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1 ical laboratory sections have addressed with automation.
2 ings has become one of the key challenges in automation.
3 ore mass spectrometry by parallelization and automation.
4 to provide solutions, especially in terms of automation.
5 cutive 19 day atmospheric air campaign under automation.
6 creening process via computer assistance and automation.
7 of false positive annotations emerging from automation.
8 impact on communication and opportunity for automation.
9 gram sample quantity and is amenable to full automation.
10 user error, which can be partly overcome by automation.
11 sequences in a modular manner using robotic automation.
12 mistry and colloidal science to robotics and automation.
13 ocess can be implemented manually or through automation.
14 hput selections that lends itself to process automation.
15 anomanufacturing with the potential for full automation.
16 f machine vision and learning techniques for automation.
17 functions on a single substrate, and enables automation.
18 a shorter time span and is more suitable for automation.
19 i) in situ detection capability and complete automation.
20 orm in parallel, and has limited options for automation.
21 ons, as well as the stage of integration and automation.
22 tion, high-throughput format adaptation, and automation.
23 re discussed in light of miniaturization and automation.
24 bor-intensive procedure creates a barrier to automation.
25 eat potential for bulk fabrication with full automation.
26 ta is a key open challenge that has resisted automation.
27 broad range of analytes and a high degree of automation.
28 nts, which can be applied at a high level of automation.
29 gh selectivity, low sample volume, and assay automation.
30 experiment without the need for robotics or automation.
31 ication of image data require algorithms for automation.
32 op-and-dry), low sample volumes (<1 nL), and automation.
33 echnique to the field of clinical laboratory automation.
34 significant innovation of the method is the automation.
35 simplified the procedure and facilitated its automation.
36 d reproducibility, and the potential of easy automation.
37 very promising, opening the possibility for automation.
38 ing a broadly applicable method suitable for automation.
39 ease uniformity in cell-based assays through automation.
40 ses speed, avoids contamination, and enables automation.
41 igher throughput and consistency afforded by automation.
42 mounts of reagents required and the need for automation.
43 seful for biological, chemical and materials automation.
44 y significant for future miniaturization and automation.
45 , limiting their throughput and capacity for automation.
46 firming their amenability to high-throughput automation.
47 e required human intervention and facilitate automation.
48 setting, and future process optimization and automation.
49 analysis, process control, audit trails and automation.
50 fer a high potential for miniaturization and automation.
51 boratory instrumentation to facilitate assay automation.
52 instructions into discrete steps amenable to automation.
53 ITEX desorption sequentially to enable full automation.
56 d throughput in data processing achieved via automation afforded the possibility of conducting otherw
57 n total, 104,730 specimens were enrolled and automation agreed with manual analysis for 90.1% of all
62 ty, and ability to carry out high-throughput automation analysis (i.e., sensing arrays) has led to th
63 combination of microfluidic membrane valves, automation and a streamlined protocol now enables a sing
64 ia: sleepwalkers exhibited improved movement automation and a stronger dissociation between locomotor
66 blood culture system incorporating improved automation and an enhanced detection algorithm to shorte
68 nt and fast genome-wide association analysis automation and can go from raw genetic data to genome: p
69 ng two specific classifiers as a toolset for automation and cell identification in the model organism
71 gly important to articulate what the role of automation and computation has been in the scientific pr
75 ollection, this method should be amenable to automation and further scale up for preparation of large
77 on of MCs/Nod with the additional benefit of automation and high-throughput possibilities for large s
81 le separation, have been developed and allow automation and integration of complex assay protocols in
84 llustrate how rapid advancements in hardware automation and machine learning continue to transform th
85 llustrate how rapid advancements in hardware automation and machine learning continue to transform th
88 The flow system was designed to focus on automation and miniaturization with minimal sample and r
89 ple bi-RMF provides a promising strategy for automation and multiplexing of magnetic particle-based a
90 t nature, which can be partially overcome by automation and new continuous monitoring technologies, a
91 and image processing procedures, which limit automation and possibilities for high-throughput analyse
95 al processes, the advent of total laboratory automation and the adoption of on-demand NAATs will allo
97 d, minimum sample handling, compatibility to automation, and applicability to large-scale metabolomic
99 of conventional SDS CGE (labor-saving, easy automation, and convenient quantitation) and also the hi
100 vice allows for ambient temperature storage, automation, and ease of shipping/transfer of samples.
