1 for procedural sedation are likely to change
in the coming 2-5 years.
2 Climate change
in the coming centuries will be characterized by interan
3 In the coming centuries, reefs will run the gauntlet of
4 temperatures rise and deoxygenation proceeds
in the coming centuries, the volume of aerobically viabl
5 re important in subalpine forest communities
in the coming centuries.
6 expected to occur with increasing frequency
in the coming century - can stress and ultimately kill n
7 in the nutrient supply to the euphotic layer
in the coming century as a result of increased thermal s
8 In the coming century, anthropogenic climate change will
9 ted to be focused in the northern hemisphere
in the coming century, these results provide a prehistor
10 dicted an increase in potential wetland area
in the coming century, with areas conducive to forested
11 nderstory herbs are likely to become extinct
in the coming century.
12 ilate all the anthropogenically produced CO2
in the coming century.
13 50 years) and will cause precipitous changes
in the coming century.
14 ght challenges facing Earth's soil resources
in the coming century.
15 esents the greatest opportunity for research
in the coming century.
16 dicine will continue to transform healthcare
in the coming decade as it expands in key areas: huge co
17 d and reliable biologic markers hold promise
in the coming decade for developing and achieving neurop
18 state of the art and priorities for research
in the coming decade in the field of imaging and advance
19 Management of newly diagnosed CML patients
in the coming decade will begin to resemble antibiotic t
20 andest challenges for global human nutrition
in the coming decade(s).
21 In the coming decade, astronauts will travel back to the
22 In the coming decade, the ability to sense and detect th
23 In the coming decade, we anticipate systematic enhancer
24 In the coming decade, we anticipate the development of h
25 al disease is likely to expand significantly
in the coming decade, with enormous public health impact
26 This recovery is projected to continue
in the coming decade.
27 ise childhood pneumonia and diarrhoea deaths
in the coming decade.
28 t be the overarching objective for the field
in the coming decade.
29 above the age of 65 is projected to increase
in the coming decade.
30 to advance our understanding of development
in the coming decade.
31 pathways promise to further improve outcome
in the coming decade.
32 al research that promise to be revolutionary
in the coming decade.
33 ding will emerge for other synaptic proteins
in the coming decade.
34 promise that antiproliferative therapy holds
in the coming decade.
35 gative phase may accelerate BKS sea ice loss
in the coming decade.
36 rs to propel the field of precision oncology
in the coming decade.
37 of care for a number of devastating diseases
in the coming decade.
38 ing is poised to revolutionize clinical care
in the coming decade.
39 cybin and MDMA may become approved medicines
in the coming decade.
40 ention, as large volumes of LIBs will retire
in the coming decade.
41 ic insight that may be gained in these areas
in the coming decade.
42 many new biosimilars come onto the US market
in the coming decade.
43 central in autoinflammatory disease research
in the coming decade.
44 om the noise of internal climate variability
in the coming decade.
45 uch better understanding of planet formation
in the coming decade.
46 rol or eliminate neglected tropical diseases
in the coming decade.
47 HCC), whose incidences are predicted to rise
in the coming decade.
48 of low earth orbit satellites are projected
in the coming decades [L.
49 likely to decouple these keystone structures
in the coming decades and are likely to have considerabl
50 n their ability to simulate such variability
in the coming decades and centuries.
51 nd how much mariculture impacts could change
in the coming decades and identify pathways for countrie
52 iding additional smoking-attributable burden
in the coming decades and to ensure that the gains won o
53 can contribute toward greater food security
in the coming decades as world population increases.
