1 Second primary cancers (SPCs)
are becoming a common cancer entity, which may interfere
2 UV-C light-emitting diodes (UV-C LEDs)
are becoming a competitive disinfection technology but a
3 have received considerable attention as they
are becoming a formidable tool in the toolbox of organic
4 ost medicines, so MR studies of drug targets
are becoming a fundamental tool in drug development.
5 ts with multiple drugs, adverse events (AEs)
are becoming a major challenge in drug discovery and pub
6 oes including zika, dengue, and chikungunya,
are becoming a serious problem in global public health.
7 Polygenic scores (PSs)
are becoming a useful tool to identify individuals with
8 systems for automatic DNA-BP classification
is becoming a crucial proteomic technology.
9 Use of smokeless tobacco
is becoming a global cause of concern, requiring a great
10 -negative bacteria resistance to antibiotics
is becoming a global problem, and new classes of antibio
11 Thus, radiotherapy
is becoming a key component of multimodal therapy for ma
12 Nonalcoholic fatty liver disease (NAFLD)
is becoming a major health issue as obesity increases ar
13 Computational spectroscopy
is becoming a mandatory tool for the interpretation of t
14 Metabolomics
is becoming a mature part of analytical chemistry as evi
15 Arctic is a bellwether for global change and
is becoming a model for questions pertinent to the persi
16 Dolutegravir (DTG)-based dual therapy
is becoming a new paradigm for both the initiation and m
17 In some specialties, immunogenicity testing
is becoming a part of routine clinical management, but d
18 Scanning ion conductance microscopy (SICM)
is becoming a powerful multifunctional tool for probing
19 lecular characterization of simarteriviruses
is becoming a priority in arterivirology.
20 that the introduction of effective therapies
is becoming a realistic prospect.
21 cision, medicine in type 2 diabetes mellitus
is becoming a reality with new insights into the contrib
22 re through consumption of contaminated crops
is becoming a serious concern for human health.
23 heimer's disease (AD) increases with age and
is becoming a significant cause of worldwide morbidity a
24 iving longer and reaching older ages, cancer
is becoming a substantial public health problem.
25 Restoration
is becoming a vital tool to counteract coastal ecosystem
26 enza invasive pulmonary aspergillosis, which
is becoming a well-recognized clinical problem, typicall
27 pression of their targets (i.e., TF regulon)
is becoming a widely used approach to characterize the f
28 portant source of genetic diversity as maize
was becoming a staple grain in Central and Mesoamerica.
29 ortant to exploit multiple data streams that
are becoming abundantly available during the pandemic.
30 Direct-acting antivirals (DAAs)
are becoming accessible in sub-Saharan Africa.
31 ion, a characteristic of living systems that
is becoming accessible to reconstitution from purified c
32 High-entropy alloys and compounds
are becoming an important class of new materials due to
33 EVs
are becoming an important target for identifying circula
34 Orbital floor fractures
are becoming an increasingly common and costly injury in
35 Nature-based solutions
are becoming an increasingly important component of sust
36 Patient-reported outcomes
are becoming an increasingly important marker of the qua
37 While antibodies
are becoming an increasingly important therapeutic class
38 Therefore, they
are becoming an increasingly important tool in analytica
39 Synthetic DNA
is becoming an attractive substrate for digital data sto
40 In particular, Hi-C sequencing
is becoming an economical method for generating chromoso
41 inistered at high doses in single infusions,
is becoming an effective alternative in an increasing nu
42 Facing what
is becoming an environmental issue, chemists are current
43 Obesity
is becoming an epidemic in the United States and worldwi
44 Nowadays, this
is becoming an important technological issue, which may
45 Manipulation of host ubiquitin signaling
is becoming an increasingly apparent evolutionary strate
46 rate of approximately 10% in the USA, and it
is becoming an increasingly common cause of cancer morta
47 Resourcing real-world evidence (RWE)
is becoming an increasingly important asset in developin
48 seful tool for investigating C. auris, which
is becoming an increasingly important human fungal patho
49 Deep learning
is becoming an increasingly important tool for image rec
50 Water
is becoming an increasingly precious resource across the
51 natural and human habitats due to wildfires
is becoming an increasingly prevalent global issue.
