ライフサイエンスコーパス: brace

1 sed to a plaster cast and 335 to a removable brace.

2 into their bioactive form using a synthetic brace.

3 aded through its lumen and XAP2 serving as a brace.

4 hain in a configuration called the histidine brace.

5 opper in LPMOs is coordinated by a histidine-brace.

6 ratively with plaster cast versus functional brace.

7 eir arm was held in place by a thermoplastic brace.

8 ence to demonstrate the efficacy of patellar bracing.

9 dging while showing no systematic changes in bracing.

10 d how have growth remaining may benefit from bracing.

11 coliosis (AIS) may be treated with full-time bracing.

12 intervention in patients rejecting full-time bracing.

13 l was stopped early owing to the efficacy of bracing.

14 removable brace groups at 16 weeks (favours brace: 1.8, 95% confidence interval -2.0 to 5.6).

15 l chimera of a permuted TNF-like module that braces a glycine-rich subdomain featuring a hexagonal la

16 an acting solely as a passive conformational brace, a staple can intimately interact with the surface

17 on 23 S rRNA suggest that L9 functions as a brace across helix 76 to position helices 77 and 78 rela

18 species is generated at the copper histidine brace active site following treatment of the LPMO with e

19 adical pair, thereby restoring the histidine brace active site to its resting state and allowing it t

20 n addition, allowing transition to full-time bracing after treatment failure resulted in similar surg

21 The brace also interacts in trans with nucleotide-binding re

22 Children were managed with a removable brace and allowed to return to activities as tolerated.

23 functioning of the copper-binding histidine brace and provide insights that may help in understandin

24 sprains when treated with a removable ankle brace and self-regulated return to activities.

25 in quality of ankle function between Aircast brace and tubular compression bandage was 8%; 95% CI 1.8

26 The limited evidence on braces and analgesics underscores the urgent need for fu

27 Most are unresponsive to bracing and most often require surgical intervention.

28 ly activities, and conservative therapy with bracing and narcotic analgesics gave little improvement.

29 racing or observation, and 126 chose between bracing and observation.

30 Although bracing and physiotherapy are common treatments in much

31 ause of this, treatment of AIS is limited to bracing and/or invasive surgery after onset.

32 steoarthritis, such as specialized footwear, braces, and powered exoskeletons, also increase the mass

33 chanical interventions, such as exercise and bracing, and behavioral interventions directed toward en

34 aditional medical techniques (physiotherapy, bracing, and orthopaedic musculoskeletal surgery) remain

35 r cost and fewer unnecessary radiographs and brace applications.

36 ampling set and develop a phylogenetic cross-bracing approach, constraining equivalent speciation nod

37 Glutamine braces are conserved in mitochondrial carriers and contr

38 onserved histone-binding domain that forms a brace around the H3-H4 tetramer mimicking nucleosomal DN

39 use of early weight-bearing in a functional brace as a safe and cost-effective alternative to plaste

40 e, however, now supports the use of orthotic bracing as a nonoperative alternative in select patients

41 rior to early weight-bearing in a functional brace, as measured by ATRS, in the management of patient

42 was 75% among patients randomly assigned to bracing, as compared with 42% among those randomly assig

43 the rate of treatment success was 72% after bracing, as compared with 48% after observation (propens

44 he bracing group were instructed to wear the brace at least 18 hours per day.

45 idence from low-quality studies for patellar bracing benefits.

46 terminal extension, which acts as a physical brace between adjacent protomers.

47 that the G-patch motif acts like a flexible brace between dynamic portions of DHX15 that restricts e

48 The ATP8 subunit provides an additional brace between the peripheral stalk and subunit a.

49 orms can be explained in terms of the "cross-bracing" between polyhedra that occurs as a result of th

50 three different mechanical supports (Aircast brace, Bledsoe boot, or 10-day below-knee cast) compared

51 in salt-bridge interactions, one of which is braced by a glutamine residue.

52 Hexameric rings of the tail-tube protein are braced by the N-terminus and a beta-hairpin loop, and in

53 ophobic residues, and a salt bridge network, braced by tyrosines.

54 e site with a three-coordinate T-shaped "His-brace" configuration including the N-terminal histidine

55 Conservative management with bracing continues to be a mainstay of treatment.

56 The "Histidine-brace" (His-brace) copper-binding site, composed of Cu(His)(2) with

57 veals a CRD tetramer consisting of two cross-braced CRD dimers.

