ライフサイエンスコーパス: insulation

1 ction potentials in mammals relies on myelin insulation.

2 tifies a minimal set of factors required for insulation.

3 romatin remodellers and modifiers to mediate insulation.

4 exposed electrode area and integrity of the insulation.

5 plays a role in gene silencing and chromatin insulation.

6 red in the surface glia to achieve effective insulation.

7 t but not for the maintenance of chromosomal insulation.

8 tirely eliminating the problem of electrical insulation.

9 sion, and to provide lubrication and thermal insulation.

10 d a Mod(mdg4)-67.2 multimer are required for insulation.

11 de vitreous fibers used for high temperature insulation.

12 e is far more vascularized and has much less insulation.

13 etween the two fabrics to reduce the thermal insulation.

14 as an indicator of requirements for sidewall insulation.

15 es which concurrently require the electrical insulation.

16 s and plaques promoting their compaction and insulation.

17 arrier that regulates amyloid compaction and insulation.

18 pecially for composites requiring electrical insulation.

19 nodes of Ranvier that occupy the gaps in the insulation.

20 clear support for the loop domain model for insulation.

21 in oil recovery, lightweight packaging, and insulation.

22 her outputs act as virtual inputs to achieve insulation.

23 zation of corrosive attack through effective insulation.

24 ures initiate the biodegradation of silicone insulation.

25 ely overlies buried ice and provides thermal insulation.

26 untain pen probe showed excellent electrical insulation.

27 or both enhancer-promoter "connections" and "insulation."

28 brillator (ICD) leads is prone to a specific insulation abrasion characterized by externalization of

29 onist occupation, we postulate that receptor insulation achieves similar uncoupling from G protein as

30 f2) ICR has a multifunctional role including insulation, activation and repression.

31 This insulation activity is linked to placenta-specific occup

32 genes IGF2-H19 and also results in a loss of insulation activity.

33 Therefore, CTCF-mediated chromatin insulation acts as a crucial safeguard against hyperacti

34 The mechanisms that provide insulation against interference described here may be ap

35 ongstanding illness, and extent of classroom insulation against noise.

36 hosphatases like PP2A, can provide effective insulation against phosphatase crosstalk, but only if th

37 To explore mechanisms that provide insulation against such interference, we have examined c

38 d plastic bin material, bin liners, and foam insulation all adsorbed and off-gassed DPA and could be

39 association with the evolution of feathered insulation and a small mass.

40 at the molecular machinery underlying axonal insulation and axon-glial interactions may be conserved

41 One activator (Ste5-VWA) provides pathway insulation and dates to the divergence of Fus3 from its

42 functions in glia to regulate nervous system insulation and drug-related behaviors.

43 tardant used in polystyrene foams in thermal insulation and electrical equipment.

44 We find that different mechanisms underlie insulation and facilitation; insulation occurs due to st

45 otein CTCF, which plays an important role in insulation and in large-scale organization of chromatin

46 propose that the balance of transcriptional insulation and interference at gene clusters facilitates

47 pological-associated domains (TADs), contact insulation and long-range loops, all defined by bulk Hi-

48 feedback between heating, increased thermal insulation and partial melting is predicted to occur in

49 isms and physiological importance of pathway insulation and provide a foundation for the design of cu

50 r and molecular mechanisms underlying axonal insulation and SJ formation are still obscure.

51 ad fractures and leads with fluid within the insulation and the mode of presentation were determined

52 mal management applications, such as thermal insulation and thermal dissipation.

53 and one nylon shell with nonwoven polyester insulation) and one off-brand (100% polyester fleece).

54 ugh their interaction with core temperature, insulation, and environmental conditions, determining th

55 e silencing, methylation-dependent chromatin insulation, and genomic imprinting.

56 u(Hw) protein is required for gypsy-mediated insulation, and the Mod(mdg4)-67.2 protein binds to Su(H

57 asmas is presented as a promising electrical insulation approach for microelectrodes and combined ato

58 Therefore, insulations are typically used to minimize the heat loss

59 al microscopy (SECM) tips with rounded glass insulation around the metal wire (radius a = 5 mum) were

60 ent cycles, using two innovative measures of insulation, as well as a possible new way to characteriz

61 on and neurotransmitter release by providing insulation at axons.

