1 lciparum isolates, which represented a major
technical advance.
2 is used to highlight the strengths of these
technical advances.
3 to genomic DNA and thus promises significant
technical advances.
4 remain suboptimal despite pharmacologic and
technical advances.
5 afforded greater safety and efficacy through
technical advances.
6 ment strategies as well as by guiding future
technical advances.
7 Discoveries in science are often related to
technical advances.
8 We review how recent
technical advances across disciplines, including advance
9 Technical advances across neuroscience subfields have ad
10 Here, we review the
technical advances afforded by intravital imaging and th
11 Combining these
technical advances affords the ability to move beyond ob
12 Recent
technical advances allow detection of several hundred vo
13 Recent
technical advances allow for efficient cloning of autoan
14 Recent
technical advances allow for high-throughput study of sp
15 Technical advances allow lower-dose, higher-resolution i
16 Recent
technical advances allow the expression of a genetic alt
17 Technical advances allow use of Type IV enzymes to study
18 Many
technical advances,
among them the development of recomb
19 We also review recent
technical advances and address the challenges of integra
20 In recent years, due to
technical advances and an increasing number of mathemati
21 und of diffusion MRI with an emphasis on the
technical advances and challenges in state-of-the-art mu
22 Overall, the goal of this review is to unify
technical advances and clinical needs for safe and respo
23 This review discusses these
technical advances and describes the new regulatory mech
24 The digital age has brought both
technical advances and ethical quandaries regarding data
25 As a result of
technical advances and improvements in patient selection
26 Technical advances and large-scale data sets have allowe
27 However, the combination of recent
technical advances and new concerns about the safety of
28 e (MR) imaging, has evolved rapidly owing to
technical advances and the application of these to the f
29 Due to
technical advances and the increased medical complexity
30 particularly MRI, has evolved rapidly due to
technical advances and their application to clinical res
31 er presents future milestones from near-term
technical advances and to longer-term visions of scalabl
32 The principles,
technical advances,
and applications are demonstrated.
33 of diagnosis, monitoring of therapy success,
technical advances,
and novel radiopharmaceuticals will
34 This review describes recent applications,
technical advances,
and quality improvements.
35 , selected hypothesis-driven experiments and
technical advances are discussed.
36 We conclude that further
technical advances are essential to allow more widesprea
37 Technical advances are providing new insights into the m
38 s, such as the cortex, will require not only
technical advances but also careful consideration of the
39 Cataract surgery has benefited from great
technical advances but no consensus exists as regards op
40 This
technical advance can contribute to accelerating the exa
41 Our study demonstrates how recent
technical advances can help resolve signatures of key ev
42 The scientific and
technical advances continue to support novel discoveries
43 A number of
technical advances could further improve short- and long
44 These
technical advances,
coupled with the availability of uni
45 field-strength cardiac MR imaging, and other
technical advances discussed in this review.
46 dical imaging has seen substantial and rapid
technical advances during the past decade, including adv
47 This
technical advance enabled detailed observation of sub-ce
48 s standardisation, together with several key
technical advances,
enabled a revolution in the speed an
49 These conceptual and
technical advances expand understanding of artificially
50 In connection with this, we also discuss how
technical advances facilitate a new roadmap for the isol
51 raphene oxide films represents a significant
technical advance for 3D cryo-electron microscopy.
52 alic acid-recognizing proteins and present a
technical advance for assessing specificity using mild p
53 The system is a significant
technical advance for GC-AMS and may be capable of provi
54 The BaseScope assay represents a significant
technical advance for in situ mutation detection that pr
55 These findings constitute a significant
technical advance for synthetic heart development and pr
56 n proteomics in discovery mode is a critical
technical advance for testing the hypothesis that whole
57 n is now possible, representing an important
technical advance for the system.
58 This study demonstrates an important
technical advance for viral vaccine vectors progressing
59 ia germplasm banking with an overview of the
technical advances for feasibility and ensured success.
60 larly in Hirschsprung disease, and fueled by
technical advances for investigating how neural crest-de
61 survival outcomes, as well as the impact of
technical advances for modern endodontics and endodontic
62 range chromatin interactions, several recent
technical advances for region-based tests, and leverages
63 cular and genetic regulators, and harnessing
technical advances for studying PCD events in plants.