54 tration by the biological pump could decline
in the coming decades because respiration tends to incre
55 ition has the potential to advance the field
in the coming decades by providing a better understandin
56 rice-growing counties to predict production
in the coming decades for Composite Variety Groups assem
57 Most global population growth
in the coming decades is expected to occur in urban area
58 Prediction of monsoon changes
in the coming decades is important for infrastructure pl
59 A major challenge
in the coming decades is to understand how these machine
60 The literature to date indicates that
in the coming decades MC can play an important role in d
61 These developments presage the emergence
in the coming decades of a new nosology, certainly in ne
62 uency and intensity of ENSO events predicted
in the coming decades threatens a pan-tropical collapse
63 er site is a net decrease in C sequestration
in the coming decades to centuries.
64 in a robust set of phytoplankton time series
in the coming decades to improve signal-to-noise ratios
65 reliance on food imports is expected to grow
in the coming decades to meet the population's demand, p
66 el structural uncertainty in projecting UHWs
in the coming decades under climate change.
67 ur today and to those that will likely occur
in the coming decades under climate change.
68 In the coming decades, a crucial challenge for humanity
69 In the coming decades, cancer will be a major clinical a
70 In the coming decades, climate change is expected to dra
71 In the coming decades, continued population growth, risi
72 ns, which will become increasingly prevalent
in the coming decades, highlights the likelihood of nega
73 In the coming decades, in vitro biomass cultivation coul
74 contemporary trends are expected to continue
in the coming decades, leading to increasing phosphorus
75 In the coming decades, maintaining a steady food supply
76 Particularly
in the coming decades, more possibilities for personaliz
77 As nutrient pollution intensifies
in the coming decades, the implications for aquatic gree
78 s of species are expected to expand abruptly
in the coming decades, thereby highlighting the urgency
79 oblems with water are expected to grow worse
in the coming decades, with water scarcity occurring glo
80 erating heat-induced damage to grain quality
in the coming decades, without significantly increasing
81 missions mitigation in the aluminum industry
in the coming decades.
82 romically defined neurodegenerative diseases
in the coming decades.
83 ndy onto the coast will become more frequent
in the coming decades.
84 y available or expected to be commercialized
in the coming decades.
85 map for sustainable water management and use
in the coming decades.
86 ity and disability are projected to increase
in the coming decades.
87 al restoration targets will be unsustainable
in the coming decades.
88 rheumatologists is expected to exceed supply
in the coming decades.
89 isei River, and ultimately the Arctic Ocean,
in the coming decades.
90 .8 Tg of P fertiliser use (US$ 20.8 billion)
in the coming decades.
91 perience a doubling of the drought frequency
in the coming decades.
92 n lower- and middle-income countries (LMICs)
in the coming decades.
93 rhaps irreversibly, the surface of the Earth
in the coming decades.
94 ge of the world population rapidly increases
in the coming decades.
95 elp the nation meet its growing food demands
in the coming decades.
96 s likely that they will be used increasingly
in the coming decades.
97 lth problems today and is expected to worsen
in the coming decades.
98 ojected to reach a seasonally ice-free state
in the coming decades.
99 ted to reduce overall Black mortality by 30%
in the coming decades.
100 cases in economically vulnerable populations
in the coming decades.
101 o increasing seawater temperatures predicted
in the coming decades.
102 research can contribute to crop improvement
in the coming decades.
103 ble implications on the sea-level rise rates
in the coming decades.
104 OC weakening with associated climate impacts
in the coming decades.
105 owing health challenge projected to escalate
in the coming decades.
106 le colliders or those likely to be available
in the coming decades.
107 te change effects will dramatically increase
in the coming decades.
108 residential energy demand and GHG emissions
in the coming decades.
109 d insecurity by reducing agricultural yields
in the coming decades.
110 crucially to climate change mitigation plans
in the coming decades.
111 ble carbon neutrality, are expected to surge
in the coming decades.
112 limatic conditions similar to those expected
in the coming decades.
113 to the increasingly arid conditions expected
in the coming decades.
114 s of stormwater pollution and urban flooding
in the coming decades.
115 tates is projected to increase substantially
in the coming decades.
116 ement challenges are unlikely to be resolved
in the coming decades.
