ライフサイエンスコーパス: custom

1 scovering a novel, previously unknown burial custom.

2 as do, to varying degrees, many rituals and customs.

3 Using a custom 3-dimenstional-printed heart simulator with porci

4 er, currently the design and optimization of custom 3D DNA-origami shapes is a barrier to rapid appli

5 es - termed Cardiac MicroRings (CaMiRi) - in custom 3D-print-molded multiwell plates capable of contr

6 ned using a combination of off-the-shelf and custom 3D-printed parts, making it extremely suitable fo

7 sealed petri dishes without obstacle and in custom 3D-printed rhizoboxes containing obstacles.

8 roximately 30 nm of vibration amplitude, and custom 6-well cultureware with toroidal shaped magnets i

9 Using a novel, custom 60 K whole-transcriptome microarray 16 genes sign

10 f extraction, measurements were taken with a custom acrylic stent, and the extraction socket was graf

11 A custom algorithm detected extrafoveal AA (EAA) excluding

12 HiPR-FISH, in conjunction with custom algorithms for automated probe design and analysi

13 lows exporting of mutation query results for custom analysis, (v) includes a bibliome describing the

14 NASQAR offers a collection of custom and publicly available open-source web applicatio

15 ablet working in video mode and processed by custom Android-based software in real-time.

16 Here, we develop such a custom annotation by leveraging advanced assays, such as

17 control, as evidenced by immunoblotting with custom antibodies and quantitative mass spectrometry.

18 hest levels of expression of both genes, and custom antibodies confirmed protein expression in mouse

19 were fully conserved in humans and designed custom antisense oligonucleotides for these candidate ta

20 A custom AO scanning light ophthalmoscope (AOSLO) equipped

21 CGA-cohorts (Affymetrix U133A = 548, Agilent Custom-Array = 588, RNA-seq = 168), and three Asian-coho

22 n and will be useful for antibody screening, custom assay development, biomarker detection, and prote

23 y was validated in a 384-well plate with 320 custom-assembled compounds.

24 Specifically, a custom attachment was 3D printed for a commercial haptic

25 nt the design and performance of the MVP 1.0 custom Axiom array, which was designed and developed as

26 que technical challenges for the builders of custom azimuthal scanning microscopes.

27 The introduction of custom bandpass optical filters enables simultaneous two

28 n methods and identified KIR genotypes using custom bioinformatics.

29 to access, analyze, and disseminate NCBI and custom biomedical sequence data.

30 Colorimetry was used to create a custom blend of pigments for incorporation into the Shor

31 ganese removal and by oxygen detection via a custom built thin-layer cell connected to a membrane inl

32 curve (AUC) of 0.88 (95% CI 0.84-0.91), and custom-built algorithms had a pooled AUC of 0.93 (95% CI

33 In this work, we use a custom-built apparatus to measure K(H) for a suite of bi

34 The 2D-CNN was made with a custom-built architecture and a CNN based on Mobile Net

35 ell hosting an ultrasound source on top of a custom-built ATR fixture we were able to trap beads labe

36 A custom-built drift tube IMS with shifted potentials was

37 Here we used a custom-built EEG system having an exceptionally high sam

38 This device was successfully coupled to a custom-built high-resolution drift tube IMS with shifted

39 ized the analysis of such metal binding in a custom-built HPLC-ICP-MS system.

40 echanical impact to live cells cultured in a custom-built in vitro setup compatible with live cell mi

41 ested on a plankton dataset generated from a custom-built lensless digital device.

42 A custom-built LF-OCT was used to measure geometrical and

43 To demonstrate its operation, a custom-built measurement setup was constructed using a S

44 table isotope tracing data into annotated or custom-built metabolic networks.

45 This work suggests that custom-built modular materials with even better thermal

46 sour, and tasteless liquids, delivered via a custom-built MRI-compatible tastant-delivery system.

47 Herein, we describe a custom-built nesting box imager (NBI) that uses a single

48 A custom-built optical cell has been designed for single p

49 molysin gamma A (HlgA) and LukS genes into a custom-built phage display system, termed pComb-Opti8.