64 In spite of significant
technical advances,
genesis and progression of non-small
65 iven forward genetic analyses and innovative
technical advances has conferred zebrafish as a powerful
66 chain reaction, a progression of remarkable
technical advances has driven great strides in our under
67 In the past decade significant
technical advances have allowed an unprecedented explora
68 Numerous clinical and
technical advances have allowed CT colonography to advan
69 Recent
technical advances have allowed direct observation of th
70 ortant aspects of T-cell biology, but recent
technical advances have allowed for the ability to study
71 Recent
technical advances have allowed tracking of some CD8 T c
72 neurons with spatial and temporal precision;
technical advances have been applied to the investigatio
73 Major
technical advances have been essential for the generatio
74 Although significant
technical advances have been made in the past year, this
75 Technical advances have been pursued to address these ch
76 Recent
technical advances have dramatically enhanced our unders
77 access to cross-sectional imaging resources,
technical advances have enabled a range of imaging techn
78 Recent
technical advances have enabled cutting-edge investigati
79 Recent
technical advances have enabled noninvasive measurement
80 Technical advances have enabled the collection of genome
81 on in tropical and subtropical environments,
technical advances have enabled the recovery of ancient
82 We are again at a turning point at which
technical advances have expanded the range of organisms
83 plication has not yet been developed, recent
technical advances have facilitated the ease of neuronal
84 In the last decade,
technical advances have fueled the genome and transcript
85 Recent
technical advances have greatly facilitated G-protein co
86 However, recent
technical advances have greatly improved our ability to
87 Technical advances have improved methods for identifying
88 Other
technical advances have led to a reduction in peritoniti
89 Technical advances have led to stool DNA (sDNA) tests th
90 Technical advances have made direct recordings of neuron
91 Recent
technical advances have made it possible to address the
92 Recent
technical advances have made it possible to analyze cyto
93 Recent
technical advances have made it possible to deliver visu
94 In recent years,
technical advances have made it possible to systematical
95 Recent
technical advances have made possible the visualization
96 nd Arizona illustrate that such analytic and
technical advances have not overcome the basic contradic
97 Technical advances have now made an end-to-end single-us
98 Technical advances have occurred, but image contrast bet
99 ted with lower procedural complications, the
technical advances have outpaced the evaluation of these
100 Recent
technical advances have revealed widespread and sparse m
101 Recent
technical advances have revitalized cell-free expression
102 Recent
technical advances have uncovered the causative mosaic v
103 Despite the many
technical advances,
however, anatomical malformations an
104 This
technical advance in combination with cell biological an
105 MUSTACHE employs scale-space theory, a
technical advance in computer vision, to detect blob-sha
106 A
technical advance in contrast-enhanced magnetic resonanc
107 Using a
technical advance in spatial transcriptomics, we generat
108 ctural biology research and pedagogy, recent
technical advances in 3D printing and electronics make i
109 Combined with
technical advances in antibody engineering, this raises
110 In this study, we report several
technical advances in antibody repertoire sequencing.
111 Technical advances in artificial manipulation of neural
112 During the past 30 years, significant
technical advances in breast reconstruction have increas
113 Despite
technical advances in care that may be offered, many cri
114 Recent
technical advances in chemical tools and redox proteomic
115 Technical advances in computed tomography and magnetic r
116 the role of EUS in pancreatic cancer, recent
technical advances in conjunction with on-site cytopatho
117 Technical advances in contemporary genomics are contribu
118 Technical advances in cryo-electron microscopy have resu
119 embrane biology and biochemistry, as well as
technical advances in cryo-electron microscopy, help us
120 and diffuse lung diseases, as related to key
technical advances in CT and manifested in Radiology.
121 Technical advances in CT have enabled implementation of
122 It examines the
technical advances in deep learning and generative artif
123 Here, we report two
technical advances in DNA nanotechnology and single-mole
124 future, multiscale models that capitalize on
technical advances in experimental biology and high perf
125 Then, considering recent
technical advances in experimental systems and metabolic
126 Technical advances in filter materials enable the acquis
127 tors to conventional FTIR systems and recent
technical advances in FPA technology have allowed the co
128 In the past two decades, however,
technical advances in genetics and brain imaging have pr
129 Recent
technical advances in hardware and software developments
130 Recent
technical advances in hardware and software have allowed
131 With recent
technical advances in hardware, software, and intravenou
132 With
technical advances in human antibody production, clues a
133 Technical advances in image quality and in making the sc
134 Despite extensive
technical advances in imaging methods, it remains challe
135 This review outlines
technical advances in imaging of the small bowel.
136 rapid progress, mainly because of continuous
technical advances in instrumentation that are now enabl
137 have become increasingly popular because of
technical advances in light sources and detectors.