58 mays) is large (1-41 cm(-1) major axis [i.e. brace, crown, seminal, and primary roots]), suggesting t

59 Our cross-braced, dated tree of life also provides insight into mo

60 p offset, and mouse molars cultured with the braces develop a cusp offset.

61 leven patients (25%) allocated to functional bracing developed fracture nonunion.

62 rgery, compared with nonoperative functional bracing, did not significantly improve functional outcom

63 a-tile design with or without a single cross-bracing disulfide bond sufficed for antimicrobial activi

64 o-tail cyclic peptide backbone and two cross-bracing disulfides.

65 cluded patients with typical indications for bracing due to their age, skeletal immaturity, and degre

66 This could be due to slippage of the brace during use, increased fatigue due to the energy co

67 e spent dodging and decreased the time spent bracing during the consumption of a hazelnut.

68 which the cysteines form a disulfide core to brace each of the eight 10-residue coils.

69 e trials, 13 investigated patellar taping or bracing effects in individuals with anterior knee pain,

70 domized studies assessing patellar taping or bracing effects on chronic knee pain were sourced from 7

71 termined, and pooled estimates of taping and bracing effects were obtained using random-effects model

72 ng ADL tasks of ten individuals with a wrist brace emulating the absence of wrist function.

73 In this issue of Radiology, Brace et al (1) showed that, compared with radiofrequenc

74 s for the management of osteoporosis include bracing, exercise, and vertebroplasty and kyphoplasty.

75 ised on a keel (wing), supported by rib like braces (fenestral bars) and tube-like portulae; between

76 tomer interface in the filament, acting as a brace for adjacent RAD51 molecules.

77 g a preassembled complex that is potentially braced for GPCR activation.

78 ssues and often undergo treatment with fixed braces for teeth alignment.

79 ny cleft but undergoing treatment with fixed braces for teeth alignment; Group 3 had patients with cl

80 ching-dominated behavior, such as in regular braced frameworks.

81 tion to the membrane and displacement of the brace from the NB.

82 n=244, mean ATRS 74.4 [SD 19.8]; functional brace group n=259, ATRS 72.8 [20.4]; adjusted mean diffe

83 st group vs 13 [5%] of 274 in the functional brace group, p=0.40).

84 group and 12.0 (95% CI, 7.7 to 16.4) in the bracing group (between-group difference, -3.1 points; 95

85 95% CI, -20.1 to -2.9; P = .009) between the bracing group and secondary surgery group.

86 Patients in the bracing group were instructed to wear the brace at least

87 e successful fracture healing group (n = 30; bracing group) and the secondary surgery group (n = 14)

88 gery group, 6.0 (95% CI, 1.0 to 11.0) in the bracing group, and 17.5 (95% CI, 10.5 to 24.5) in the se

89 r ankle score between the cast and removable brace groups at 16 weeks (favours brace: 1.8, 95% confid

90 Foot orthoses and knee braces have been shown in selected patients to have a ro

91 and a pseudokinase domain (PsK) connected by brace helices.

92 the interaction between the auto-inhibitory brace helix alpha6 and the four-helix bundle by stacking

93 (4HB) "killer" domain and neighboring first brace helix of human MLKL with nanomolar affinity.

94 p and increased alpha helical content in the brace helix region revealing a form of monomeric hMLKL n

95 ed coil formed by the extended, ~80 angstrom brace helix that connects the pseudokinase and execution

96 The "Histidine-brace" (His-brace) copper-binding site, composed of Cu(H

97 We propose that Cdt1 acts as a brace, holding MCM open for DNA entry and bound to ATP u

98 I) is coordinated by an N-terminal histidine brace HX (10)H motif.

99 ossils and isotope records under a new cross-bracing implementation.

100 appraisal of copper binding to the histidine-brace in an auxiliary activity family 10 (AA10) LPMO fro

101 d by two His ligands, one of which has a His-brace in which the His-1 terminal amine group also coord

102 p and palate undergoing treatment with fixed braces in comparison to patients without any cleft or an

103 g was not found to be superior to functional bracing in adults with an ankle fracture.

