ライフサイエンスコーパス: technically

1 Although technically a normal endoscopy is required to diagnose f

2 3%, and 87% of the slides were considered as technically acceptable or excellent.

3 ures; and were able to complete at least two technically acceptable trials of multiple breath washout

4 It is thus technically adaptable to screening of individual differe

5 The technically adapted assay features i) higher detection e

6 A total of 138 SSc patients with technically adequate echocardiograms was studied and com

7 ferent between atorvastatin and placebo, but technically adequate results comparing longitudinal chan

8 Results: Among 44 patients enrolled, 37 had technically adequate signals: 11 (30%) passed the SBT an

9 lation, and inactivation methods and applied technically advanced assays to determine the relative pu

10 Results Quantitative 2HG MRS was technically and biologically reproducible.

11 ly integrated whole-body (18)F-FDG PET/MR is technically and clinically robust for evaluation of bone

12 cially available transcatheter prostheses is technically and clinically successful in patients of var

13 fs, and repetitive genomic elements has been technically and computationally challenging.

14 their theoretical and experimental analysis technically and conceptually challenging.

15 ggest that such technologies, if they became technically and economically feasible, could potentially

16 buted Environmental Sensory Networks (WDESN) technically and economically feasible.

17 and portable GMO-detection methods that are technically and economically sustainable.

18 may provide a proof-of-concept in developing technically and economically viable approaches to addres

19 uid discharge (ZLD) of hypersaline brines is technically and energetically challenging.

20 dies of our own development have so far been technically and ethically challenging.

21 urced country with high infant mortality-was technically and logistically feasible and protected infa

22 A 21% discordance between technically and nontechnically competent trainees was id

23 reasoning skills make individuals omniscient technically - and make suggestions for overcoming the cl

24 being surfaces with only one "side"-or, more technically, being "nonorientable" surfaces.

25 ain cholinergic neurons has, until now, been technically beyond reach due to their large axon arbor s

26 in specific mucosal niches has been hampered technically by an overabundance of host RNA.

27 ly faster margination can be achieved either technically by the application of an external magnetic f

28 e immature and nonlinear in hiPSC-CMs, which technically challenge accurate functional interrogation

29 or delivery of agents to specific organs are technically challenging and causes superfluous stress.

30 an identification of complete transcripts is technically challenging and computationally expensive, f

31 with adrenal vein sampling, which, as it is technically challenging and currently performed only in

32 His bundle pacing (HBP) remains technically challenging and is currently guided by elect

33 is analytical approach is still perceived as technically challenging and less reproducible, notably f

34 ightly different, making endoscopy sometimes technically challenging and necessitating clear and freq

35 outcomes to some extent; however, surgery is technically challenging and not available in most endemi

36 However, these methods are technically challenging and not easily applicable to an

37 ction and molecular profiling of exosomes is technically challenging and often requires extensive sam

38 is especially valuable but at the same time, technically challenging and requiring advanced concepts

39 ve analysis of all phosphoinositides remains technically challenging and therefore has not been repor

40 , characterization of cysteine forms remains technically challenging and time-consuming.

41 cal fluids as a by-product of axonal loss is technically challenging and to date relies mostly on cer

42 el system, longer-term live imaging has been technically challenging because of a lack of efficient m

43 Attaining selectivity has been technically challenging because of sequence and structur

44 antitation of glycoproteins in serum remains technically challenging because of the extraordinary com

45 However, it is technically challenging because rice is consumed as inta

46 s of site specific glycoforms of proteins is technically challenging but highly desirable; resolution

47 is transition is one of the largest and most technically challenging changes that the medical communi

48 Cataract surgery in diabetics is more technically challenging due to a number of factors inclu

49 to primary T lymphocytes directly in vivo is technically challenging due to the low transfection effi

50 accurate quantification of glycoproteins is technically challenging due to the scarcity of robust as

51 g physical properties such as magnetism, but technically challenging due to the small interatomic dis

52 role of tumor suppressor genes in cancer is technically challenging due to their essential requireme

53 rograde cholangiopancreatography (ERCP) is a technically challenging endoscopic procedure, harboring

54 mechanisms of cellular dynamics, but remain technically challenging in live multicellular organisms.

55 relies on echocardiograms (echos), which are technically challenging in this population.

56 precise HR-mediated genome editing is still technically challenging in zebrafish.