101 igh specificity, wide linear range, complete automation, and generic applications in tests with multi
103 principles of speed and accuracy, unattended automation, and open-source components to build an autom
104 performance of these LDTs, the system's full automation, and the ability to split eluates for both IV
106 d dynamic robots, which thrive in industrial automation, and will probably continue to do so for deca
108 er of procedural steps, miniaturization, and automation are just a few of the multitude of criteria c
109 onsumption, high throughput, sensitivity and automation are the future of sensing and have significan
110 tigated the neural reflections of behavioral automation as participants mastered a dual n-back task.
111 sampling, point-of-care tests, and extended automation as well as new technologies, including mass s
112 oupled with its ease of use and capacity for automation, as well as its accommodation of more-reactiv
114 ged sample processing times, and the lack of automation, associated with most of the technologies dev
115 ing processors are poised to replace robotic automation by miniaturizing biochemical reactions to the
118 er the last 3 decades, to date, all lack the automation capabilities needed for future missions of ex
120 Higher-order data generation implies some automation challenges, which are mainly related to the h
121 ligonucleotides into genes and genomes makes automation challenging, and site-specific incorporation
122 he method offers significant versatility and automation compared with common but laborious titration
124 ocessor in the late 1960s to early 1970s, to automation, computers and smartphones-by downscaling the
127 e, the upcoming wave in molecular biological automation demands a rethinking of how we perform DNA as
128 56% (15/961 samples), was observed after DS2 automation (difference, 4.0%; 95% confidence interval [C
131 r of the BOF approach can be used to improve automation efficiency in the cryo-EM data processing pip
132 ed workflow includes three steps: (1) Design automation-efficient synthesis of an optimized multiscal
133 ncements in life-science instrumentation and automation enable entirely new modes of human interactio
136 omograms due to advances in data acquisition automation, existing computational approaches have very
140 pression workflows and should be amenable to automation for accelerating enzyme screening in industri
145 ing unique advantages and the possibility of automation for high-throughput experiments by exploiting
146 employed to provide sample-to-answer fashion automation for plasma extraction (from finger-prick of b
147 me of the challenges to developing effective automation for psychiatry to optimise physician treatmen
149 pling reactions as a test case, we developed automation-friendly reactions to run in dimethyl sulfoxi
150 increased understanding of the experience of automation from other sectors might allow for more effec
151 by or resulting from computer assistance and automation from the domains of synthetic chemistry, drug
152 reas experts are expected to use unconscious automation (habitual DM) in which decisions are recognit
153 reas experts are expected to use unconscious automation (habitual DM) in which decisions are recognit
156 genetic disease classifications and workflow automation highlight the updates for the DO since 2015.
157 vides linearity in response, data processing automation, improved limits of detection, and ease of us
159 still require manual intervention, complete automation in future would pave the way to designing and
163 is easily adaptable and amenable for future automation in order to mimic standardized organ dynamics
165 perts in other industries, three examples of automation in the delivery of routine care are reviewed:
166 sed analysis method, the system enables full automation in tracking single droplets with high accurac
167 ample preparation approach that enables full automation including all the process phases just in a co
168 uickly engineer alternatives to conventional automation infrastructure that are low-cost and user-fri
169 High-content screening microscopy relies on automation infrastructure that is typically proprietary,
170 sent development of a customized mechatronic automation interface that includes a high-resolution USB
176 imilar to more general software development, automation is the key to executing and managing these ta
178 -clamp recording has recently benefited from automation, it is normally performed "blind," meaning th
179 ion throughput was greatly improved using an automation liquid-handling system, meeting the needs for
180 mode has advantages such as its reusability, automation, low sample volume (6 muL), and fast response
183 larization or the experimental stability for automation-making this approach beneficial for improving
184 ce, show extensive potential applications in automation, manufacturing, process control, and portable
188 spectively, which included 2 manual-positive/automation-negative (MP/AN) results and 170 manual-negat
189 r secondary review, 91.1% of manual-positive/automation-negative specimens were due to expert rules t
190 e specimens were found to be manual-positive/automation-negative; a secondary review demonstrated tha