138 In recent years,
technical advances in live-cell imaging and material sci
139 Despite
technical advances in many areas of diagnostic radiology
140 Technical advances in mass spectrometry and systems biol
141 The remarkable
technical advances in mass spectrometry during the last
142 A flurry of recent
technical advances in measuring and quantifying naturali
143 f stem cell metabolism has been supported by
technical advances in metabolite profiling and novel fun
144 is will require the efficient integration of
technical advances in microchemistry, micromachining, se
145 Continued
technical advances in minimally invasive cardiac surgery
146 Technical advances in molecular biology now allow us to
147 Technical advances in mosquito biology are enabling the
148 Technical advances in MRD detection methods in recent ye
149 Recent
technical advances in multidetector computed tomography
150 c isoform expression has been facilitated by
technical advances in multiomics and long-read and singl
151 In addition, we draw insights from recent
technical advances in multiplex static tissue-imaging me
152 We conclude that recent
technical advances in optogenetics should provide a mean
153 Although significant
technical advances in peptide and protein identification
154 Here we review recent
technical advances in quantifying behavior, particularly
155 This review summarizes recent
technical advances in quantitative MRI, existing patholo
156 Technical advances in radiotherapy hold promise for lowe
157 Although there have been extraordinary
technical advances in radiotherapy in recent years, we a
158 We provide several important conceptual and
technical advances in research on the PNS.
159 Technical advances in reverse-genetics, such as RNA inte
160 Technical advances in RNA modification sequencing are be
161 st and bacteria lysis, barcoding of samples,
technical advances in sample preparation for low-yield s
162 roader range of taxa, as well as discuss the
technical advances in sequencing and assembly methods th
163 This endeavor will benefit from
technical advances in simultaneous BOLD and electrophysi
164 Technical advances in simultaneously manipulating multip
165 Recent
technical advances in single-cell analysis have characte
166 Technical advances in single-cell RNA sequencing (scRNA-
167 With recent
technical advances in single-cell RNA sequencing (scRNA-
168 Technical advances in single-cell sequencing data and th
169 Recent
technical advances in single-molecule spectroscopy have
170 Overall, with rapid
technical advances in solid state NMR, there is a bright
171 Despite
technical advances in staging non-small cell lung cancer
172 dioverter defibrillators in pediatrics, (3).
technical advances in standard antibradycardia pacing, a
173 Recent
technical advances in surgical, endovascular, and radiat
174 Stunning
technical advances in the ability to image the human bra
175 In this Review, we discuss recent
technical advances in the determination of RNA structure
176 Extraordinary
technical advances in the field of human genetics over t
177 Technical advances in the field of microbiome research h
178 Major
technical advances in the imaging of live cells have led
179 Despite amazing
technical advances in the investigation, assessment and
180 y over the last decade, focusing on specific
technical advances in the last 18 months.
181 Technical advances in the past 5 years in single-cell ge
182 These advances, combined with
technical advances in the representation of alternative
183 Here we provide a summary of recent
technical advances in the study of nucleic acid modifica
184 We review current conceptual and
technical advances in this area, proposing that devices
185 current genetic treatments, challenges, and
technical advances in this field.
186 Technical advances in treatment of prostate cancer and a
187 However, recent
technical advances in two effector cell assays, i.e., th
188 Technical advances in ultrasound, including high-resolut
189 Recent
technical advances in visualization and live-cell imagin
190 ogress in CTCL classifications combined with
technical advances,
in particular next-generation sequen
191 In the last decade
technical advances,
in the form of new genetic tools and
192 These
technical advances include novel detergents, specialised
193 Recent
technical advances include sample vitrification that fai
194 has surged, giving rise to new knowledge and
technical advances,
including an ability to reconstitute
195 Technical advances,
including functional genomics, metab
196 se whose tumors are considered "inoperable."
Technical advances,
including intraoperative ultrasonogr
197 We also summarize recent
technical advances,
including the growing utilization of
198 The key
technical advance is a new algorithm for computing the s
199 The main
technical advance is to show that all existing combinati
200 Convergence of multiple
technical advances is highlighted as a prerequisite for
201 In step with
technical advances is the need to establish experimental
202 rtunities to develop SynCom research through
technical advances,
linking to field studies, and fillin
203 Not surprisingly given recent
technical advances,
low-grade gliomas (LGGs), which aris
204 in cancer patients in the context of recent
technical advances made in digital mutation detection.
205 Technical advances made in the 1980s and early 1990s res
206 This review discusses
technical advances made in the field of hip imaging, cov
207 Finally, we discuss how recent
technical advances may provide new insights into mechani
208 The confluence of
technical advances may significantly impact synthetic bi
209 Finally, we discuss the
technical advances necessary to make our system scalable
210 achieving 1-A instrumental stability and the
technical advances necessary to overcome these issues.
211 Despite
technical advances,
neurologic sequelae continue to occu
212 Technical advances now allow for the investigation of th
213 Recent
technical advances now allow mechanistic studies to move
214 Remarkable
technical advances now allow us to probe RNA secondary s
215 Technical advances now make it possible to characterize
216 A series of
technical advances now offer genetic and immunological t
217 Recent
technical advances now permit the resolution of systems-
218 idney donation has also been fostered by the
technical advance of laparoscopic nephrectomy and immuno
219 nding circuit dynamics, despite the enormous
technical advances of the recent past.