50 luidic systems (classical and nonclassical), custom-built polymerase chain reaction devices, gas-phas

51 izing the PEM advantages incorporated into a custom-built QCL microscope, we demonstrate a point scan

52 tion of corneal layers was performed using a custom-built segmental tomography algorithm to generate

53 optical coherence tomography (HD-OCT), and a custom-built segmentation algorithm was used to generate

54 Samples were subsequently transferred to a custom-built slit-flow chamber that combined laser diffr

55 Using the custom-built supercomputer Janus II, we study the Mpemba

56 inexpensive desktop CNC mill equipped with a custom-built surface profiler for performing CNC-guided

57 Using this custom-built synthesizer, as many as 15 reaction cycles

58 Using a custom-built tribometer, here we identify three distinct

59 ratory coronavirus (PRCV) was nebulized in a custom-built, 3.86 m wind tunnel housed in a biosafety l

60 Custom-built, low-cost aerosol black carbon detectors (A

61 g accurate mass from serum samples against a custom chemical database of 722 slightly polar phenolic

62 optical functionalities without the need for custom chip fabrication.

63 These tools are implemented in custom code and separate packages, often requiring diffe

64 Using a custom code to find the magnetic co-representations of a

65 rwise comparisons, typically done by writing custom code, is a cumbersome task that can be streamline

66 ctivation, storage, IMS (n), and importantly custom combinations of these functions.

67 lable technologies, and machine diagrams for custom components operated with SPME/DART/MS equipment a

68 ubstances (e.g. failed drugs) and (ix) build custom compound mining pipelines.

69 Here, we simulated an mDC experiment using a custom computational algorithm for viscoelastic cell mig

70 A custom computational imaging algorithm we call SARA-COIL

71 ile Net shows an accuracy of 0.91, while the custom-constructed classifier reveals an accuracy of 0.8

72 This assay utilizes a custom CRISPR Cas12a/gRNA complex and a fluorescent prob

73 urrent study aimed to explore the effects of custom culinary preparation methods (steaming, oven-cook

74 pplications of biological mass spectrometry, custom data analyses are often needed to fully interpret

75 er reads, stricter e-value thresholds, and a custom database.

76 S databases, and allowing users to work with custom databases.

77 ters against mouse or human references, or a custom dataset provided by the user.

78 In this work, we design a custom deep autoencoder network to discover a coordinate

79 y development of user sharable protocols for custom deep mutational scanning experiments as all code

80 eling and protein engineering can be used to custom design an optimal framework for controlling inter

81 tion between different cell populations, the custom design of the cell cycle and cleavage properties,

82 nment, but each such antibody necessitates a custom design.

83 tanding the biology of IL-2 may enable us to custom-design this cytokine for different applications i

84 The Endoleak Augmentor, a custom designed augmentation method, provided robust tra

85 Our custom designed deep learning model was trained on 45 im

86 tures a disposable cartridge and a sensitive custom designed fluorometer, enabling compact and simple

87 3 lenses and 2 filters), a laser diode and a custom designed Single-Photon Avalanche Diodes (SPADs) c

88 l from Nva by producing diagnostic w ions on custom designed synthetic model peptides.

89 oduction of lysosomal enzymes with N-glycans custom designed to affect key glycan features guiding ce

90 ght into supramolecular polymers composed of custom-designed anion and receptor monomers and demonstr

91 llowed to compact under passive tension in a custom-designed bioreactor.

92 .2 Mb high molecular weight DNA targets with custom-designed Cas9-guide RNA complexes followed by seq

93 d modeling with a three-dimensional printer, custom-designed cranial distraction and constriction dev

94 rcel, 3.0 x 10(5) cells in 50 mul, using the custom-designed delivery system and surgical procedure.