62 s, is not uniquely specialized for chromatin insulation at the Igf2/H19 region.

63 ation catheter that exhibited fraying of the insulation at the insulation-electrode interface.

64 body's major energy storage compartment and insulation barrier, and secretes numerous endocrine medi

65 cellular materials are desirable for thermal insulation; battery electrodes; catalyst supports; and a

66 cellular materials are desirable for thermal insulation; battery electrodes; catalyst supports; and a

67 Understanding how to design effective insulation between biochemical subsystems will be critic

68 uced CTCF binding is associated with loss of insulation between topological domains and aberrant gene

69 d production of many devices, such as trench insulation between transistors in microelectronics, plan

70 thresholds allow for early detection of lead insulation break, fracture, dislodgement, or other probl

71 ally tunable acoustic bandgaps, high thermal insulation, buoyancy, and fluid storage and transport.

72 rate that binding of TFIIIC is necessary for insulation but binding of TFIIIB along with TFIIIC likel

73 in three patients had fluid within the lead insulation but no obvious fracture.

74 ng basis of nerve ensheathment is the axonal insulation by glial cells and the establishment of septa

75 Increased insulation by Su(Hw) in Nipped-B mutants suggests that N

76 This illustrates how efficient thermal insulation by the lava carapace promotes prolonged withi

77 Insulation by this transcription factor occurs in the ab

78 ed of neuronal fibers coated with electrical insulation called myelin.

79 rovide a concrete example of how system-wide insulation can be achieved postduplication through a sur

80 This optical insulation can be divided into two categories; the insul

81 Thermal insulation (carbon dioxide and/or hydrodissection), temp

82 This insulation coincided with connexin43-negative regions at

83 renders and paints, used in external thermal insulation composite systems, are very susceptible to mi

84 The lowest level of degradation of insulation concerned ATCC 25923.

85 white genes, was used so that repression and insulation could be assayed simultaneously.

86 ix patients as a result of lead fracture and insulation damage (n = 4) or change in thresholds (n = 2

87 All S aureus strains provoked insulation damage after 9 weeks.

88 reus (S aureus) strains in the silicone lead insulation degradation.

89 Robust insulation during growth and cell division involves the

90 G abatement technologies: lighting, building insulation, electricity generation, and passenger transp

91 inspection of catheters, particularly at the insulation-electrode interface, is required if catheter

92 t exhibited fraying of the insulation at the insulation-electrode interface.

93 Advances in DNA assembly and gene insulation facilitate this approach by accelerating mult

94 ectrical conductivity, and excellent thermal-insulation/flame-retardant performance simultaneously.

95 n absorbers, thermal shock barriers, thermal insulation/flame-retardant skins, and porous microwave-a

96 brominated flame retardant added to building insulation foams, electronics, and textiles.

97 n nervous system, myelin provides electrical insulation for the neural circuit by forming a highly or

98 Myelin is a multilayer wrapping of insulation formed by glial cells around axons that is es

99 compaction, amyloid fibril surface area, and insulation from adjacent axons thereby reducing neurotox

100 f the integrated MMTV promoter and may allow insulation from cellular regulatory elements.

101 netic element allows for predictable tuning, insulation from contextual changes, and a reduction in e

102 n chromatin domain opening, enhancement, and insulation from neighboring sequences.

103 undaries, suggesting a loss of CTCF-mediated insulation function as a potential reason for domain dis

104 n designed to reversibly adapt their thermal insulation functionality.

105 Finally, we demonstrate that loss of pathway insulation has a negative physiological consequence, as

106 ctric energy conversion and improved thermal insulation, has fuelled the search for highly efficient

107 transcriptional activator to cause chromatin insulation, i.e., to relieve position effects at transge

108 uding transcriptional activation/repression, insulation, imprinting, and X chromosome inactivation.