117 es over some identifiable East Asian regions
in the coming decades.
118 DMS concentrations are predicted to decrease
in the coming decades.
119 number that is expected to markedly increase
in the coming decades.
120 ice losses and overall meltwater production
in the coming decades.
121 ed ecosystem processes and human livelihoods
in the coming decades.
122 predict how teaching epidemiology will look
in the coming decades.
123 nteract with climate change impacts on biota
in the coming decades.
124 and that this gap in availability will widen
in the coming decades.
125 ase in the relative risk of these infections
in the coming decades.
126 ected to rupture in a magnitude 8 earthquake
in the coming decades.
127 capabilities could enhance species diagnosis
in the coming decades.
128 Major advances in crop yields are needed
in the coming decades.
129 antially higher risk of climate-driven fires
in the coming decades.
130 nse to a problem that is projected to worsen
in the coming decades.
131 potential for major ecosystem reorganization
in the coming decades.
132 eeded to meet the escalating demand for food
in the coming decades.
133 ous forests by up to 17% (0.04 Pg C yr(-1) )
in the coming decades.
134 pid climate change predicted for this region
in the coming decades.
135 dividuals and an estimated 20 million deaths
in the coming decades.
136 edented climatic warming in tropical regions
in the coming decades; however, in situ field warming st
137 In the coming era of tobacco research, pooled talent fro
138 In the coming few years, substantial improvements in 3-T
139 ukaryotic species that will become available
in the coming few years.
140 s will significantly impact patient survival
in the coming future.
141 press hsps in anticipation of their function
in the coming immune response.
142 of more than 40 plant pathways will be added
in the coming months.
143 ate people's worry fatigue might be the norm
in the coming months.
144 pected to decline, with low levels remaining
in the coming months.
145 ected to increase homelessness significantly
in the coming months.
146 d a third product is expected to be approved
in the coming months.
147 creasing from hundreds to thousands per week
in the coming months.
148 set to revolutionize structural glycobiology
in the coming postgenomic era.
149 ments should be alert to large RSV outbreaks
in the coming seasons, the intensity of which could depe
150 terconnect half-pitch size will reach ~20 nm
in the coming sub-5 nm technology node.
151 ostclosure care period will more than triple
in the coming two decades, with 264 sites expected by th
152 n will have prolonged photosynthetic seasons
in the coming two decades.
153 gaps researchers should move quickly to fill
in the coming weeks and months.
154 It is expected to become dominant
in the coming weeks(2), probably due to enhanced transmi
155 is limited but is expected to grow markedly
in the coming y.
156 change in educational level, and enrollment
in the coming year, conditional on fertility history, ed
157 reevaluates its UXO risk management policies
in the coming year, the agency shift to quantitative rat
158 indicated intending to leave their position
in the coming year.
159 hic shifts may affect coalitional structures
in the coming years and helps explain previous findings
160 ecessary to avoid preventable under-5 deaths
in the coming years and to accelerate progress in improv
161 of endoscopic suturing will likely increase
in the coming years and will not be limited to expert ce
162 hese materials that will need to be overcome
in the coming years are outlined.
163 tions for IBAT inhibitors will likely expand
in the coming years as clinical trials in other adult an
164 These guidance statements will be adapted
in the coming years as more evidence is published and as
165 The toxicity of copper will increase
in the coming years as seawater pH decreases and tempera
166 older adults (OA) diagnosed with this cancer
in the coming years as the population ages.
167 ament techniques will play an essential role
in the coming years as we try to understand the many way
168 owever, a number of hurdles must be overcome
in the coming years before non-animal methods are adopte
169 e our efforts in Institute-driven activities
in the coming years but will not exclude development of
170 hat other global COVID pandemics will emerge
in the coming years caused by yet another spillover of a
171 ic ice loss, making emission decisions taken
in the coming years decisive for future sea-level rise.
