1 In contrast, the habitat amount hypothesis
predicts that (
1) species richness in plots of fixed siz
2 pp users who reported symptoms (805,753) and
predicted that 140,312 (17.42%) participants are likely
3 We
predict that 261 of the 311 Cs(2)BB'Cl(6) compounds are
4 We
predict that 31% of the global landmass contained catchm
5 sis, and binding free energy calculation, we
predict that a few residues on the receptor-binding moti
6 Here we use an elastic model to
predict that a new phase of matter occurs for bistable m
7 We
predict that a simple and universal free-energy landscap
8 Recent numerical simulations
predicted that a geometry-based rule is sufficient to ex
9 90% of the maximum effect of 238 ng/mL, and
predicted that a single 120-mg dose would achieve an ade
10 This model
predicted that a single arginine should form four comple
11 The model
predicted that a unit's latency would be related to its
12 Our model
predicts that a polymer shell that is thick compared wit
13 Our model
predicts that a small minority of 'superspreader' points
14 ne theoretical model, the 'B-A scrunchworm',
predicts that '
A-philic' sequences that transition more
15 n to dissociate into disordered monomers, we
predict that ACD dimers from sHSPs across all kingdoms o
16 Simulations
predict that actin self-organizes into a radial branched
17 Our model
predicts that after autoxidation, dimeric and monomeric
18 In addition, we
predicted that agricultural expansion will have a furthe
19 ion of antimicrobial resistance determinants
predicted that all outbreak-associated isolates would be
20 Evolutionary theory
predicts that alleles affecting natural variation in lif
21 These results
predict that altering MT network structure in beta cells
22 Using first-principles calculations, we
predict that aluminum is incorporated into the bridging
23 In contrast, the NVH
predicts that among-individual variation in cognition, p
24 We
predict that an intermediate neuronal type should tempor
25 the furan ring of 9M5-FuFA, and our findings
predict that an O(2)-derived oxygen atom is incorporated
26 re, we explore an overlooked hypothesis that
predicts that animals detect magnetic fields by electrom
27 Search theory
predicts that animals evolve efficient movement patterns
28 Finally, we
predict that artificially induced dendritic events can s
29 We
predict that,
as the dosage of stimulus gradually increa
30 suming knowledge of habitat quality, the IFD
predicts that average fitness will be approximately equa
31 Finally, computational simulations
predicted that axonal [Ca(2+)](i) transients reflect a 0
32 We
predict that basal, steady-state mitochondrial H2O2 will
33 A computational model
predicted that BMP4 and BMP9 and their inhibitors MGP (m
34 The model
predicts that both cell cycle length and PRE/TRE identit
35 It is
predicted that,
by 2030, females will have achieved sign
36 o U373MG Glioblastoma multiforme (GBM) cells
predicts that CAP may introduce a new uptake route.
37 Discontinuous molecular dynamics simulations
predict that CATCH(+) and CATCH(-) peptides coassemble b
38 by using our measured ROS concentrations, we
predict that certain organic compounds found in aerosols
39 Theory
predicts that chromosome structures are fluid and can on
40 Besides, the model
predicted that CLEC-2-induced platelet activation result
41 Theory
predicts that co-speciation between mammals and their gu
42 The Geographic Mosaic Theory of Coevolution
predicts that coevolutionary arms races will vary over t
43 Though models
predict that complexity arises via convergent inputs fro
44 s of central nervous system (CNS) injury, we
predicted that compounds which induce IL-33 are likely t
45 However, the model
predicts that confining mammography to populations with
46 Bottom-up models
predict that consumer biomass tracks plant quantity (e.g
47 Homology modeling
predicts that contact between the envelope V1 loop and t
48 tory studies and research on related viruses
predicted that COVID-19 would decline with higher temper
49 Genome-scale metabolic modeling
predicts that cross-feeding of 58 carbon sources can eme
50 nes BMP9 and BMP10 specificity for ALK1, and
predict that crossveinless 2 is not an inhibitor of BMP9
51 lly comprehensive data on human mobility and
predict that crowded cities worldwide could experience m
52 The simulations also
predicted that cysteine is a quantitatively-significant
53 The HCO3- metabolon hypothesis
predicts that cytosolic carbonic anhydrase (CA) binds to
54 The simulations
predict that dapagliflozin slows cardiac remodeling by r
55 ing the microbiome and the immune system, we
predict that dietary measures might promote skin health
56 Classical OFT
predicts that dietary preferences do not change as food
57 The biotic resistance hypothesis
predicts that diverse native communities are more resist
58 is a main target of antipsychotic drugs and
predicting that dopamine transporter blockers may be an
59 More importantly, the structure
predicts that DXO first removes a dinucleotide from 5'-O
60 Through these methods we
predict that E2F2 transcriptionally regulates mediators