109 ctrodes as well as epoxy and dry-film-resist insulation in a cost-effective thin-film and laminate pr

110 ans and mammals, yet the absence of synaptic insulation in C. elegans raises fundamental questions ab

111 terferes in a dominant-negative fashion with insulation in cut but does not significantly affect hete

112 re, we report the characterization of axonal insulation in the Drosophila peripheral nervous system (

113 s, has been shown to be essential for axonal insulation in the PNS in embryos and larvae.

114 anism for signal specificity termed "kinetic insulation." In this approach signals are selectively tr

115 ne acetylases, SAS-I and NuA4, functioned in insulation, independently of tRNA and did not participat

116 nd experimental validation demonstrated that insulation is a general property of scaffold tethering.

117 Chromatin insulation is a key transcription mechanism that prevent

118 rify the conviction that outer silicone lead insulation is biostable and inert in addition to determi

119 Axonal insulation is critical for efficient action potential pr

120 Furthermore, insulation is inherent to scaffold-mediated signaling an

121 Axonal insulation is of key importance for the proper propagati

122 Our results demonstrate that this insulation is optimal when pulsatile expression of the m

123 The whole-eye insulation is provided by two sources.

124 Silicone catheter insulation, larynx prostheses undergo biodegradation.

125 The insulation layer can recover its original thickness upon

126 The thin insulation layer for combined AFM-SECM probes renders th

127 l insulation technique based on fluorocarbon insulation layers deposited from pentafluoroethane (PFE,

128 reported folding layers appear at different insulation levels.

129 tiated by tearing among surfaces of the lead insulation, macrophages may be the crucial cells for the

130 Polystyrene foam is a very important insulation material, and hexabromocyclododecane (HBCD) i

131 n nanotubes, to millimeters, as in paper and insulation materials.

132 While insulation may facilitate evolution by enabling a modula

133 further contributes to understanding of this insulation mechanism.

134 erstanding how phosphatase crosstalk and the insulation mechanisms described here impact the function

135 athematical models to explore three possible insulation mechanisms.

136 across the plasma membrane by the "lanthanum insulation method" was blocked prior to the induction of

137 t be balanced against the metabolic costs of insulation necessarily incurred in not affecting the beh

138 We hypothesize that better insulation necessarily requires higher energy consumptio

139 anisms underlie insulation and facilitation; insulation occurs due to steric exclusion by the loop, a

140 t into the mechanism(s) by which chromosomal insulation occurs, we studied the expression phenotypes

141 , which means that protection and electrical insulation of axons and rapid signal propagation are imp

142 prevent unwanted cross-talk and maintain the insulation of distinct pathways?

143 state change of Artemia embryos, and kinetic insulation of fluctuations in metabolic networks.

144 Reliable circuit design requires the insulation of gates from genetic context, so that they f

145 the increasing need for standardization and insulation of genetic parts has resulted in sequence red

146 xes is probably centrally important for this insulation of individual MAPK cascades.

147 temperature, is used as the material for the insulation of metal microwires or carbon fibers.

148 Pinhole-free insulation of micro- and nanoelectrodes is the key to su

149 molecular mechanism underlying the temporal insulation of mitosis.

150 The PTFE coating provides electrical insulation of most of the electrode surface with selecte

151 FISH studies presented here demonstrate the insulation of replication patterns within the imprinted

152 radius underneath the nonlinear ring with an insulation of SiO2 layer supports the generated THz with

153 chromosomes emerges independently of proper insulation of TADs.

154 rmi level to the Dirac point and to the high insulation of the bulk.

155 ulation of the individual ommatidia, and the insulation of the compound eye as a whole.

156 Cyclodextrin insulation of the conjugated backbone improves EET, incr

157 rolled transcription and gypsy-mediated gene insulation of the cut locus.

158 esulting from gypsy retrotransposon-mediated insulation of the cut wing-margin enhancer.

159 Electrical insulation of the die has been achieved through the inse

160 ion of microprocessors and memory to provide insulation of the increasingly shrinking features.