57 et need for the application of 3D-SIM to the technically challenging nuclear environment, and subsequ

58 single site catalysts on silica supports, is technically challenging or even unattainable.

59 ngle-application one-shot balloons is either technically challenging or have limited ability to accom

60 ntact cells from tissues and organs is often technically challenging or impossible, for example in he

61 pact of surgical skill on a similar but less technically challenging procedure such as sleeve gastrec

62 Esophagectomy is a technically challenging procedure, associated with signi

63 clohexene is an economically interesting and technically challenging reaction.

64 of leader and self-organizing communities is technically challenging since no adequate quantification

65 ity is associated with the learning curve of technically challenging surgical procedures.

66 l chromatin organization is an important yet technically challenging task.

67 tional plasticity in mature neurons has been technically challenging to address.

68 Thus far, it has remained technically challenging to capture dynamic protein-prote

69 for this hypothesis is lacking because it is technically challenging to control synaptic properties i

70 tremity in-transit melanoma but is toxic and technically challenging to deliver locoregionally.

71 However, it is technically challenging to detect and isolate circulatin

72 tive view is that it has previously been too technically challenging to detect owing to statistical a

73 inding proteins (RBPs) responsible, are more technically challenging to determine, and combinatorial

74 ge skin in a three-dimensional manner, it is technically challenging to image deep into tissue becaus

75 s at any given locus is coordinated has been technically challenging to investigate.

76 However, it remains technically challenging to measure the replicative lifes

77 contributing to cellular recognition remains technically challenging to perform on a genome-wide scal

78 ns, such as valves and waveguides, but it is technically challenging to realize.

79 orpho-electric(5,6) criteria, as it has been technically challenging to study both aspects of neurona

80 It has however proven technically challenging to study this parameter during d

81 However, it remains technically challenging to trace temporary or transient

82 and wide-necked bifurcation aneurysms remain technically challenging to treat by the endovascular app

83 ing such conformational flexibility has been technically challenging yet could be key for developing

84 a polysaccharide linked to a protein, can be technically challenging, and in vivo bacterial conjugati

85 al pulmonary hemodynamic response, but it is technically challenging, and limited data exist regardin

86 uronal activity over long periods of time is technically challenging, and limited, in part, by the in

87 However, the process is expensive, technically challenging, and not readily scalable to lar

88 RNA polymerase fidelity are low-throughout, technically challenging, and organism specific.

89 ounds, but their functional analysis remains technically challenging, and roles beyond metabolism are

90 led or irreversible surrogates, which can be technically challenging, and the results are often not s

91 tion based solely on visual criteria remains technically challenging, due largely to limitations impo

92 -weighted imaging of transplanted kidneys is technically challenging, especially in patients in the e

93 However, these assays are technically challenging, expensive, and time-consuming,

94 l 3D, which is computationally expensive and technically challenging, or on 2D planar projections, wh

95 ly simple single-molecule experiments remain technically challenging, particularly with regard to sig

96 ioning methods employed to overcome this are technically challenging, subject to artefacts or involve

97 Their detection and quantification are technically challenging.

98 e identification of LAB species is sometimes technically challenging.

99 sed N-glycome quantitative analysis is still technically challenging.

100 erstand the associated mechanistic events is technically challenging.

101 ions of repeating sequence, as they are more technically challenging.

102 ut the procedure was laborious, complex, and technically challenging.

103 emical modifications into lambda-DNA remains technically challenging.

104 arterial input function has been considered technically challenging.

105 cytes, and therefore are often consuming and technically challenging.

106 od because measuring peroxisome abundance is technically challenging.

107 t the transcriptome level is informative but technically challenging.

108 of NADPH metabolism in living cells remains technically challenging.

109 her low resolution or low throughput and are technically challenging.

110 entification of these rearrangements remains technically challenging.

111 rotein complexes on a proteome-wide scale is technically challenging.

112 determination of exposure scientifically and technically challenging.

113 A interactions remain resource intensive and technically challenging.

114 mitantly recording neuronal activity remains technically challenging.

115 a given virus, eliciting that protection is technically challenging.

116 omatin immunoprecipitation (ChIP) assays are technically challenging.

117 ion fork progression at the genome level are technically challenging.

118 lation of these untransformed cells has been technically challenging.

119 on of EM and X-ray diffraction data has been technically challenging.