52 arge high-quality datasets, machine learning
is becoming an integral part of understanding and engine
53 Precision medicine
is becoming an overarching medical discipline that will
54 It
is becoming apparent that among the numerous IDPs that i
55 However, it
is becoming apparent that nucleation is often more compl
56 However, it
is becoming apparent that plant species display high lev
57 It
is becoming apparent that quiescent NSCs exhibit heterog
58 of the true nature of biological complexity
is becoming apparent, which we attempt to capture for th
59 They
are becoming applicable to a wide range of plant species
60 Yet, extreme wet episodes, which
are becoming as severe and frequent as droughts, are ove
61 ncing datasets from trios of diploid genomes
are becoming available.
62 e genome that involve multiple Hi-C datasets
are becoming available.
63 re well positioned to address this challenge
are becoming available.
64 tion of therapies targeting tumor metabolism
is becoming available for treating glioma.
65 therapy for Leber congenital amaurosis (LCA)
is becoming available, and therefore it is crucial to id
66 tools for measuring the human brain at work
were becoming available.
67 sociated with Staphylococcus aureus biofilms
are becoming better understood.
68 ted transporter activity of class I proteins
is becoming better understood, class III protein functio
69 Although the protein composition of the IMC
is becoming better understood, the protein-protein assoc
70 aracterization of host response to infection
are becoming central in sepsis recognition and managemen
71 terials science, and their role in catalysis
is becoming central.
72 results, discuss ideas and share techniques
is becoming central.
73 anometers, characterization of the materials
is becoming challenging for commonly used methods.
74 It
is becoming clear that alterations to HEV network densit
75 r diversity present within the human CNS, it
is becoming clear that an understanding of this diversit
76 It
is becoming clear that both innate and adaptive immune r
77 encing data become more widely available; it
is becoming clear that certain tumors share evolutionary
78 At the same time, it
is becoming clear that in many of these data sets in whi
79 It
is becoming clear that many of the existing culture mode
80 mitophagy has boomed in recent years, and it
is becoming clear that mitophagy is a complex and multi-
81 In conclusion, it
is becoming clear that PRS have value in disease risk pr
82 It
is becoming clear that resilience involves active and un
83 sing new molecular and imaging approaches it
is becoming clear that RNA should be considered an integ
84 It
is becoming clear that several human pathologies are cau
85 It
is becoming clear that specific, well-motivated hierarch
86 However, it
is becoming clear that the biology of glucagon is much m
87 It
is becoming clear that the cardiologist needs both to co
88 Rather than being used in isolation, it
is becoming clear that their value is maximized when the
89 rom RNAs previously considered noncoding, it
is becoming clear that these initial assumptions are inc
90 y significance of DUB-E3 interactions and it
is becoming clear that they play important but complicat
91 or their function in cell elongation, but it
is becoming clear that they play major roles in plant gr
92 gement of long-term parasite elimination, it
is becoming clear that transmission models are most usef
93 nderlying the formation of a sperm reservoir
are becoming clearer in mammals.
94 many of the underlying signaling mechanisms
are becoming clearer, the binding mode, kinetics, and se
95 ng of carboxylate ions across cell membranes
are becoming clearer.
96 ethodologies, the path from gene to function
is becoming clearer and cleaner.
97 Instrumental variable (IV) analyses
are becoming common in health services research and epid
98 Analytical treatment interruption (ATI)
is becoming common in human immunodeficiency virus (HIV)
99 es, severe and prolonged episodes of drought
are becoming commonplace throughout North America.