95 semivolatile constituents was measured by a custom-designed Denuder-MOUDI-Denuder integrated samplin

96 Here, we use a custom-designed DNA origami nanostructure as a model sys

97 thy volunteers (n = 16) was performed with a custom-designed handheld volumetric MSOT scanner capable

98 The therapeutic design integrated a custom-designed headset that delivers precise visual inp

99 g and atomistic simulations demonstrate that custom-designed low-angle GBs with controlled misorienta

100 levitational assembly is achieved by using a custom-designed magnetic system in the presence of gadol

101 Select PreC dysregulated genes detected via custom-designed microarray analysis were validated using

102 n laser capture microdissection coupled with custom-designed microarray profiling to determine the ge

103 ension and squeezing is demonstrated using a custom-designed microfluidic device, which relieves cont

104 s layer measurements were performed by using custom-designed polarization-sensitive optical coherence

105 lity encapsulated monolayer graphene using a custom-designed set-up for magneto-infrared microspectro

106 The spectrometer was integrated into a custom-designed stopped-flow injection device to collect

107 carrying out Raman mapping from a device in custom-designed thin-film-transistor-like geometry to tr

108 Using a custom-designed wearable neural data logger and chronica

109 DiFC uses custom-designed, dual fiber optic probes that are placed

110 ermal control is achieved with the help of a custom-designed, inkjet-printed microheater array modula

111 Fast Fourier Transform (FFT) method using a custom developed algorithm in JAVA.

112 Using a custom developed force apparatus, we demonstrate that ch

113 ll gating template implemented, along with a custom developed visualization software (FlowAnnotator)

114 -time to the smartphone of the user, where a custom-developed App enables long term monitoring and te

115 ic serial two-photon tomography (STPT) and a custom-developed image analysis pipeline visualized and

116 These novel combinations were used in a custom-developed smartphone application that performed a

117 of the engineered sensing interface within a custom-developed smartwatch, and augmentation with a ded

118 Areas were measured with SD-OCT using a custom-developed tool that allows for mapping areas of r

119 e and to assess the preliminary results of a custom device designed through bioscanner imaging and ma

120 lactate diffusivities were measured using a custom diffusion chamber (n = 6 discs).

121 We use a custom digital HRM platform to assess the utility of HRM

122 re, we propose "histomatch" as an additional custom distance metric for the analysis of MSI data.

123 hen written to a DNA oligonucleotide using a custom DNA synthesizer, pooled for liquid storage, and r

124 It is then demonstrated in a custom drop-on-demand liquid metal jetting system where

125 g wormwood from their doors as a traditional custom during the Dragon Boat Festival.

126 We report here a custom electrochemical cell, which applies tensile strai

127 th polyclonal antibodies of glyphosate and a custom electronic reader capable of reporting pesticide

128 ts those claims by combining Immigration and Customs Enforcement (ICE) deportation data and Federal B

129 etention facility housing US Immigration and Customs Enforcement detainees in 2016.

130 We are able to custom-engineer the ENZ point across the telecommunicati

131 lational, and post-translational level using custom engineered circuits stably integrated in human ce

132 -the-fly optical diameter measurements using custom-engineered microscope optics.

133 We illustrate custom equipment design that supports reliable electroph

134 experiments to be scaled down into miniature custom fabricated devices, where cost-effective experime

135 eolar ridge dimensions were measured using a custom-fabricated acrylic stent.

136 We have installed a custom-fabricated PET insert into our small-animal MRI i

137 The approaches described here make custom fabrication of femtosecond fiber lasers more acce

138 chnologists recorded four dose surrogates in custom fields of institutional dictation software throug

139 ith an Arduino microcontroller, allowing for custom flow profiles to fit a wide range of low volume l

140 prepare and analyze low-input samples employ custom fluidics for nanoliter sample processing and manu

141 Custom freeform IOL-optics-design may become a promising

142 The validation was performed using custom frozen reference BMD panels prepared in-house at

143 Here, we defined two sets of 21 custom gene sets, called the functional and statistical

144 workflows and (ii) using Epiviz to create a custom genome browser from the Epigenome Roadmap dataset

145 (RA) fibroblast-like synoviocytes (FLS) by a custom genome-wide microarray assay.