61 Theory
predicts that early-onset hybrid inviability may stem fr
62 noma subtypes in The Cancer Genome Atlas, we
predict that elevated redox capacity is a general featur
63 Theory
predicts that environments with greater resource diversi
64 Low-dimensional epidemiological models
predict that epidemic transitions are preceded by the ph
65 Our model
predicts that ESCRTs do not become part of the ILV, but
66 We
predict that even greater chiroptic enhancement will res
67 ral rifampicin dose from 10 to 30 mg/kg, and
predicted that even higher doses would further improve s
68 Here, we synthesize theory
predicting that evolutionary trade-offs, genetic costs,
69 This model
predicts that excessively long somatic telomeres predisp
70 As one example from the screening study, we
predicted that exchanging the mu-Cl(-) ligands of M(2)Cl
71 We
predicted that experienced breeders nesting with a new p
72 Our results
predict that expression of TLX and ASCL1 should be mutua
73 Theory
predicts that faster-growing individuals suffer higher m
74 This extended co-ordination theory
predicts that field-measured R(d) and V(cmax) accessed a
75 Evolutionary theory
predicts that,
following successful reproduction with a
76 Theory
predicts that food-limited herbivores will consume any a
77 Our first-principles calculations
predict that for superdense plasma mixtures, both intera
78 Further, we
predict that,
for this task, there are no anatomically d
79 ratio for reactions containing Zr or Hf, and
predicts that formation of the Ti-NCS compound requires
80 The cross-sex shift hypothesis
predicts that gay men should perform more like heterosex
81 We
predict that gene pairing may be similarly advantageous
82 ur mathematical and computational approaches
predict that genes involved in phage lytic function are
83 We
predict that global SOC stocks (down to 2 m) will declin
84 perature, oxygen availability, and body size
predict that global warming will limit the aerobic scope
85 In addition, it is
predicted that graphene flakes can be efficiently used a
86 current climatic conditions (2002-2012), we
predict that harmful thermal (>T(opt) ) and hydric (>EWL
87 We
predicted that HD-tDCS of the left versus right prefront
88 n structure learning and robotics, the model
predicts that hierarchy discovery should be sensitive to
89 odified Lotka-Volterra competition model and
predict that higher temperatures should-in general-favou
90 Computational modeling
predicts that higher sensory input strength to the head
91 The "disturbance hypothesis"
predicts that human impact depletes resources and disrup
92 The habitual motion path theory
predicts that humans tend to maintain their habitual mot
93 Our findings
predict that hummingbirds have fine control of labia and
94 Our model
predicts that hydrolyzed species dominate the mica-water
95 This error hypothesis
predicts that (
i) the TSS diversity of a gene reduces wi
96 Theoretical models
predict that if the disk is misaligned with the orbital
97 A classic thermodynamic mechanism
predicts that if chemical potential is constant, transit
98 mputer simulations and optimization analysis
predicting that immobilized gradients created by this ne
99 Our findings
predict that immune exclusion would select for nonpiliat
100 r infrequent malaria transmission, and (iii)
predict that immunity against some of the virulent effec
101 siderations and vertex model simulations, we
predict that in anisotropic tissues, two experimentally
102 We therefore
predicted that in albino rats input from both eyes inter
103 The model
predicted that in the absence of lateral inhibition, two
104 The replica theory of glasses
predicts that in the infinite dimensional mean field lim
105 The model
predicts that,
in longer mammalian myotubes with a large
106 We
predict that increased corticosteroid levels activate th
107 Evolutionary theories
predict that increases in reproductive effort in early l
108 ver, DFT calculations (omegaB97XD/6-311+G**)
predict that increasing electronic density on the adjace
109 statistical associations, our dynamic model
predicts that increasing OAT coverage from approximately
110 Our model
predicts that increasing the impacts of infanticide will
111 sults to the Drosophila hemibrain connectome
predicts that individual Kenyon cells inhibit themselves
112 In silico docking of indole on DNA gyrase
predicts that indole docks perfectly to the ATP binding
113 Theoretical models
predict that induced responses can cause patterns of dam
114 Theoretical models
predict that information may be limited by correlated no
115 A recent model
predicted that informed herbivore movement coupled with
116 We
predicted that inhibiting the fatty acid desaturase SCD1
117 Therefore, we
predicted that inhibiting the prostaglandin transporter
118 lso be a weakness as social evolution theory
predicts that inhibiting shared traits can select agains
119 Thus, we
predict that intercellular cleft Na(+) nanodomain format
120 We
predict that IRK perceives a directional cue that negati
121 ouse sinoatrial node where computer modeling
predicts that its presence increases HCN4 current.