100 , longitudinal, and other correlated designs
are becoming commonplace, and these studies offer immens
101 Cardiac imaging
is becoming commonplace throughout radiology practices a
102 strategies to introduce risk-based vaccines
are becoming complex due to increasing intracountry vari
103 Top-down mass spectrometry methods
are becoming continuously more popular in the effort to
104 pecific and simple quantitation of microRNAs
are becoming crucial enablers of early diagnosis and the
105 It
is becoming crucial to establish whether the expression
106 r free" food products is important as people
are becoming diabetic health conscious.
107 These medications
are becoming essential tools for cardioprotection for pa
108 Computer programming
is becoming essential across fields.
109 Artificial intelligence (AI)
is becoming established in drug discovery.
110 ese adverse conditions on plant productivity
are becoming ever more alarming in recent years in light
111 Similar functions
are becoming evident for metabolic inflammatory syndrome
112 that greatly enhance HIV-1 transmission, it
is becoming evident that most DC subsets also have virus
113 Whole-exome and whole-genome sequencing
are becoming financially feasible but raise or exacerbat
114 Together, these neuroimmune interactions
are becoming hallmarks of and potential therapeutic targ
115 The exploration of by-products
is becoming important for the obtainment of valuable bio
116 However, this traditional approach
is becoming inadequate for dealing with a changing disea
117 Hospital quality measures
are becoming increasingly accessible at a time when pati
118 D genome alterations and disease development
are becoming increasingly apparent.
119 s in branching mechanisms between each organ
are becoming increasingly apparent.
120 obe tomography (APT)-based isotopic analyses
are becoming increasingly attractive for analysis applic
121 atasets with many spatial sequencing samples
are becoming increasingly available, enabling the infere
122 sequencing and bisulfite sequencing studies,
are becoming increasingly common and increasingly large.
123 Effluent-dominated streams
are becoming increasingly common in temperate regions an
124 We find that temperatures above 35 degrees C
are becoming increasingly common in the southeast, while
125 he disease, complications of cystic fibrosis
are becoming increasingly common.
126 ing deuterium ((2)H) atoms at chiral centres
are becoming increasingly desirable targets for pharmace
127 Treatment decisions for CMV reactivation
are becoming increasingly difficult and must take into a
128 cause life-threatening infections in humans
are becoming increasingly difficult to treat.
129 cal pathogens such as Staphylococcus aureus,
are becoming increasingly drug-resistant.
130 Such applications
are becoming increasingly feasible with the development
131 Human-wildlife encounters
are becoming increasingly frequent across the globe, oft
132 btle changes to their appended substituents,
are becoming increasingly important and should be consid
133 These models
are becoming increasingly important in human disease res
134 On the other hand, satisfaction studies
are becoming increasingly important in the evaluation of
135 gents (also termed biologics or biologicals)
are becoming increasingly important in the treatment of
136 Literacy and understanding of AI/ML methods
are becoming increasingly important to researchers and c
137 with disease pathogenesis and/or progression
are becoming increasingly important.
138 or of transcription pathway have emerged and
are becoming increasingly important.
139 al health today; conventional drug therapies
are becoming increasingly inefficacious and limited.
140 Social robots
are becoming increasingly influential in shaping the beh
141 Wheat breeders, producers, and end-users
are becoming increasingly interested in wheats with high
142 d decreased federal funding, medical schools
are becoming increasingly involved with large, expanding
143 approaches to modeling of epidemiologic data
are becoming increasingly more prevalent in the literatu
144 Metabolomics and lipidomics studies
are becoming increasingly popular but available tools fo
145 herichia coli lacking Release Factor 1 (RF1)
are becoming increasingly popular expression hosts for G
146 These devices
are becoming increasingly popular for continuous monitor
147 Machine learning algorithms
are becoming increasingly popular for decoding psycholog
148 from genome-wide association studies (GWASs)
are becoming increasingly popular.
149 e also discuss emerging toxins ('foes') that
are becoming increasingly prevalent in a range of contex
150 Printing techniques
are becoming increasingly prevalent in modern manufactur
151 Both
are becoming increasingly prevalent in the United States
152 Computerized decision support systems
are becoming increasingly prevalent with advances in dat
153 e fields at biologically relevant timescales
are becoming increasingly promising.