146 cancer genetic etiology in two cohorts using custom genotyping microarrays, large imputation referenc

147 situ wireless probes, combined with dGPS and custom geophone data from an Icelandic soft-bedded tempe

148 an add SV to their own web pages to create a custom graphical sequence display without the need for i

149 MP with a custom grid was used to assess retinal sensitivity at th

150 rallel with the test without the need of any custom hardware or enclosure.

151 e software package designed to fit arbitrary custom Hidden Markov Models (HMMs) with a discrete alpha

152 of C. parvum oocysts by vitrification using custom high aspect ratio specimen containers, which enab

153 exRNA Analyzing phospho-RNA-seq data using a custom, high-stringency bioinformatic pipeline, we ident

154 encing (WGS) data using NCBI's AMRFinder and custom HMM search.

155 The method includes a custom implantable bipolar stimulation and recording lea

156 Custom implementations of the BLAST program provide sequ

157 g techniques and integrates either public or custom information of TAD boundaries.

158 tomized reference genome structure, and/or a custom input list of SVs.

159 benefit more from aberration correction with custom intraocular lenses (IOLs) than normal cataractous

160 A custom Ion AmpliSeq panel was used for mutation analysis

161 Screening a custom library of 100 off-patent drugs for synergistic a

162 were resequenced on MinION after applying a custom library preparation.

163 Using a custom linear field drift cell that enables the determin

164 Here, we reveal that this process relies on custom lipid-binding properties of COQ9.

165 In a typical experiment, custom lipophilic RNTPs were first inserted into lipid v

166 Analogous to the border customs, liver mainly functions as a filter to detoxify

167 Using our custom machine vision system, we quantified 26 phenotype

168 To overcome this limitation, two custom-made 1.4404 stainless-steel prototype add-ons wer

169 Two custom-made Al(0.52)In(0.48)P p(+)-i-n(+) mesa photodiod

170 monstrate the operation of the sensor with a custom-made artificial artery model and in vivo in rats.

171 onic aortic arch dissecting aneurysms with a custom-made branched endograft during follow-up after ac

172 ic arch repair for chronic dissection with a custom-made branched endograft.

173 riments, K(D) values between FH and C3b on a custom-made chip surface were 5-fold tighter than on com

174 s of -20 degrees C fluid perfusing through a custom-made device secured against the skin on the dorsa

175 electrochemical qLAMP, for which a prototype custom-made device that can perform fully automated mult

176 Using a custom-made droplet spotter, we generated an array of 20

177 pithelium (RPE) cells are cultured on top of custom-made electrodes capable of taking impedance measu

178 g impedance measurements, with the help of a custom-made electronic setup but without the use of any

179 A-validated functional obstacle course and a custom-made grasping setup were used.

180 s, followed by irradiation with a 6 mW/cm(2) custom-made green LED source for 15 minutes (5.4 J/cm(2)

181 e subsequently tracked them in the wild with custom-made high-resolution proximity sensors.

182 Overlapping stents are an alternative to custom-made long stents.

183 ounting X-ray detector by connecting it to a custom-made low-noise charge-sensitive preamplifier and

184 ve to approaches relying on the synthesis of custom-made luminescent organic molecules.

185 A custom-made machine was used to provide a short pulling

186 tep-by-step procedures for construction of a custom-made marmoset chair, head-cap implantation, prepa

187 activities were monitored with an integrated custom-made microelectrode array (MEA).

188 A custom-made microscope objective based on the supercriti

189 performed on 7 cyclopleged subjects using a custom-made multichannel 3-active-optical-elements polyc

190 t arrayed CRISPR screening and in generating custom-made or off-the-shelf cell products for human the

191 belled mice cochleae of different ages using custom-made polyclonal antibodies to TMC1 for light and

192 The cabin was replicated using a custom-made pressure chamber.

193 systematic study was performed using various custom-made prototype reversed-phase liquid chromatograp

194 A custom-made quencher, which is more reactive to BTK than

195 hairs were longitudinally sectioned using a custom-made sample holder.

196 in color are then read and quantified with a custom-made smartphone app.

