ライフサイエンスコーパス: thermometer

1 istress (score of at least 4 on the distress thermometer).

2 excess atoms serves as a direct and reliable thermometer.

3 ps according to the mode of the infrared ear thermometer.

4 oscopies and in a magnetic field-insensitive thermometer.

5 s the spirochete reestablishes its metabolic thermometer.

6 r observed for a lanthanide-based band-shift thermometer.

7 n EQ02 + LifeMonitor and DataTherm II rectal thermometer.

8 as MTB DNA on a paper hybrid device using a thermometer.

9 s newly identified motif functions as an RNA thermometer.

10 temperature obtained using a reference oral thermometer.

11 was distress, as measured using the Distress Thermometer.

12 ete molecular Eu(II) band-shift luminescence thermometer.

13 warms and releases gases - as a whole ocean thermometer.

14 biofluid and used for powering an electronic thermometer.

15 ulation and report the structure of the CssA thermometer.

16 nalogous to reading temperature in a mercury thermometer.

17 s of these gases without any fit or external thermometer.

18 validated screening tool called the Distress Thermometer.

19 t the ear (the test site) using infrared ear thermometers.

20 es) was also examined for three ear infrared thermometers.

21 esigning ultra-fast THz sensors and electron thermometers.

22 as highly sensitive band-shift luminescence thermometers.

23 oped, acting as sensors and as thermochromic thermometers.

24 expression as shown for riboswitches and RNA thermometers.

25 arp plasmon resonances to serve as their own thermometers.

26 on microscopy and transition based threshold thermometers.

27 and chemical activation of these biological thermometers.

28 icantly different between three ear infrared thermometers (0.16 +/- 0.46 degrees C, 0.07 +/- 0.38 deg

29 et chemically inert (13)C NMR chemical shift thermometer 1-H.

30 ad capsule (the AC neurons(1)) function as a thermometer active in the hot range.

31 We show that the RNA thermometer acts as a rheostat, whose stability is optim

32 ctuations provides us with a sensitive local thermometer, allows us to identify microscopic heterostr

33 Results using the Distress Thermometer alone were similar.

34 nalyses, including 19 assessing the Distress Thermometer alone, involving a total of 6,414 unique pat

35 terial functions as both a chronometer and a thermometer and is "reset" by the phase transition.

36 body temperature was monitored with a rectal thermometer and maintained between 36.5 degrees C and 37

37 The mean difference between the reference thermometer and NCIT measurement (clinical bias) was dif

38 ring and needs assessment using the Distress Thermometer and Problem List (DT&PL) improved patient ou

39 enland) to calibrate the local water isotope thermometer and provide a Greenland-wide spatial charact

40 Findings revealed differences in feelings thermometer and trust ratings across populations.

41 is central to designing effective molecular thermometers and a fundamental challenge in the chemistr

42 This study expands the known classes of RNA thermometers and further underscores the importance of R

43 may eventually find use as novel biological thermometers and in temperature-responsive organic mater

44 Infrared ear thermometers and rectal thermometers were calibrated dai

45 re trends at Earth's surface (as recorded by thermometers) and in the lower troposphere (as monitored

46 We identified thousands of putative RNA thermometers, and their presence is predictive of the pa

47 RNA thermometers are cis-acting riboregulators that mediate

48 and cellular assays indicate that these RNA thermometers are functional regulatory elements.

49 RNA thermometers are temperature-sensing non-coding RNAs tha

50 We confirmed that these RNA thermometers are the main mechanism of thermoregulation

51 Globe thermometers are typically used to measure mean radiant

52 nformatics, we discovered that ROSE-like RNA thermometers are widespread upstream of ABC transporter

53 ulture-based analyses implicate the ompA RNA thermometer as a bona fide S. dysenteriae virulence fact

54 NA was readily achieved using an inexpensive thermometer as a signal recorder.

55 Despite resetting of the clumped-isotope thermometer at both sites, our samples indicate relative

56 An assistant placed the tip of a thermometer at the marked site on the serosal surface to

57 ss (distress score of >=7 points on Distress Thermometer) at Rigshospitalet in Copenhagen, Denmark, f

58 Here we report a nano-thermometer based on a superconducting quantum interfere

59 recedented case of a luminescent ratiometric thermometer based on a very stable silicate matrix.