120 f protein oxidation during cell signaling is technically challenging.

121 ermination of HLA restriction is complex and technically challenging.

122 when echocardiographic images are limited or technically challenging.

123 or Brain Machine Interfaces is important but technically challenging.

124 erturbation screening in human cells remains technically challenging.

125 targeted by screening hits, however, remains technically challenging.

126 ub-Angstrom scale precision is important but technically challenging.

127 host cells and pathogen is vital but remains technically challenging.

128 complementary metal-oxide-semiconductors is technically challenging.

129 ents using a retrograde approach that can be technically challenging.

130 ep before downstream analyses and it remains technically challenging.

131 ly, genetic manipulation of the rat has been technically challenging.

132 force microscopy (AFM) has been proven to be technically challenging.

133 e determination of BP utilization is however technically challenging.

134 extracellular vesicle (EV) research remains technically challenging.

135 ese neurons to particular functions has been technically challenging.

136 tial control of cortical cell arrangement is technically challenging.

137 r proteins, which is widely considered to be technically challenging.

138 le to recently reported procedures requiring technically complex amplification strategies such as hyp

139 Early BICS were technically complex and constrained by the relatively pr

140 hora of databases and tools are deployed, in technically complex and diverse implementations, across

141 performance achievements, STTT is considered technically complex and subjective, as well as insensiti

142 However, its establishment is technically complex and the experimental performance is

143 sis technique is a powerful method to reveal technically complex forgery cases with hard facts at a m

144 tion experiments do not require expensive or technically complex hardware, and increasing numbers of

145 to central systems are cost intensive and/or technically complex to implement.

146 Although technically complex, the PIMOC is reproducible and provi

147 for therapeutic monitoring, but the assay is technically demanding and is available only on a limited

148 However, it remains technically demanding and the need to adapt acquisition

149 However, current CLIP protocols are technically demanding and yield low-complexity libraries

150 PAR is a technically demanding procedure and requires a high leve

151 ed as a labor-intensive, time-consuming, and technically demanding procedure.

152 reotactic body radiation therapy (SBRT) is a technically demanding prostate cancer treatment that may

153 need for the time consuming, expensive, and technically demanding quantification of ChIP using qPCR,

154 However, it is a technically demanding surgical procedure.

155 discriminatory; however, it is laborious and technically demanding, and data exchange remains a chall

156 trate that the REC-GUI framework facilitates technically demanding, behavior-contingent neuroscience

157 extraction or chemical synthesis of O-PS are technically demanding, inefficient, and expensive.

158 However, microinjection is a technically demanding, labor-intensive, and costly proce

159 is matching condition at high frequencies is technically demanding.

160 We compared 4 technically different approaches of SBFI (3 approaches b

161 Laser sintering of Zn nanoparticles has been technically difficult due to the surface oxide on nanopa

162 It is technically difficult to achieve complete obliteration o

163 s the main therapeutic option, but it may be technically difficult to perform in active bleeders.

164 ariants in TTN or RYR1, large genes that are technically difficult to Sanger sequence.

165 However, cryoET of whole cells is technically difficult.

166 s limited to osmium-resistant probes, and is technically difficult.

167 asculature are invasive, time consuming, and technically difficult.

168 a meta-analysis of eight geographically and technically diverse fecal shotgun metagenomic studies of

169 bi-modality is likely both biologically and technically driven.

170 ation from the current practice and is hence technically easy to learn and perform.

171 ady shows that this NH3 recovery process was technically effective and feasible.

172 ng of allowed source term loading (ASTL) for technically enhanced naturally occurring materials (TENO

173 Unfortunately, weak self-association is technically extremely difficult to study, as it requires

174 l transcatheter mitral valve implantation is technically feasible and can be performed safely.

175 ts show that our advanced ammonia process is technically feasible and energy-competitive, with a low

176 hat solar manufacturing of fine chemicals is technically feasible and environmentally sustainable.

177 n of unclear cause, (18)F-fluoride PET/MR is technically feasible and is more robust in terms of imag

178 Hemi-DMEK (using half-moon-shaped grafts) is technically feasible and may provide visual outcomes sim

179 rtic valve replacement, FE MR angiography is technically feasible and offers reliable vascular mappin

180 d twice in 4-week intervals if indicated and technically feasible and on demand thereafter.