197 A custom-made smartphone-based fluorescence microscope and

198 y, and amperometry while being controlled by custom-made software.

199 their function is not only determined by the custom-made stimuli-responsiveness, but also by the tran

200 tients from 14 vascular units treated with a custom-made, inner-branched device (Cook Medical, Bloomi

201 A custom-made, lytic bacteriophage preparation was adminis

202 Using a custom magnetic field generator, we were able to release

203 l, the 7.5F lattice catheter was used with a custom mapping system to treat paroxysmal or persistent

204 Automated PPCMv density was calculated using custom Matlab software in inner and outer annuli around

205 imaging of individual animals cultivated in custom microfabricated multiwell substrates, and used th

206 In this study, we developed a custom microfluidic cell for an in operando synchrotron

207 scence sandwich immunoassay implemented in a custom microfluidic chip.

208 A custom microscope allowed us to image the soma and up to

209 required, users should consider producing a custom model using a larger neural network and/or traini

210 tructed using off the shelf components and a custom monolithic, PQSW laser and testing has verified t

211 This requires custom MS/MS methods to equally sample all isomeric oxid

212 rallel origin selection assay coupled with a custom mutual-information-based modeling approach, and a

213 baric tagging reagents, we developed our own custom N,N-dimethylleucine "DiLeu" isobaric tags for qua

214 le helices, has proven a powerful method for custom nanofabrication.

215 CMT1A-associated genes were assembled into a custom Nanostring panel to enable precise transcript mea

216 , and can also be extended by developers for custom needs or for the integration of new software.

217 most effective agent was then utilized in a custom NMP circuit for the treatment of isolated porcine

218 200 J direct current IRE applications via a custom nondeflectable 14-polar circular IRE ablation cat

219 A custom nonlinear optical beam-scanning microscope enable

220 nely employing multiple objective lenses and custom optical relays.

221 ased on a commercial spectrometer coupled to custom optical, mechanical and electronic components.

222 d 18 musculotendon actuators to walk using a custom optimization framework through which we imposed s

223 oncept workflow study for the fabrication of custom orbital exenteration prostheses via automated non

224 t-generation sequencing and tested against a custom panel of 347 cancer genes.Measurements and Main R

225 We designed a custom panel to cover these RELA binding sites and used

226 racking motions of a speckle pattern using a custom panoramic digital image correlation technique whi

227 Optimized PWM flow was then used to purify custom particles for immune activation, achieving 3-fold

228 The custom PCBA was fabricated using standard commercial pro

229 However, the use of a custom photo-cross-linker and the requirement for extens

230 Two custom phototherapy systems were constructed from afford

231 s, the CSFET sensor array is combined with a custom-printed circuit board into a compact, fully integ

232 We have demonstrated 3-dimensional custom-printed electrically conductive carbon nanotube p

233 from RefSeq, and an online tool to generate custom probe libraries.

234 a native-based silk feedstock, extracted by custom processes, into silk fibres that equal their natu

235 development in 80-100 embryos and provide a custom program that generates cropped, oriented image st

236 ng various existing tools combined with this custom program, we developed a pipeline for the identifi

237 ChIP-enriched DNA was hybridized to a custom promoter microarray (termed ChIP-chip).

238 come the principal barriers to an affordable custom prosthesis worldwide: access and cost.

239 methods now available for the manufacture of custom proteins containing noncoded elements.

240 they are produced using video recording and custom Python code.

241 were detected by SERS in real time using the custom Raman spectroscopy system.

242 n rate, quantitatively characterized using a custom real-time infrared spectroscopy setup.

243 sing the sister program "GeneHunt" to create custom Reference Annotation Table, MetaGeneHunt provides

244 A custom reference database and specific mini-barcode mark

245 cies comparisons and the ability to upload a custom reference dataset for specialized studies.

246 We produce and validate a custom reference signature defining 11 non-cancer cell t

247 BC, the origin, extent and diversity of this custom remain poorly understood.

248 eb-interface, a dedicated Python package, or custom remote clients.