60 We present a thermometer based on the electrical noise from a tunnel

61 realize a membranous ratiometric luminescent thermometer based on the emissions of two lanthanide ion

62 le technique, which uses a thin film contact thermometer based on the phase change material [Formula:

63 A thermometer based on titanium content revealed that thes

64 ales that are not accessible to conventional thermometers based on physical contact.

65 Fluorescent molecular thermometers based on polymers showing a temperature-ind

66 temperature ranges of fluorescent molecular thermometers based on such temperature-responsive polyme

67 Various primary thermometers - based on different physics -have uncovere

68 Similar to thermometers being used for monitoring the general healt

69 electrons in nanoelectronic Coulomb blockade thermometers below 4 mK.

70 ificantly lower score on the EuroQoL feeling thermometer by 3.68 points ([-4.91, -2.45], P < .001), H

71 ve care screening tool, such as the Distress Thermometer, can identify specific areas of concern and

72 In particular, a thermometer capable of subdegree temperature resolution

73 c time series regression found that time and thermometer change were the only independent predictors

74 Our previous work described a distinct thermometer circuit for cold temperature.(3) Together, t

75 s and find that they are embedded in a cold "thermometer" circuit that provides powerful and persiste

76 wo memory bits are sequentially written in a thermometer code to provide an accumulated dose record.

77 giotensin II, bovine serum albumin, and the "thermometer" compound p-methoxybenzylpyridinium chloride

78 This thermometer constrains body temperatures of bioapatite-p

79 expression of virulence traits and of an RNA thermometer controlling multiple genes in an operon thro

80 itches have been described, ranging from RNA thermometers controlling the heat shock response in prok

81 Monitor compared to the gold standard rectal thermometer core temperature assessment, as well as the

82 ng school breaks were assessed using app and thermometer data.

83 ty-coupled SWCNTs perform as single-molecule thermometers detecting plasmonically induced heat at cry

84 In contrast, these fluorescent molecular thermometers differed from one another in the sensitive

85 Contact thermometers disturb the temperature of a small system,

86 Peripheral thermometers do not have clinically acceptable accuracy

87 tional Comprehensive Cancer Network Distress Thermometer (DT) indicated clinically significant levels

88 By monitoring the DC signal of the thermometer due to this process, we are able to determin

89 measurements with each of three infrared ear thermometers, each over a 4-min period with each infrare

90 g numerous conventional electronics, such as thermometers, electrocardiograph system, pedometers, wea

91 intensity-based method for Tb/Eu luminescent thermometers fails even under weak magnetic fields.

92 ich holds the laser for illumination and the thermometer for readout.

93 d Spengler's Tempo Easy non-contact infrared thermometer for temperature measurements.

94 that tim alternative splicing might act as a thermometer for the circadian clock.

95 omoter and the stability of DsrA RNA are the thermometers for RpoS temperature sensing.

96 e it as cost-effective public mental health "thermometer" for applied and research purposes.

97 -a-tip module and the robust single-molecule thermometer, full thermodynamic landscapes for the unfol

98 HRQOL measures included the feeling thermometer (general health), Health Utilities Index Mar

99 mpared with central thermometers, peripheral thermometers had pooled 95% limits of agreement (random-

100 e temperature responsiveness of the ompA RNA thermometer has predictable consequences for both the st

101 For thermal comfort research, globe thermometers have become the de facto tool for mean radi

102 ientific experiments, and different types of thermometers have been developed to detect temperature a

103 pidermal water loss (TEWL) device and a skin thermometer in a 28 h session.

104 By immersing a Coulomb blockade thermometer in the (3)He/(4)He refrigerant of a dilution

105 We also identified a second functional thermometer in the 5' UTR of the lasI gene.

106 The significance of RNA thermometers in controlling bacterial physiology and pat

107 main to be addressed in the understanding of thermometers in plants.

108 th forward for developing robust luminescent thermometers in such environments.