154 oteins in signaling, development, and cancer
are becoming increasingly recognized.
155 noma (HCC) in contemporary clinical practice
are becoming increasingly related to sustained virologic
156 As antibiotic consumption grows, bacteria
are becoming increasingly resistant to treatment.
157 ver, while changes in peripheral blood cells
are becoming increasingly understood, the host responses
158 These model systems
are becoming increasingly used as artificial cell chassi
159 (ee), diastereomeric excess (de), and yield
are becoming increasingly useful as assays for differing
160 e cause(s) of ASD remain largely unknown, it
is becoming increasingly apparent that ASD can no longer
161 g tens to thousands of rearrangements and it
is becoming increasingly apparent that chromothripsis oc
162 It
is becoming increasingly apparent that pathogens success
163 It
is becoming increasingly apparent that secondary infecti
164 iquity of interbacterial antagonism pathways
is becoming increasingly apparent, and the insidious man
165 n and communication, the importance of which
is becoming increasingly apparent.
166 f microenvironmental factors impacting ILC2s
is becoming increasingly apparent.
167 tically and developmentally equivalent cells
is becoming increasingly appreciated.
168 "Cell therapy"
is becoming increasingly available to the public via onl
169 lastic leukemia, and their prognostic impact
is becoming increasingly better understood.
170 In the tumor microenvironment, it
is becoming increasingly clear that aberrantly expressed
171 It
is becoming increasingly clear that distinct sources of
172 It
is becoming increasingly clear that longer duration of u
173 sting therapeutics will improve outcomes, it
is becoming increasingly clear that new approaches to un
174 VEGF in CNV has been studied extensively, it
is becoming increasingly clear that other factors likely
175 It
is becoming increasingly clear that proteins long-consid
176 It
is becoming increasingly clear that unconventional T cel
177 olling bacterial physiology and pathogenesis
is becoming increasingly clear.
178 While it
is becoming increasingly common for transgender and gend
179 Large-scale energy storage
is becoming increasingly critical to balancing renewable
180 ketamine on the brain circuitry and networks
is becoming increasingly critical.
181 Quantitative microscopy
is becoming increasingly crucial in efforts to disentang
182 Thus, it
is becoming increasingly crucial that we concentrate our
183 Biomedical research
is becoming increasingly data driven.
184 Control of gonorrhoea
is becoming increasingly difficult, due to widespread an
185 zed by Vdelta1-expressing gammadelta T cells
is becoming increasingly diverse.
186 It
is becoming increasingly evident that reactive oxygen sp
187 It
is becoming increasingly evident that small changes in t
188 e lithium-ion battery (LIB) recycling market
is becoming increasingly important because of the widesp
189 platform chemicals from renewable feedstocks
is becoming increasingly important due to concerns on en
190 The study of cerebral microvessels
is becoming increasingly important in a wide variety of
191 Artificial intelligence
is becoming increasingly important in dermatology, with
192 The use of such rules
is becoming increasingly important in the context of syn
193 Incorporating optical cavities in ion traps
is becoming increasingly important in the development of
194 ionally feasible and cost-effective approach
is becoming increasingly important to extract or filter
195 populations decline across the Caribbean, it
is becoming increasingly important to understand the for
196 ognitive markers of Alzheimer's disease (AD)
is becoming increasingly important.
197 rsity conservation in transformed landscapes
is becoming increasingly important.
198 ic acid sequences at the point-of-care (PoC)
is becoming increasingly in demand for a variety of emer
199 Since it
is becoming increasingly inexpensive to obtain genotype
200 t.SIGNIFICANCE STATEMENT The common marmoset
is becoming increasingly popular as an additional precli
201 medicine, direct-to-consumer genetic testing
is becoming increasingly popular, and clinicians should
202 The organic cultivation of fruits
is becoming increasingly popular.