249 CPMV can be used to specifically encapsidate custom RNA by placing a sequence of choice between the R

250 data-dependent acquisition (DDA) against our custom RNA-seq based database, as well as SWISS-PROT and

251 A custom robotic arm was integrated into a hybrid operatin

252 Using simulated reads, the custom scaffolds method resolved all possible combinatio

253 Our custom script used the phasing information from the SNV

254 chmarking features are manually curated with custom scripts in a non-standardized manner that results

255 OCS enables rapid discovery of isoforms from custom-selected genes and will accelerate mapping of the

256 We used a custom semi-automated graphical user interface to identi

257 ed clade tree or use their own tree; provide custom sequences in place of those automatically retriev

258 ed for specialized laboratories to provide a custom service for the development of tests for the meas

259 ollection of marker genes or by specifying a custom set of marker genes.

260 challenges with existing methods of creating custom-shaped IPMC actuators.

261 ic deposition of cells and biomaterials into custom shapes and patterns to replicate complex tissue a

262 nanotechnology enable the rational design of custom shapes that self-assemble in solution from sets o

263 By custom single-cell RNA sequencing, we examine mosaicism

264 An EoE-Custom single-nucleotide polymophism (SNP) Chip containi

265 3; range, 0.41-0.60) and substantial for the custom slab (kappa = 0.67; range, 0.61-0.80).

266 In addition, a custom slab was created by manual modification of the au

267 tivity could be increased to 78.1% using the custom slab with a specificity of 88.5%.

268 ator' that employs liquid-handling robotics, custom software and an integrated mobile microscope for

269 Using custom software and graphic user interfaces, images were

270 A custom software app was developed to count the average i

271 Custom software modelled beat-by-beat pressure (photople

272 rotocol for sample preparation and developed custom software that analyzes sequencing data.

273 and reconstructed their 3D trajectories with custom software tools to measure locomotor performance.

274 Custom software was used to quantify RPC VD.

275 With the use of custom software, a capillary density map was obtained by

276 p vasculature after projection removal using custom software.

277 icsDB, allowing search result re-scoring and custom spectral library generation for any organism on t

278 ity contrast (DSC) perfusion imaging using a custom spin-and-gradient echo echoplanar imaging (SAGE-E

279 Using cryo-EM and a custom sub-particle refinement approach, we resolved an

280 lly available 23-gauge vitrectomy equipment, custom surgical forceps, and operating microscope with o

281 cid bias, remedied at high cost by expensive custom synthesis of oligonucleotides, or through use of

282 a positively charged gelatin attached to the custom-synthesized AuNPs.

283 with both commercially-available and our own custom-synthesized cationic polymer delivery reagents.

284 otonic mode of a metallic cavity in order to custom-tailor the population and polarization dynamics o

285 e updated version of miRPathDB, with its new custom-tailored features, is one of the most comprehensi

286 Including a custom-tailored NMR toolbox in fluorescent protein resea

287 iction algorithm into a web server, allowing custom target prediction with user-provided sequences.

288 In this multi-centre study, a custom-targeted next generation sequencing (NGS) gene pa

289 ation without requiring invasive hardware or custom test objects; hence, it provides substantial bene

290 timaterial filaments provides a path towards custom three-dimensional functional devices not realizab

291 Here, we developed a custom three-photon microscope optimized to image a vert

292 owell array device that is preassembled with custom titers of various antibiotics and splits bacteria

293 tics processing using publicly available and custom tools and databases and thus differ widely betwee

294 d has necessitated a dedicated resource with custom tools for curation and publication.

295 erence for prosthetic foot stiffness using a custom variable-stiffness prosthesis.

296 ed two controlled vocabularies (ICD-10 and a custom vocabulary developed at the clinical center Steno

297 With the custom wearable system, these values were 0.84 +/- 0.03

298 the complementary datasets are mined with a custom workflow to increase sensitivity, specificity and

299 ence signals, expensive imaging equipment or custom-written algorithms.

300 or advanced image analysis requires complex, custom-written processing algorithms, advanced computer