220 A major
technical advance offered by these proteins is the abili
221 clinical setting, including incorporation of
technical advances on clinical units.
222 widespread attention in recent years due to
technical advances on numerous fronts, enabling traditio
223 Technical advances on several frontiers have expanded th
224 conventional workflows remain, and continued
technical advances open entirely novel opportunities for
225 en associated with the introduction of a new
technical advance or the development of a new biological
226 olution using CDSeq represents a substantial
technical advance over partial deconvolution approaches
227 Technical advances over the past two decades have enable
228 We further describe the
technical advances overcoming current limitations in XR
229 These
technical advances parallel with the development of nove
230 This
technical advance paves the way for more widespread use
231 Recent
technical advances,
primarily the atomic force microscop
232 In conclusion, evolving pharmacological and
technical advances promise to improve the treatment of a
233 We argue that recent conceptual and
technical advances provide exciting new opportunities to
234 s review addresses the biological rationale,
technical advances,
recent clinical performance data, an
235 As
technical advances reduce the processing and sequencing
236 We discuss recent
technical advances regarding nucleosome structure and it
237 Technical advances required to detect tiny changes in fl
238 Still, despite the
technical advances seen in the last decades, the Interna
239 These conceptual and
technical advances should assist future processing of wh
240 rgical planning, although methodological and
technical advances should make this possible in the near
241 sing a conventional patch-clamp rig, and the
technical advances shown in this work greatly accelerate
242 Technical advances since completion of this trial might
243 The generation of such data will, thanks to
technical advances,
soon become commonplace.
244 Technical advances such as neuronavigation techniques an
245 Technical advances such as photon counting detectors and
246 Technical advances such as the tibiopedal access and ree
247 Recent
technical advances,
such as population PK/PD modeling an
248 Recent
technical advances,
such as single-cell omics and the de
249 Technical advances suggest that genetic engineering in m
250 Technical advances surrounding the 'omics' revolution ar
251 This study provides a
technical advance that will facilitate the study and era
252 This debate is increasingly constrained by
technical advances that allow central synapses to be stu
253 ed undruggable because of the conceptual and
technical advances that allow inhibitors to be generated
254 In this article, we describe some of the
technical advances that allowed the development of human
255 ral years have seen important scientific and
technical advances that are changing our understanding o
256 f existing approaches and the conceptual and
technical advances that are needed to move forward this
257 may not know much about the discoveries and
technical advances that are now taken for granted, to sh
258 etse flies are summarised, along with recent
technical advances that can now be used to provide some
259 This review summarizes how new
technical advances that enable cell type-specific manipu
260 In particular,
technical advances that enable genome-wide profiling of
261 Recent
technical advances that enable the generation of a quant
262 With
technical advances that gave sub-nanometer detectability
263 Despite
technical advances that have facilitated the treatment o
264 ar spin qubits will combine readily with the
technical advances that have led to larger arrays of ind
265 This review describes recent
technical advances that might be able to address these l
266 Technical advances that show considerable promise for ad
267 Here, we first contribute two
technical advances that significantly reduce AMA's compu
268 Despite continuous
technical advances that substantially improved patients'
269 nsic membrane proteins and summarizes recent
technical advances that will enable these methods to be
270 We also highlight new
technical advances that will facilitate the efforts to e
271 Despite
technical advances,
the future of chromatin mapping stud
272 With recent
technical advances,
the rate of generating new organelle
273 Because of recent
technical advances,
these findings can now be leveraged
274 developed an exciting
technical advance to examine intracellular adenosine tri
275 ior work has successfully applied optics and
technical advances to achieve precise visualization in l
276 s of high-risk plaque features, coupled with
technical advances to enable prognostic characterization
277 Here, we present a series of
technical advances to enhance the utility of the BRET as
278 Rapid
technical advances to measure and manipulate both genoty
279 review the current literature evaluating the
technical advances to optimize continence recovery follo
280 Here, we leverage
technical advances to resolve the individual protein com
281 Exploiting
technical advances toward real-time phase-contrast MRI,
282 sterile rhizosphere soil, which represents a
technical advance towards the establishment of causal re
283 We present a
technical advance,
ultrathick sectioning, which reliably
284 Combining several
technical advances,
we developed an optical BCI (oBCI) d
285 Through this combination of experimental and
technical advances,
we have developed a method allowing
286 With these
technical advances,
we were able to directly visualize v
287 Recent conceptual and
technical advances will impact the clinical approach to
288 Integrated PET/MRI is a welcome
technical advance with great potential to influence the