181 mbination of Fc-SEMS and plastic stent(s) is technically feasible and safe for the treatment of anast

182 imaging-guided endovascular interventions is technically feasible and safe in a swine model, and pote

183 d filter placement for stroke prophylaxis is technically feasible and safe.

184 This study shows that LT is technically feasible and safe.

185 Consequently, we explore additional technically feasible emission-control technologies and p

186 s, proteomics, and genome editing, it is now technically feasible for even a single research group to

187 Conclusion MR-guided focused ultrasound is technically feasible for focal prostate ablation and app

188 EFTR was technically feasible in 28/30 (93,3%) of the cases with

189 flow has been discussed widely and should be technically feasible in a variety of plantation taxa.

190 of a scalable, economically attractive, and technically feasible process for the manufacture of this

191 egislation, optimized emissions, and maximum technically feasible reductions) resulted in substantial

192 atment in early prostate cancer (PCa) is now technically feasible with both newer external-beam and b

193 by CZT SPECT MPI with (99m)Tc-tetrofosmin is technically feasible, although hyperemic values are sign

194 pulation use tobacco, is socially desirable, technically feasible, and could become politically pract

195 Pediatric oncologic PET/MR is technically feasible, showing satisfactory performance f

196 ulus to the LM, TAVR plus LM PCI is safe and technically feasible, with short- and intermediate-term

197 opment of the AITC-MOFs delivering system is technically feasible.

198 hould be offered R0 or R1 resection whenever technically feasible.

199 alt this increase, but at present, it is not technically feasible.

200 a specific stimulus has only recently become technically feasible.

201 rations with the use of esophageal stents is technically feasible.

202 ing image using the proposed guided DnCNN is technically feasible.

203 non-epileptic mean on invasive recording is technically feasible.

204 e of immobilized coagulant was defined and a technically-friendly enzyme bioreactor was developed in

205 es of differentially expressed gene lists by technically harmonized methods.

206 s theoretically possible as a therapy, it is technically immensely challenging as an appropriately fu

207 ubstrates, which are both scientifically and technically important due to the great need for quantita

208 These findings hold true for 3 technically important enzymes (PETase, cytochrome P450,

209 n-plane c-axis orientation are promising and technically important materials for self-biased magnetic

210 to develop implants for applications so far technically impossible.

211 mance computing resources more accessible to technically inexperienced users.

212 or the majority of patients who present with technically irresectable liver-limited disease, systemic

213 Technically, LCNF present greater advantages against mec

214 Other complementary, but technically less demanding, methods provide a model-depe

215 s provides similar diagnostic utility and is technically less demanding.

216 a very large number of input cells, which is technically limited and expensive, current Hi-C experime

217 successes and promise, neural electrodes are technically limited by their scalability.

218 for more than three decades and is therefore technically matured and has been proved to be safe.

219 s, that of the transuranics is significantly technically more challenging and has remained dormant.

220 f the quiescent memory B cell compartment is technically more challenging and thus has not been incor

221 length) was comparable to a much larger and technically more complex laboratory spectrophotometer.

222 red in blood are relatively non-invasive and technically more straightforward than those measured fro

223 parably reductionist experiments are neither technically nor ethically possible in humans.

224 Polar oxides are technically of great interest but difficult to prepare.

225 The pathobiology of AL in the setting of a technically optimal procedure involves excessive submuco

226 at there is little to no agreement on how to technically perform deformation analysis of the LA.

227 plish targeted axillary dissection, which is technically possible after chemotherapy and is easily pe

228 Together, our results indicate that it is technically possible for a single adjuvant to reverse in

229 Although it is technically possible to genome-edit the chicken, its lon

230 Despite being technically possible, splitting water to generate hydrog

231 ed Cl(-) changes within dendrites is not yet technically possible, we used computational approaches t

232 cial phenomena that have not previously been technically possible.