104 The role of bracing in patients with adolescent idiopathic scoliosis

105 ons are reused across a phylogeny, and cross-bracing, in which node date calibrations are formally li

106 Bracing is a useful treatment to correct foot deformitie

107 Functional bracing is an alternative non-operative treatment that a

108 vation and physical therapy, with or without bracing, is usually an effective treatment in most cases

109 inding site featuring a unique monohistidine brace ligand set that is highly conserved among DUF1775

110 and a submembraneous network of actomyosin, braced like a drum.

111 Vole molars cultured without the braces lose their cusp offset, and mouse molars cultured

112 the C-terminal peptide serves as a flexible 'brace' maintaining the oligomeric state during conformat

113 o-thirds of patients treated with functional bracing may heal successfully while one-third may experi

114 nto the biological significance of histidine brace-mediated copper coordination.

115 x1 and B-box2 bind two zinc atoms in a cross-brace motif and adopt a similar betabetaalpha structure

116 ic model of LPMO by incorporating the Cu His-brace motif into azurin, an electron transfer protein.

117 d as binding two zinc ions in a stable cross-brace motif.

118 iometry with high affinity using a histidine brace motif.

119 , through analysis of active-site, histidine-brace mutants, the catalytic activity of CWR-1 was ruled

120 o receive plaster cast (n=266) or functional brace (n=274).

121 or to nonsurgical treatment with functional bracing (n = 44).

122 n = 38; initial surgery group) or functional bracing (n = 44); the latter group was divided into the

123 ngement with the companion subdomain in each brace of protomers of the DnaB hexamer.

124 occasioned by changes in the degree of cross-bracing of the pi-stacks.

125 Subjects were braced on top of a robotic balance system that simulated

126 pha.epsilon complex, suggesting a need for a brace or bridging protein to tightly couple the polymera

127 Treatment of varus thrust (e.g., via bracing or gait modification) may lead to improvement of

128 the analysis, 116 were randomly assigned to bracing or observation, and 126 chose between bracing an

129 ent of the latter cases may consist of early bracing or surgery.

130 fatigue due to the energy cost of wearing a brace, or bias in the study.

131 lities include oral medications, injections, bracing, or physical therapy.

132 Background The effect of bracing over natural history of stable dysplastic hips i

133 ain coordinates two zinc atoms with a 'cross-brace' pattern: one by Cys175, His178, Cys195 and Cys198

134 hase, space group P2(1)/c, consists of cross-braced pi-stacked arrays of dimers in which the radicals

135 graphic measurements indicate that the cross-braced pi-stacked arrays of dimers undergo a wine-rack c

136 noncompliance with the extended post-casting brace protocol.

137 t, including the development of nonoperative bracing protocols, have improved the care of children wi

138 Interrupting the covalent cross-bracing provided by the Greek key connection reduced the

139 The MLKL brace, proximal to the N-terminal helix bundle (NB), is

140 acid substitutions within or adjacent to the brace region.

141 These zinc ligands form a pair of cross-braced ring fingers encapsulated within a third zinc fin

142 ealing a highly symmetrical covalently cross-braced robust lattice, the subunits of which possess a f

143 icle, I discuss the current understanding of brace root function and development, as well as the mult

144 Brace roots are a unique but poorly understood set of or

145 entitious roots that include crown roots and brace roots.

146 vels and lack of anthocyanin pigmentation of brace roots.

147 Space) by matching the length, the types of bracing secondary structures of the query and by satisfy

148 library by matching the length, the types of bracing secondary structures of the query and satisfying

149 Besides the length of the loops and types of bracing secondary structures the database is organized a

150 ents with scoliosis necessitating treatment, bracing should be the first line of treatment and these

151 ning, and tooth explants cultured with small braces show that correct cusp offset requires constraint

152 Bracing significantly decreased the progression of high-

153 The lack of inversion symmetry in the His-brace site enables the 3d/p mixing required for intensit

154 tem for understanding the role of the Cu His-brace site in LPMO activity and potential application in

155 es, called HisPins, that mimic the Histidine-brace site of LPMOs.

156 Despite its importance, how the Cu His-brace site performs this unique and challenging oxidativ

157 , confirm copper binding at the designed His-brace site.

158 This can be achieved by physical therapy, bracing, soft tissue releases for joint contractures, an

159 bilateral hip oscillations at 0.5 Hz, while braces stabilized the joint position of both legs.