109 eport the discovery of several bacterial RNA thermometers in the 5' untranslated regions (UTRs) of th

110 nd further underscores the importance of RNA thermometers in the post-transcriptional regulation of A

111 The metal lines serve as both heaters and thermometers in time-domain thermoreflectance measuremen

112 ical application of Ln-MOF-based luminescent thermometers in various fields and conditions.

113 n and micropulsed plasma ionization based on thermometer ion measurements.

114 t of ESI using a survival yield study of the thermometer ion nitrobenzylpyridinium.

115 Fragmentation of the thermometer ion using DAII was inlet temperature depende

116 ed upon benzylpyridinium ions, R-BnPy(+), as thermometer ions.

117 dinium ions, R,R'-BhPy(+), as a new class of thermometer ions.

118 entation yields of fragile benzylpyridinium "thermometer" ions were monitored during both the accumul

119 analyses have demonstrated that the ompA RNA thermometer is a functional riboregulator sufficient to

120 The distress thermometer is a single-item, self-reported tool used to

121 This thermometer is thermodynamically controlled in cases whe

122 ion of rectal temperature, even when the ear thermometer is used in rectal mode.

123 ure measured with ping-pong ball-sized globe thermometers is not reliable due to a stochastic convect

124 ke the pee-pee boy might have been the first thermometers known to mankind, before Galileo Galilei's

125 twork, we study here the thermodynamics of a thermometer made of zisha ceramic, related to the Chines

126 eported moral distress on the Moral Distress Thermometer (MDT), a validated psychometric tool that sc

127 fs between accuracy and precision with globe thermometer measurements.

128 A smartphone, digital thermometer, metallic credit card, and pen torch remaine

129 In this study, we built a 'tRNA thermometer' model using tRNA sequence to predict OGT.

130 stituted benzylpyridinium salts were used as thermometer molecules (TMs).

131 Benzylamine "thermometer molecules" were used to evaluate the energy

132 A well-characterized RNA thermometer motif discovered in bacteria is the ROSE-lik

133 We identified an RNA thermometer motif in the 5' UTR of toxT, with a fourU an

134 Non-contact infrared thermometers (NCITs) are being widely used during the CO

135 sttranscriptional effect dependent on an RNA thermometer of the ROSE (Repression Of heat-Shock gene E

136 onal design of high-performance luminescence thermometers of this genre.

137 ting body temperature (T(B)) can serve as a 'thermometer' of population-level PA, enabling us to use

138 aced small, unobtrusive data-logging iButton thermometers on both the traditional and Philips stoves

139 Besides conventional thermometers, optical sensors are considered to be attra

140 ne temperatures, noninvasive temporal artery thermometers, or chemical dot thermometers were recommen

141 e proof-of-concept operation of this primary thermometer over four orders of magnitude in temperature

142 ity (P = 0.03), Pain/Discomfort (P = 0.001), Thermometer (P = 0.04).

143 y the sales of cough and cold (p<0.0001) and thermometer (p<0.0001) categories were significant durin

144 Compared with central thermometers, peripheral thermometers had pooled 95% lim

145 d the implementation of an in situ ideal gas thermometer provide quantitative tests of theoretical ca

146 developing photothermal nanostructures, new thermometers, PTIA theory, and so on.

147 rd people with OUD was measured by a feeling thermometer (range, 0-100 points).

148 ility was not different between ear infrared thermometers (range 0.13 degrees C to 0.14 degrees C).

149 Secondary outcomes were (1) a "gender thermometer" rating for warmth in transgender perception

150 and gain, which is not reflected by a simple thermometer reading.

151 erved species data, which are independent of thermometer records and paleoclimatic proxies, we demons

152 ore, we postulate that DsrABb is a molecular thermometer regulating RpoS in Borrelia burgdorferi.

153 fication as most of the proposed luminescent thermometers rely on magnetic ions, such as lanthanides.

154 s of nature; however, the design of a bionic thermometer remains in its infancy.

155 The thermometer represents a boy who "urinates" shortly afte

156 naturally occurring polymorphisms, shift the thermometer response outside of the desired temperature

157 RNA thermometers (RNATs) are cis-regulatory elements that ch

158 ure-sensitive stem-loop (SL) RNAs called RNA thermometers (RNATs).