161 tion can be divided into two categories; the insulation of the individual ommatidia, and the insulati

162 or three distinct functions: transcriptional insulation of the maternal Igf2 allele, transcriptional

163 e paternal H19 promoter, and transcriptional insulation of the maternal Igf2 promoters.

164 sist layer has revealed excellent electrical insulation of the micro-electrodes and between interconn

165 angs on the solution side due to the greater insulation of the sensing surface.

166 We report that insulation of the sigmaF pathway from the sigmaB pathway

167 erminants of PbceA and PpsdA that ensure the insulation of these two paralogous pathways at the RR-pr

168 ed for looping between CTCF target sites and insulation of topologically associating domains (TADs).

169 Formation of myelin, the electrical insulation on axons produced by oligodendrocytes, is con

170 extensive physical compartmentalization and insulation on the one hand and facilitated long-range in

171 e junctions play an essential role in axonal insulation or blood-brain-barrier formation.

172 ilizing one of two mechanisms, CTCF-mediated insulation or the transcription of non-coding RNAs (ncRN

173 pplications was quantified by considering an insulation panel made by hemp fiber (85%) and polyester

174 Optical insulation plays a critical role in the fine visual acui

175 ter of rDNA, suggesting that transcriptional insulation plays a role in regulating the transcription

176 the snowpack; a shallower snowpack has less insulation potential, causing colder soil temperatures a

177 onal membrane permeability or perijunctional insulation, produces no alterations in the junctional st

178 h pure PolyFR as well as PolyFR in the final insulation product, expanded polystyrene foam.

179 Here, we investigate the insulation properties of CTCF at the human and mouse hom

180 This "social insulation" protects secretors from competition with non

181 n technique particularly useful for submicro insulation providing radius ratios of the outer insulati

182 at mantle fertility and possibly sedimentary insulation, rather than high mantle temperature, account

183 orption, reduced adhesion and friction, heat insulation, reinforcement of composites for mechanical d

184 ng in shear zones and more efficient thermal insulation, removing the requirement for unusually high

185 Our results indicate that indeed better insulation requires more energy.

186 it a three order of magnitude enhancement of insulation resistance.

187 , where RG is the ratio of the radius of the insulation sheath divided by the electrode radius), and

188 mportant implications: (i) for mechanisms of insulation since CTCF regulates chromatin at a distance,

189 e found that nucleosomes flanking human CTCF insulation sites are similarly disrupted.

190 Reduced air exchanges due to new insulation standards may also contribute to its occurren

191 cuits and particularly those requiring tight insulation, such as complex biosynthetic pathways, senso

192 lts provide a link between transcription and insulation, suggesting that these processes may be mecha

193 A novel insulation technique based on fluorocarbon insulation la

194 They provide optical insulation that prevents extraneous light rays from inap

195 implicated in transcriptional regulation and insulation through genome-wide colocalization with the i

196 s a possible new way to characterize optimal insulation through the balancing of these two measures i

197 s, including lightweight structures, thermal insulation, tissue scaffolds, catalyst supports, and ele

198 er followed by pyrolysis results in a direct insulation-to-conduction transformation of poly(dopamine

199 ulation providing radius ratios of the outer insulation versus the disk electrode (RG values) suitabl

200 been implicated in mediating transcriptional insulation, via its interactions with CTCF.

201 electrode size, shape, and thickness of the insulation wall.

202 is the control over the thickness of quartz insulation walls relative to the size of the electroacti

203 The insulation was entirely dependent on formation of a DNA

204 transgene was unimportant, since chromosomal insulation was equally apparent when both copies of the

205 uence for mediating imprinting and chromatin insulation was investigated by substituting it for two c

206 ts, where they offer benefits in filtration, insulation, wetting and colouring.

207 stratified through their reciprocal physical insulation, which is a single and biologically relevant

208 ld-up of compartments and a reduction in TAD insulation, while loops are generally stable from G1 to

209 o to a region of Su(Hw) that is required for insulation, while the N terminus mediates self-associati