160 for the formation of a classical RING cross-brace structure are not present.

161 ng studies was significantly higher than the bracing studies (mean+/-SD 4.8+/-2.1 versus 2.8+/-0.8; P

162 f Bni5, which, in turn, forms cross-filament braces that significantly narrow, and impose much more u

163 Knee braces that stabilize the knee joint and provide a valgu

164 ion, Mlkl(D139V), that alters the two-helix 'brace' that connects the killer four-helix bundle and re

165 ne and two or three disulfide bonds to cross-brace the anti-parallel beta-strand that approximates a

166 reveals further cross-filament contacts that brace the assembly and coordinate packing of the associa

167 rder cell-oocyte interaction is essential to brace the cells against external morphogenetic forces.

168 t contacts specific to NMDA receptors, which brace the heterodimer interface within the ligand bindin

169 girdle elements (scapula and clavicle) that brace the limb to the main trunk axis.

170 e their name, the function of these roots to brace the plant was only recently shown.

171 absent from other MarR homologs, appears to brace the principal helix of the dimerization interface.

172 we show that the basal disk is a flange that braces the flagellar motor during disentanglement of its

173 he insert adopts a novel, extended fold that braces the GyrB TOPRIM domain against the coiled-coil ar

174 e hydrophobic TM3/TM4 interaction patch that braces the open-groove conformation, which should be cha

175 he less bulky C(gamma)m methyl group of Ile9 braces the sugar moieties of the two adenine residues, t

176 Thus EMC1 acts as a molecular chaperone, bracing the destabilized SV40 in a transport-competent s

177 over medical procedure masking, fitters, or braces, the COVID-19 basic reproductive number of 2.5 co

178 For patients who reject full-time bracing, the effects of alternative, conservative interv

179 , weight loss, education, inserts, footwear, bracing, therapeutic ultrasound, acupuncture, and pulsed

180 while E1 and E3 enzymes directly remove this brace to conformationally activate Atg3 and elicit Atg8

181 sts that the receptor acts as a pH-sensitive brace to ensure accurate and timely membrane insertion.

182 ion, the SPAS can be assembled in a medicare brace to record the flexion/extension of joints, which m

183 w examines the use of foot orthoses and knee braces to change the biomechanical forces on the knee jo

184 s(iminopyridyl) ligand within 3 serves as a "brace" to control the orientations of the labile coordin

185 PufX acts as a molecular "cross brace" to reinforce the RC-LH1 structure.

186 from KAP-1 corepressor binds zinc in a cross-brace topology between anti-parallel ss-strands reminisc

187 conception and development of more effective bracing treatments.

188 through geometrical interference, creating a braced tubular arrangement.

189 (30%) of the patients assigned to functional bracing underwent surgery during the 12-month follow-up

190 iven the option to transition to a full-time brace until skeletal maturity.

191 Appropriate responses to an imminent threat brace us for adversities.

192 Knee brace use and ankle brace use were associated with incre

193 Brace use is controversial and most likely functions as

194 Further investigation into the effects of brace use is warranted.

195 Knee brace use and ankle brace use were associated with increased rates of knee i

196 1:1) to receive a plaster cast or functional brace using a centralised web-based system.

197 The removable brace was fitted, and ankle range of movement exercises

198 tered head-to-trunk coordination when a neck brace was worn during daily activities in a natural sett

199 gery with nonoperative treatment (functional brace) was completed in January 2020.

200 ficant positive association between hours of brace wear and rate of treatment success (P<0.001).

201 Brace wear is encouraged as a method for promoting activ

202 The benefit increased with longer hours of brace wear.

203 and without physical restriction via a neck brace were assessed to develop the algorithm and motion

204 p and palate undergoing treatment with fixed braces were found to have poor oral health along with el

205 the patients undergoing treatment with fixed braces were included in Group 4.

206 ues coordinating a copper ion (the histidine brace), which are essential for LPMO activity.

207 shows that it belongs to the family of cross-brace zinc finger motifs that include the PHD, RING, and

208 eals a symmetrical dimer with a unique cross-brace zinc-binding scheme.

209 omain of CPEB1 (CPEB1-ZZ), which has a cross-braced zinc binding topology.