159 ogression, respectively; all p<0.001), EQ-5D thermometer scores (7.96, 8.05, 6.83, 11.53, 7.41, 9.08,

160 ies on photo-lithographically defined heater-thermometer separation to set the length scale.

161 mperature of a small system, while radiation thermometers struggle to beat the diffraction limit.

162 The three infrared ear thermometers studied provided a closer estimate of core

163 the reef with that predicted by an isotopic thermometer suggests complex interactions between the en

164 We mechanistically characterize how these thermometers switch structure in response to cold shock

165 metric response of the luminescent molecular thermometer [Tb(0.93)Eu(0.07)(bpy)(2)(NO(3))(3)] (bpy =

166 This is achieved by combining RNA thermometer technology, cell-free protein expression and

167 In this thermometer, temperature is related to the voltage acros

168 d as an efficient label-free molecular-scale thermometer that allows the assignment of an effective t

169 wn regulatory mechanism consisting of an RNA thermometer that controls temperature-dependent translat

170 responsive structural changes within the RNA thermometer that directly result in differential ribosom

171 e by applying it to a nanoelectronic primary thermometer that measures its internal electron temperat

172 ously reported that a well-characterized RNA thermometer, the ROSE-like element (repression of heat s

173 h minimal magnetic correlation, enabling the thermometer to operate across the entire temperature ran

174 Additionally, respondents used a feelings thermometer to rate how warm or cool they felt towards e

175 lop a correction to improve the use of globe thermometers to address problems in the current standard

176 This review considers the evidence for plant thermometers to date, provides a description of several

177 HRAE) Standard 55 or ISO7726 for using globe thermometers to quantify MRT are not sufficient; (2) dev

178 mmer day, land plants need precise molecular thermometers to sense harmless increments in the ambient

179 try measurements using fluorescent polymeric thermometers to show that Abeta42 aggregation in live ce

180 e responses from these fluorescent molecular thermometers to the change in temperature were reversibl

181 udy expands the known biological role of RNA thermometers to these key membrane transporters.

182 Bias and variability were compared between thermometers using analysis of variance.

183 t, 0.29 [95% CI, 0.23-0.35]; P < .001; smart thermometer vs social media: coefficient, 0.09 [95% CI,

184 Implementation of a new noninvasive thermometer was associated with a 5.1% (95% CI, 1.4-8.9%

185 an initial test of this "sub-molecular scale thermometer", we applied our T(13)C2 difference infrared

186 the same physics as Fahrenheit's glass-bulb thermometer, we mapped the thermal expansion of Joule-he

187 Using two-dimensional graphene as a noise thermometer, we measured the quantitative electronic the

188 hanks to an architecture including nanoscale thermometers, we detected Peltier component modulation o

189 Using fluorophores as molecular thermometers, we show that the induced temperature incre

190 lf-reported body temperature (using standard thermometers), wearable sensor-assessed distal body temp

191 he Patient Health Questionnaire and distress thermometer were similar between the 2 groups at follow-

192 Infrared ear thermometers and rectal thermometers were calibrated daily, and pulmonary artery

193 emporal artery thermometers, or chemical dot thermometers were recommended.

194 We introduce a primary thermometer which measures the temperature of a Bose-Ein

195 cleic acid analysis on microfluidics using a thermometer, which brings fresh inspirations on the deve

196 each over a 4-min period with each infrared thermometer, while an assistant recorded temperatures.

197 alternative splicing, organellar ribosomes, thermometers, whole-transcriptome structuromes and pan-s

198 eover, it is the first example of an optical thermometer whose performance (viz., excellent sensitivi

199 Sm(2)moshi(8)(') in a 1:1 ratio, an optical thermometer with a relative thermal sensitivity larger t

200 ry surveillance using commercially available thermometers with a companion smartphone app from Octobe

201 Of these, 87% also completed the Distress Thermometer, with 41% (n = 87) reporting a distress scor

202 by more than 2 points on a 100-point feeling thermometer, with no detectable differences across party

203 ing mercury, electronic, or indwelling probe thermometers, with temperature measured at the ear (the

204 cture and function of a newly identified RNA thermometer within the ompA transcript of Shigella dysen

205 RNA thermometers within mRNAs control expression of bacteria