigs.

168 ived from the ancestral, anterior-most tooth socket insert into this organ, which contains connective

169 ptide and MHC to form a stabilizing ball-and-socket interaction with the MHC and peptide, contributin

170 to channel gate opening involves a "pin-into-socket" interaction between alphaV46 at the tip of the e

171 microscopy analysis showed that the ball-and-socket interdigitations between neighboring fiber cells

172 SEM revealed a tighter implant-socket interface in the PPCH-PA group compared to other

173 modimeric lambda Cro protein has a "ball-and-socket" interface that includes insertion of an aromatic

174 on perovskite oxides, exsolved analogues are socketed into the parent perovskite, leading to enhanced

175 mplant placement (IIP) into fresh extraction socket is a favorable treatment option.

176 Tessellations to identify contacts, the knob-socket is a four-residue tetrahedral motif: a knob resid

177 The management of the pediatric anophthalmic socket is distinguished from adult anophthalmia, because

178 Surgical correction of the anophthalmic socket is intended to alleviate a loss and fill a void b

179 of dental implants (DI) in fresh extraction sockets is associated with remaining voids around the DI

180 Recent literature on managing anophthalmic sockets is discussed with a focus on the pediatric patie

181 inserted into fresh and infected extraction sockets is not a risk factor for implant survival.

182 ing implant placement in treated and control sockets is warranted to determine if bone implant contac

183 use these residues are close to the ball-and-socket joint A266C(IH2)/Phe(1086)(NBD2), we mutated the

184 hydrolysis to transport, contains a ball-and-socket joint and salt bridges similar to the ATP-binding

185 Thus, an intact ball-and-socket joint between the V and C domains in AF2 is requi

186 s forming the socket of a molecular ball-and-socket joint between the V and C domains of the Ig Fab,

187 in in different orientations show a ball-and-socket joint with a hybrid domain Arg side chain that ro

188 rs independently evolved a synovial ball-and-socket joint.

189 086 lies in a hydrophobic IH2-NBD2 "ball-and-socket" joint.

190 ntracellular loops (ICLs) that form ball-and-socket joints.

191 The importance of the ball-and-socket junction for the function of NusG is supported by

192 A unique "ball-and-socket" junction dominates the intermolecular interactio

193 swollen lens fibers with attenuated ball-and-socket junctions.

194 To test the yin-yang hypothesis, conserved sockets likely to strengthen specific helix-helix contac

195 in Arg side chain that rocks in a PSI domain socket lined with carbonyl oxygens.

196 that implant placement in a fresh extraction socket may partly reduce the alveolar ridge contraction

197 to evaluate a proposed pin-into-hydrophobic socket mechanism for the alphaVal46 side chain of the nA

198 ise geometrical requirements of the pin-into-socket mechanism.

199 , leading to the "two-pronged plug two-holed socket" mechanism whereby binding is hypothesized to res

200 splicing defects, we have used the "plug and socket" method of gene targeting in murine embryonic ste

201 Furthermore, the knob-socket model classifies three types of sockets: (1) free

202 Using the Knob-Socket model for protein-protein interaction, the intera

203 at can rationally design peptides using knob-socket model is presented.

204 The principle of the knob-socket model relates the packing between levels of prote

205 alpha-helical structure to validate the knob-socket model.

206 ndicate that the "two-pronged plug two-holed socket" model is an oversimplification of the Src SH2 do

207 of opposing subunits: a hydrophobic ball-and-socket motif and a buried charge cluster motif.

208 sults and analysis demonstrate that the knob-socket motif functions as the basic unit of packing and

209 is structurally reminiscent of the "ball and socket" motif seen in the immunoglobulins and T-cell rec

210 "Ball and socket" motif: The contorted dibenzotetrathienocoronene

211 m a definable pattern of interdigitated knob-socket motifs between two alpha-helices.

212 n the two conformations involves a "ball-and-socket" motion in which the pyridine nucleotide-binding

213 l bone healing, through grafted and unfilled sockets (n = 10/group), and the second molar shift was a

214 e-associated sensory neurons and the spicule socket neuronal support cells function with intromission

215 Distal sockets not receiving implants and the sockets of first

216 and 112, have been identified as forming the socket of a molecular ball-and-socket joint between the

217 he had contracture of the conjunctiva in the socket of his previously enucleated eye, as well as lowe

218 d rats, osteoclasts were noticed in the root socket of molars, including the apposition side of the p

219 ) bar is a common design feature used in the socket of trans-tibial prostheses to place load on the p

220 istal sockets not receiving implants and the sockets of first molars (n = 60) were randomly treated w

221 erably more devital bone was observed in the sockets of rats on Zol versus VC.

222 A total of 48 implants were placed into the sockets of the mesial roots of freshly extracted mandibu

223 with xenogeneic material the postextractive sockets of two surgical procedures (flapless versus flap

224 > or =50% buccal bone loss of the extraction socket) of the maxillary teeth (bicuspids forward) immed

225 one alpha-helix packs into the three-residue socket on another alpha-helix.

226 The biopsies were taken from extraction sockets or dental implant sites which were grafted with

227 mpared with those placed in fresh extraction sockets (P = 0.001; weighted mean difference = -0.14 mm;

228 metry and the probability of the mapped knob-sockets pairs.

229 In the 10 patients (6 extraction socket patients and 4 augmentation patients) who receive

230 rphic numb mutant not only displays a double-socket phenotype, due to a hair cell to socket cell tran

231 eration and sinus augmentation compared with socket preservation (P < 0.0001).