203 Marijuana
is becoming increasingly potent, and smoking marijuana c
204 Artificial intelligence (AI)
is becoming increasingly present in radiology and health
205 anisms supporting human-machine interactions
is becoming increasingly pressing.
206 gue, an infectious disease of livestock that
is becoming increasingly prevalent due to the onset of c
207 d for lightweight, miniature imaging systems
is becoming increasingly prevalent in light of the devel
208 within a host and their collective genomes,
is becoming increasingly recognised for its influence on
209 It
is becoming increasingly recognised that disordered prot
210 ons, but cooperativity through DNA structure
is becoming increasingly recognized as an additional mec
211 efects in defining the behavior of cellulose
is becoming increasingly recognized.
212 ystems operating at 2.4 and 5.9 gigahertz(8)
is becoming increasingly ubiquitous and would be ideal t
213 s were cognitively inferior to modern humans
is becoming increasingly untenable.
214 s to combat this age-related cardiac decline
is becoming increasingly urgent as the elderly populatio
215 The pathobiology of sepsis
is becoming increasingly well understood and clinically
216 Superresolution microscopy
is becoming increasingly widespread in biological labs.
217 Thermoelectric technologies
are becoming indispensable in the quest for a sustainabl
218 nd the quantification of surface information
are becoming key issues for determining the performance
219 onments are polluted with nano-scale objects
is becoming known, we are presented with an urgent need
220 most abundant arctic invertebrate predators,
are becoming larger and therefore more fecund.
221 ral diseases are rising around the world and
are becoming major threats to global health, food securi
222 plant surgeon, psychologist and psychiatrist
is becoming mandatory to properly evaluate the candidate
223 However, as advanced EES systems
are becoming more and more sophisticated, the methodolog
224 ar complications and rehabilitation concerns
are becoming more apparent.
225 es in vitro and in vivo Peptide therapeutics
are becoming more common, with over 60 FDA-approved pept
226 mmer temperatures and extreme weather events
are becoming more common.
227 Further, wildfires
are becoming more commonplace in areas that historically
228 s monitoring and enforcement challenges that
are becoming more complex as fish stocks are depleted; a
229 ility, assays to identify off-target editing
are becoming more comprehensive and sensitive.
230 igher specimen volumes and understaffing and
are becoming more consolidated.
231 tic events including marine heatwaves (MHWs)
are becoming more frequent and severe in the Anthropocen
232 tripled worldwide since 1975 as environments
are becoming more obesogenic.
233 iologists for impending pathologic fractures
are becoming more pertinent, as patients with metastatic
234 Preprints in biology
are becoming more popular, but only a small fraction of
235 As people live longer, ages at death
are becoming more similar.
236 gulations on ambient particulate matter (PM)
are becoming more stringent because of adverse health ef
237 ing that the mites or their vectored viruses
are becoming more virulent.
238 ing (WES) and whole genome sequencing (WGS),
is becoming more affordable and its use in the detection
239 lly, a high prevalence of retinal toxicities
is becoming more and more an issue of novel targeted the
240 ndrial genomes, a detailed manual annotation
is becoming more and more infeasible.
241 Everything we do today
is becoming more and more reliant on the use of computer
242 Furthermore, it
is becoming more apparent that the connection between gu
243 nificant strides in treating disease, but it
is becoming more apparent that we need to advance our kn
244 ing heat waves, droughts, and high rainfall,
is becoming more common and affecting a diversity of spe
245 s intestinalis, and potentially gas gangrene
is becoming more common and was utilized effectively in
246 ) treatment of municipal wastewater effluent
is becoming more common as water reuse is implemented in
247 is expanding, and ozonation for water reuse
is becoming more common, either as a preoxidant before m
248 Genome modification in phages
is becoming more commonly reported as analytical techniq
249 MALDI-TOF MS
is becoming more commonplace for the genus- and/or speci
250 ated beta-lactam resistance in staphylococci
is becoming more complex as species-specific differences
251 t specialized metabolism in nonmodel species
is becoming more feasible than ever before.