172 Its incidence is likely to rise
in the coming years due to the increasing use of breast-
173 son may become even more metabolically unfit
in the coming years if they sit too much, thereby limiti
174 logies will dominate biological applications
in the coming years is open to speculation.
175 w and prospectus of how the field may evolve
in the coming years is provided.
176 xciting new discoveries are bound to be made
in the coming years that will expand our understanding o
177 e to gain popularity, it will be interesting
in the coming years to determine whether there will be a
178 The technology should be exploited
in the coming years to dissect further the tumor microen
179 urther expand the repertoire of biocatalysis
in the coming years to new chemistries and enable cataly
180 ll as the knowledge gaps that must be filled
in the coming years to safely realize the potential of t
181 er stages of development, should be expected
in the coming years to yield further improvements in cli
182 In the coming years we are likely to witness the therape
183 Estimates of available resources
in the coming years were obtained by assuming that natio
184 Two major challenges
in the coming years will be to find a way to obviate inv
185 owever, their precision is likely to improve
in the coming years, and they may eventually become part
186 t many more adaptive CNVs will be discovered
in the coming years, and we believe that these new findi
187 In the coming years, astronomers will translate TTV obse
188 navigation in Europe is proposed to increase
in the coming years, being promoted as a low-carbon form
189 In the coming years, catalogs that map each genetic vari
190 In the coming years, enhanced, automated OCT segmentatio
191 research in policy domains is likely to grow
in the coming years, especially in light of the mounting
192 In the coming years, however, a fluctuating light olefin
193 procedures is expected to grow exponentially
in the coming years, increasing the number of patients a
194 cted to continue to impact marine ecosystems
in the coming years, long before these interventions can
195 e in the number of older adults is predicted
in the coming years, many of whom will have significant
196 In the coming years, molecular epidemiology will play an
197 If the areas of defined need are addressed
in the coming years, namely prevention of exacerbations
198 production is expected to grow exponentially
in the coming years, outflow from the consumption of pro
199 In the coming years, SCS will greatly improve our unders
200 In the coming years, such advances should allow for the
201 In the coming years, the delivery system for health care
202 In the coming years, the frequency of unauthorised genet
203 In the coming years, the impact of advances inspired by
204 apy to a much broader population of patients
in the coming years, the progress made to date and strat
205 In the coming years, the yield of the genetic testing is
206 In the coming years, these and future advances should al
207 In the coming years, these studies should identify the g
208 In the coming years, this procedure could become the fir
209 In the coming years, this process may become commerciali
210 In the coming years, this research focus will be critica
211 In the coming years, treatment options that are currentl
212 o an escalation in tuberculosis transmission
in the coming years, warranting the need for intensified
213 In the coming years, we anticipate a shift toward a more
214 Thus,
in the coming years, we are likely to see significant ch
215 tect and care for the increased cancer cases
in the coming years, while maintaining the timeliness an
216 tood and will be an important research focus
in the coming years.
217 and precipitation patterns across the globe
in the coming years.
218 ximising the number of phenotypes discovered
in the coming years.
219 alization of these Arctic marine communities
in the coming years.
220 be key to advancing therapeutics development
in the coming years.
221 the challenges that will confront the field
in the coming years.
222 d overview some opportunities and challenges
in the coming years.
223 more will benefit from this increased access
in the coming years.
224 CC, but their importance will likely decline
in the coming years.
225 nd anabolic agents that may become available
in the coming years.
226 2 or phase 2 trials that will be reported on
in the coming years.
227 actualization of their therapeutic potential
in the coming years.
228 mand for services will increase dramatically
in the coming years.
229 nce are likely to grow to significant levels
in the coming years.
230 ange in survey methods is likely to continue
in the coming years.
231 useful in nephrology and nephrology research
in the coming years.
232 ed that should lead to considerable progress
in the coming years.
233 me in children will be substantially reduced
in the coming years.
234 new technology will accelerate this process
in the coming years.