193 nce and machine learning will likely lead to automation of aesthetic evaluation, smile design, and tr
194 on this technology we introduce a method for automation of blood plasma separation and multi-step bio
195 of the application of deep learning for the automation of cell line authentication into a readily av
197 and is a simple and compact solution for the automation of colony-counting assays and microbe behavio
198 inciples, customizing laboratory devices for automation of common laboratory practices, control of re
199 ved the data release frequency by increasing automation of curation and providing scaling improvement
200 is no longer an obstacle due to advances in automation of data collection, obtaining the same number
201 tic, metagenomic and genome assembly provide automation of data conversion, analysis and graphical vi
208 ty of appearances and enable new avenues for automation of fluorescence microscopy acquisition pipeli
210 This work addresses these bottlenecks to the automation of hepatocyte spheroid culture by tethering 3
213 the microarray analysis platform MCR 3, the automation of isothermal multiplex-amplification (39 deg
214 nd applicability to be fully exploited, full automation of its operations seamlessly integrated with
218 s, we have demonstrated that high-throughput automation of Mass Frontier allows researchers to genera
220 pipet tips have great potential in achieving automation of N-linked glycopeptide isolation for high-t
221 ogy for simple, scalable, and transformative automation of oligosaccharide synthesis that easily inte
223 the improvement of "omic" technologies, and automation of protein crystallization makes this strateg
224 important steps towards the integration and automation of RCA and potentially also other complex mul
225 t, simplicity, small size, as well as facile automation of sample delivery and processing without the
227 advantages, such as low reagent consumption, automation of sample preparation, reduction in processin
232 shows that machine learning can improve the automation of structure modeling and significantly accel
234 in 2 broad and highly interconnected areas: automation of tasks that might otherwise be performed by
240 emphysema; P < .05).ConclusionDeep learning automation of the Fleischner grade of emphysema at chest
241 core-shell microspheres as sorbent to enable automation of the integrative extraction and analytical
245 -by-step approach, which can prevent an easy automation of the workflow, and hence hamper the analysi
246 a microfluidic Lab-on-a-Chip technology for automation of the zebrafish embryo toxicity test common
251 automates "blind" patching in vivo, but full automation of visually guided, targeted in vivo patching
252 nsors and simple nonmicrofluidic measurement automation offers a convenient, labor- and cost-efficien
256 his tension between human agency and machine automation poses vital challenges for design and enginee
260 for analyzing CyTOF data attempt to improve automation, scalability, performance and interpretation
262 e in software used for visualizing GEMs: (i) automation, since GEMs can be quite large; (ii) producti
263 The operation of MACS is described, and automation software is provided to integrate MACS contro
267 nstruction, manual inspection and rule-based automation suffer from low-throughput and insufficient a
270 ic cartridge for holding the PC and an assay automation system that provides a leak-free fluid interf
271 have put considerable effort into developing automation systems to prepare natural biopolymers such a
273 ly invasive surgery, active prosthetics, and automation tasks involving delicate irregular objects.
274 advances in artificial intelligence (AI) and automation technologies have the potential to significan
275 High throughput screening (HTS) is a vital automation technology in biomedical research in both ind
276 low time consumption, and compatibility with automation, the new proposed method could be a suitable
277 design and fabrication techniques, potential automation thereby making it portable and eliminating th
279 lection; adoption of DNA design software and automation to build constructs and libraries more easily
282 ely used genomics tools, parallelization and automation to increase the accuracy and accessibility of
283 mized design of microfluidic channels allows automation to mimic sequential analytical steps in bench
284 mple inputs, paving the way for microfluidic automation to replace robotic library distribution.
286 associations, industry, and governments that automation using digital technology could improve the de
287 o standard data analysis procedures and full automation using scripts, QSoas features a very powerful
292 High-throughput, parallel processing, and automation were achieved through integration of the meta
293 pound screens, infection models, and robotic automation, which are promising to revolutionize the stu
294 transparent approach that supports potential automation with flexibility to incorporate new data sour
295 let control in the muChopper was improved by automation with pneumatic valves, allowing fluorescence
296 storage device to explore the challenges of automation within the constraints of this unique applica
298 n large LC/MS data sets requires significant automation without loss of accuracy in the compound scre