252 deling methods in environmental compartments
is becoming more frequent, the whole-body burden (i.e.,
253 apidly than it evolves, the viral population
is becoming more homogeneous, with a median of seven nuc
254 s, and emissions, indicate that the peatland
is becoming more methanogenic with warming.
255 nanoparticles (NPs) in environmental samples
is becoming more popular.
256 Electrocorticography (ECoG)
is becoming more prevalent due to improvements in fabric
257 ic technology advances, quantitative imaging
is becoming more prevalent in clinical practice.
258 the COVID-19 critical illness course, which
is becoming more prevalent.
259 pathogenesis and lacks a curative treatment,
is becoming more prevalent.
260 ful tool for protein expression analysis and
is becoming more readily available to researchers throug
261 Heterochromatin
is becoming more recognized in tumor suppression and may
262 e of e-cigarette use, teen nicotine exposure
is becoming more widespread.
263 'Tango' mandarin
is becoming one of the most demanded varieties in the Me
264 activity at high spatio-temporal resolution
are becoming paramount in neuroscience.
265 Skin-targeting microscale medical devices
are becoming popular for therapeutic delivery and diagno
266 As our science progresses, it
is becoming possible to apply the principles of populati
267 tional, analytical, and field approaches, it
is becoming possible to better assess and understand all
268 timation and selection for gametic variation
is becoming possible.
269 dable and readily available microelectronics
are becoming prevalent in teaching laboratories however
270 monstrates that the research on the MGBA has
been becoming progressively more extensive at global lev
271 udy suggest that ongoing HIV-1 recombination
is becoming progressively complex in China, and lots of
272 ional context, emergent ecosystem properties
are becoming quite promising as they have been demonstra
273 Current available analysis tools
are becoming rapidly outdated as they lack sensible func
274 Plasma/serum HA level
is becoming recognized as a biomarker of endothelial gly
275 Atom scattering
is becoming recognized as a sensitive probe of the elect
276 Analysis of mutational signatures
is becoming routine in cancer genomics, with implication
277 Because sequencing
is becoming routine in the clinic, ongoing research is n
278 of which the underlying molecular principles
are becoming slowly elucidated.
279 Because automated systems
are becoming so crucial to access to health, researchers
280 h 1 (PD-1) partially reverse this effect and
are becoming standard of care in an increasing number of
281 tained, and increasing proportions of adults
are becoming susceptible to diphtheria.
282 Noncoding small RNAs, such as microRNAs,
are becoming the biomarkers of choice for multiple disea
283 sses associated with ubiquitination pathways
are becoming the focus of intense drug-discovery efforts
284 Immunotherapy
is becoming the mainstay for treatment of a variety of m
285 y, especially in western countries, where it
is becoming the most frequent indication for liver trans
286 Cryo-electron microscopy (cryoEM)
is becoming the preferred method for resolving protein s
287 embrane antigen (PSMA)-targeting PET imaging
is becoming the reference standard for prostate cancer s
288 ome applications retrieving related proteins
is becoming too time-consuming.
289 Gold (Au) colloids
are becoming ubiquitous across biomedical engineering, s
290 Human-based modelling and simulations
are becoming ubiquitous in biomedical science due to the
291 the analysis of large genomic datasets that
are becoming ubiquitous.
292 AI
is becoming ubiquitous, revolutionizing many aspects of
293 mbly pathways of most intracellular machines
are becoming understood in considerable detail.
294 ices, developed during the green revolution,
are becoming unsustainable, especially in the face of cl
295 DNA-inspired systems
are becoming useful for numerous applications unachievab
296 our understanding of these secondary effects
is becoming vital now that FUS-BBB opening treatments ha
297 Preprints
are becoming well established in the life sciences, but
298 As high-performance computing systems
are becoming widely accessible, it is highly desired tha
299 It
is becoming widely appreciated that human perceptual dec
300 ting brain function to behavior, and its use
is becoming widespread in neuroscience.