235 l provide much more critical tests of theory
in the coming years.
236 edented view of the mechanism of translation
in the coming years.
237 pneumonia will assume increasing importance
in the coming years.
238 nt, advanced, and recurrent disease settings
in the coming years.
239 mainly due to the proportions they can reach
in the coming years.
240 people will be at risk of chikungunya fever
in the coming years.
241 ield novel insights into psychiatric disease
in the coming years.
242 substantial strain on health and social care
in the coming years.
243 esearch in many domains of red algal biology
in the coming years.
244 e tumor immune microenvironment, is expected
in the coming years.
245 n impairment is set to reach historic levels
in the coming years.
246 tions that will further empower this toolset
in the coming years.
247 ikely that open-shell macromolecules will go
in the coming years.
248 dvance microbiome research and clinical care
in the coming years.
249 implants, which may conduct to great impacts
in the coming years.
250 power of this methodology will only increase
in the coming years.
251 ly prominent role as industrial biocatalysts
in the coming years.
252 es are anticipated to increase significantly
in the coming years.
253 are poised to provide even greater benefits
in the coming years.
254 t a new research agenda to advance the field
in the coming years.
255 re presented and suggested as areas of focus
in the coming years.
256 ide a perspective on what to look forward to
in the coming years.
257 irections to develop this technology further
in the coming years.
258 cted to have a major impact on fruit quality
in the coming years.
259 we discuss the unmet needs, both current and
in the coming years.
260 become even more predictable and manageable
in the coming years.
261 ing developed and are likely to be available
in the coming years.
262 oth the interim and longer-term Impact Goals
in the coming years.
263 s of rare-variant discovery that will evolve
in the coming years.
264 enotransplantation clinical trials in adults
in the coming years.
265 potential of metal-photoswitch interactions
in the coming years.
266 r advancements in carbonyl-olefin metathesis
in the coming years.
267 for solid cancers and non-malignant diseases
in the coming years.
268 are expected to improve AF-related outcomes
in the coming years.
269 allenges for spatial lifecourse epidemiology
in the coming years.
270 d catalyze further innovation and investment
in the coming years.
271 ceivable that it will increase significantly
in the coming years.
272 ical to evaluate the impact of these changes
in the coming years.
273 ortunities and challenges ahead of the field
in the coming years.
274 red decision-making may reverse these trends
in the coming years.
275 ate the biopharmaceutical industry landscape
in the coming years.
276 rpose technologies into clinical development
in the coming years.
277 rence to guide further work that is expected
in the coming years.
278 ty will likely change the treatment paradigm
in the coming years.
279 l in its infancy and milestones are expected
in the coming years.
280 CellProfiler's powerful computational tools
in the coming years.
281 ailable to monitor and study this population
in the coming years.
282 dvanced mastocytosis are expected to improve
in the coming years.
283 tions and identify challenges for scientists
in the coming years.
284 ansform the landscape of cancer interception
in the coming years.
285 ecosystems are likely to further accelerate
in the coming years.
286 e used increasingly by the chemical industry
in the coming years.
287 phenotyping data acquisition and processing
in the coming years.
288 nt strategies for early AMD become available
in the coming years.
289 n the detection of more interstellar objects
in the coming years.
290 rning, we expect this list to rapidly expand
in the coming years.
291 the use of interventions available today and
in the coming years.
292 his increase will require careful monitoring
in the coming years.
293 on changes expected statewide and nationally
in the coming years.
294 al unanswered questions that face this field
in the coming years.
295 areas in which the discipline might progress
in the coming years.
296 on of elderly patients with cancer increases
in the coming years.
297 erge as important gastrointestinal pathogens
in the coming years.
298 regions will have on virus-host interactions
in the coming years.
299 daptation, and disease to quickly accelerate
in the coming years.
300 ieve should and will need to happen globally
in the coming years: (i) better, more diverse data used