233 hat three subsequent stent implantations are technically possible; however, subsequent procedures are

234 n the area is the spread of cancerous cells, technically refered to as metastasis into other organs b

235 ing the water content in the feed gas, up to technically relevant levels of 30%, significantly increa

236 Off-axis high speed imaging confirms a technically relevant solidification front velocity and c

237 g hepatic fibrosis; MR elastography was more technically reliable than VCTE and had a higher interobs

238 Technically, reproducibility and robustness of experimen

239 he parotid mass and cervical adenopathy were technically resectable but that resection carried a subs

240 We developed a technically robust assay targeting a fragment of COL6, w

241 ation of artificial chordae to correct MR is technically safe and feasible; however, it yields furthe

242 Use of the ER-REBOA catheter is technically safe with a low procedural complication rate

243 However, the soft tissue healing is technically sensitive to the surgical procedure.

244 Pulmonary patch repair is technically simple and can be lifesaving in this difficu

245 Featuring an analytically powerful yet technically simple and robust methodology, multiplexed i

246 The semiautomated RFLP system is technically simple and significantly faster than the man

247 We present a technically simple approach for gene expression cytometr

248 In summary, we present a technically simple high-speed method for measuring contr

249 DHA-based nanoARVs as an effective, safe yet technically simple strategy to enhance brain delivery of

250 tus muscle plication is a rapidly performed, technically simple surgical procedure to strengthen the

251 We developed a technically simple technology to genetically modify HSPC

252 The strategy described here provides a technically simple yet high-throughput approach for gene

253 es have shown that although this approach is technically simple, the marked changes in plasma specifi

254 -magnification far-field (LF) DFM imagery is technically simpler to perform but cannot be used as an

255 The achieved signal enhancement will allow technically simplified signal detection, paving the way

256 Although technically still demanding, long-term single-cell imagi

257 erformance and safety endpoint outcomes were technically successful at 30 days with no reintervention

258 All procedures were completed technically successful for all patients [100%].

259 In the case of technically successful graft survival, graft losses due

260 Treatment was technically successful in 197 of 204 patients (96.6%), a

261 GFN blocks were technically successful in 24 of 26 (92%) subjects, achie

262 The implant was technically successful in 754 (97.4%) patients.

263 FAV was technically successful in 84% of 143 fetuses with fetal

264 ] age, 13.4 [0.8-29.8] years), profiling was technically successful in 89 (89% [95% CI, 83%-95%]).

265 Use of the reentry catheter was technically successful in all 13 (100%) patients and cli

266 Results Balloon dilation was technically successful in all 52 strictures, but stenosi

267 TIPS was technically successful in all 91 patients (12 in acute g

268 rgical procedures and/or BTS placements were technically successful in all animals.

269 ry of endothelial cell therapy or saline was technically successful in all eight swine, with no compl

270 The procedure was technically successful in all six patients.

271 Leaflet traversal and laceration were technically successful in all.

272 Overall, death-censored and technically successful pancreas graft survival and rejec

273 In phase 1, 50% of recipients had a technically successful uterus transplant, compared to 90

274 tion was similar to that of those undergoing technically successful versus unsuccessful FCI (63.6% vs

275 Results All procedures were technically successful with no complications.

276 All blocks were technically successful, and all of the patients had comp

277 Of 107 procedures, 104 (97.2%) were technically successful, with mean postprocedure hospital

278 All examinations were technically successful.

279 s some of their findings on the area of land technically suitable for expanding tree cover, and can b

280 This deviation is technically termed a transience effect.

281 Technically, the method relies on the combined use of a

282 Technically, the system is based on Gails backed by Mari

283 Technically, there are no major differences in the molec

284 Technically these ideas are all feasible.

285 Technically, this remains an extremely challenging probl

286 ular diagnosis of an IDH mutation in gliomas technically unable to undergo a surgical procedure.

287 ting proliferation and adhesion is currently technically unachievable.

288 searchers with a rapid, high-throughput, and technically undemanding typing method for epidemiologica

289 orage of methane gas far from coastlines are technically unfeasible and expensive.

290 from frozen cellular material are currently technically unfeasible.

291 evaluable lesions (phospho-AKT staining was technically uninterpretable).

292 Only 8 patients were deemed technically unsuitable.

293 We technically validated all loss-of-function, inframe inse

294 e, and versatile sensing technology has been technically validated using gold-standard RT-qPCR.

295 The assay was developed and technically validated.

296 enrichment coupled with mass spectrometry to technically verify aptamer specificity for a subset of t

297 Turkish Straits is evaluated as a positive, technically viable and real-world measure to reduce air

298 w evidence that implementing an ECA would be technically viable and that it would reduce ship-sourced

299 These findings were extrapolated for technically viable HP sites in Europe, with the potentia

300 Technically, w3DNA 2.0 implements a simple and intuitive