232 th platelet-rich plasma (PRP) for extraction socket preservation graft before implant placement.

233 atients were treated, 32 for each of the two socket preservation procedures.

234 one changes at four sites -- between the two socket preservation techniques, with P values of <0.001,

235 ive randomized clinical survey, two types of socket preservation were performed on two groups of pati

236 urgeries without bone grafting compared with socket preservation, guided tissue regeneration, guided

237 Regenerative procedures are used for socket preservation, sinus augmentation, and horizontal

238 ses during implant placement 12 months after socket preservation.

239 randomly divided into 3 treatment groups: 10 sockets received BG, 10 sockets DFDBA, and 10 sockets se

240 ts, various methods of socket expansion, and socket reconstructions are examined.

241 Mutating each residue of the socket region to alanine results in little change in the

242 rses alveolar bone loss following extraction socket remodeling.

243 Biopsies from bovine bone sockets revealed dead implanted particles surrounded by

244 ngate pubes, and acetabulae that form a deep socket rimmed by a robust lip of bone.

245 heal without RP on the buccal aspect of the socket (RP: -1.12 +/- 1.60 mm versus no RP: -2.60 +/- 2.

246 afting with a particulate bone allograft and socket sealing with a nonabsorbable membrane (dPTFE) fol

247 ockets received BG, 10 sockets DFDBA, and 10 sockets served as unfilled controls.

248 The four cells (shaft, socket, sheath, and neuron) which compose each of these

249 Anophthalmic socket sides showed a significantly lower tear productio

250 ved when Putty P15 was applied to extraction sockets, suggesting that it may be useful for alveolar r

251 um but maintains bone formation over all the socket surfaces.

252 upper eyelid entropion, one had anophthalmic socket syndrome, and one had exposure keratopathy and tr

253 ction, implant exposure, and postenucleation socket syndrome.

254 eived MGCSH mixed with PRP in the extraction sockets (test group), and eight selected patients random

255 ccess of implants placed in fresh extraction sockets that showed clinical signs of periodontal diseas

256 Conserved sockets that stabilize local helix-helix interactions pl

257 nly specimen of the species that shows (from sockets) that there were four small upper incisors.

258 lug (the peptide) inserting into a two-holed socket (the SH2 domain).

259 a functional unit with its surrounding bony socket, the alveolar bone.

260 n a single knob residue with a three-residue socket, the knob-socket construct allows a more direct i

261 For 32 sockets, the knob side chain was truncated to Ala to wea

262 We used SOCKET to gather a set of unambiguous coiled-coil struct

263 d immediate replantation into the extraction sockets to allow repopulation of the surgically treated

264 loss of D-Pax2 function is epistatic to the socket-to-shaft cell fate transformation caused by reduc

265 b daughter cells; IIa generates the external socket (tormogen) and hair (trichogen) cells, while IIb

266 s, clodronate treatment increased extraction socket trabecular bone thickness at 14 d, which correlat

267 uated new bone formation in human extraction sockets treated with demineralized freeze-dried bone all

268 SOCKET unambiguously defines coiled-coil helix boundarie

269 gate the clinical regeneration of extraction sockets using high-density polytetrafluoroethylene (dPTF

270 HTR was used to fill the remaining socket void and enhance the facial ridge width.

271 he placement of immediate DIs for filling of socket voids and preservation of ridge width.

272 rier membrane (experimental site); the other socket was a conventional control.

273 One socket was covered with an expanded polytetrafluoroethyl

274 h a custom acrylic stent, and the extraction socket was grafted with the combination allograft and co

275 The thin buccal plate of the extraction socket was preserved using freeze-dried bone allograft t

276 ced flap, which did not completely cover the sockets, was used.

277 sion and storage technologies owing to their socketed, well-anchored structure.

278 the second maxillary molars were extracted; sockets were allowed to heal for 4 wk; animals were euth

279 re atraumatically removed and the extraction sockets were debrided.

280 A total of 276 extraction sockets were evaluated in 276 subjects (151 males and 12

281 illary first molars in C57BL/6 mice, and the sockets were filled with allograft, beta-TCP, or left un

282 Extraction sockets were filled with either FDBA or DFDBA.

283 xed into extraction sockets, after which the sockets were implanted with either bovine bone (n=3 site

284 ndergo implant placement in fresh extraction sockets were selected.

285 quiring a single implant in fresh extraction sockets were selected.

286 Biopsies of the extraction sockets were taken from 3 to 6 months after treatment (a

287 In addition, two molar sockets were treated with the original PPCH graft materi

288 round immediate implants in fresh extraction sockets when different grafting procedures are performed

289 iled coils were identified using the program SOCKET, which locates coiled coils based on knobs-into-h

290 taken to the nearest 0.5 mm of the internal socket width and total ridge width at DI placement and u

291 Mean initial internal socket width was 6.9 mm.

292 ar and cortical bone formation in extraction sockets with an intact crestal cortical bone.

293 +):CD68(+) macrophages was identified in the sockets with MaR1 application under immunohistochemistry

294 Retrieved sockets with micro screws implanted with bovine bone (n=

295 , and gelatin scaffolds were placed into the sockets with or without MaR1.

296 ation of implants placed in fresh extraction sockets with the use of a flapless technique and a xenog

297 n was also given twice a week until complete socket wound closure up to 14 d.

298 clinical potential to accelerate extraction socket wound healing for more predictable dental implant

299 mine the effects of MaR1 on tooth extraction socket wound healing in a preclinical rat model.

300 tant role in systems ranging from mechanical socket wrenches to biological motor proteins.