122 Our model
predicts that L1 retrotransposition (RT) can play either
123 Our community-level networks
predicted that larger-bodied species had a relatively hi
124 Recent theories
predict that liquid-like (LL) and gas-like (GL) supercri
125 We
predict that longer photoperiod days are associated with
126 Life-history theory
predicts that longer-lived species should be less willin
127 We
predict that major research advances in deploying these
128 Therefore, we
predict that major research advances in morphology contr
129 We include a phylogenetic analysis that
predicted that many other insect species, both holometab
130 Our computational models
predict that material heterogeneities at the gray-white
131 Scenario analyses
predicted that maternal vaccination reduces the incidenc
132 Our study
predicts that memory storage is dynamic, and sleep enabl
133 Simulations of the catalytic itinerary
predict that MHETase follows the canonical two-step seri
134 However, theory
predicts that migration limitation, source-sink dynamics
135 Bioinformatics analysis
predicts that miR-379 targets EIF4G2, a translational fa
136 We
predict that MMT may be a mechanism underlying granuloma
137 Warming scenarios
predict that moose habitat will more than double by 2099
138 We
predict that more ions are released from the cell with i
139 Pharmacokinetic modeling
predicts that most high dose regimens trialled in COVID-
140 analysis of sequenced Burkholderia isolates
predicts that most strains have at least 40 TCS.
141 We
predict that mutations are more detrimental in ACE2 than
142 fossils of their pancrustacean sister group
predict that myriapods originated in the Cambrian, much
143 It is
predicted that naringenin will be able to efficiently tr
144 Simulations from our group have recently
predicted that narrowing the width of the intercellular
145 Our homeostatic dysregulation hypothesis'
predicted that neonatal mSOD1 motoneurons would be much
146 This plasticity-coupling link
predicts that neurons with high population coupling exhi
147 Moreover, we
predict that nicotine exposure through various kinds of
148 Further gene network analysis
predicts that NMIIA and NMIIB may act on similar pathway
149 MD simulations
predicted that nonspecific salt adducts are less prevale
150 In silico modeling
predicted that novel mutations G423V and W425C in the FB
151 Our work also
predicts that nucleoid-associated proteins known to wrap
152 Our work
predicts that ongoing GPe activity could tune the SNr op
153 Recently, it was
predicted that operation of an optical gyroscope near an
154 Our model
predicts that oxygen limitation is more likely to constr
155 Computational protein-protein docking
predicted that p.P888L SAP97 is more likely to form a co
156 Our model
predicts that phosphorylation of GSK3beta Serine9 would
157 The optimal partitioning theory (OPT)
predicts that plants allocate more biomass to the organ
158 Ingenuity Pathway Analysis (IPA)
predicted that platelet-COX-1-ko mice would be protected
159 The model
predicted that polarized light modifies the appearance o
160 en dispersal-dependent speciation hypothesis
predicts that pollination mode has effects on the spatia
161 We
predict that polymers with stronger binding to ice per m
162 Our generic systems approach
predicts that population sparseness facilitates learning
163 ife-history and pace-of-life syndrome theory
predict that populations are comprised of individuals ex
164 sensitization hypothesis to our model, which
predicts that prey with more predator experience should
165 pecific enhancer-gene regulatory network and
predict that primed enhancers in PAH PAECs are activated
166 heads, and an earlier computational analysis
predicted that processive steps would alternate between
167 The "solvent slaving" model
predicts that protein motion is strongly coupled to vari
168 We previously developed a scoring system, "
PREDICT", that quantifies the risk of IE and identifies
169 Our studies computationally
predicted that (
R)-DHMA should promote a stronger attrac
170 wn, and leukemia virus insertion frequencies
predict that RASGRP1 overexpression can effectively coop
171 g force (ABF) molecular dynamics simulations
predict that rate constants should be exquisitely sensit
172 Several theories
predict that rates of phenotypic evolution should be rel
173 Furthermore, we
predict that RBC membrane tension and the orientation of
174 Thus, we
predict that redox modulation of the conserved Cys(290)
175 We
predict that reducing UK transmission rates to those obs
176 Linear integration models
predict that regions that are slower to integrate new in
177 Our analysis
predicts that,
relative to a policy that tests only the
178 The 3D crystal structure of human VPS33A
predicts that replacement of arginine 498 by tryptophan
179 Optimality theory
predicts that reproductive effort is restrained early in
180 Furthermore, we
predict that residual coupling to motional modes contrib
181 eory calculations and X-ray diffraction data
predicts that residual stresses arise because of the che
182 However, some aging theories
predict that resources should be preferentially diverted
183 g of E1 homotrimers in the post-fusion state
predicts that ruhugu and rubella viruses have a similar
184 drew on the Appraisal Tendency Framework to
predict that sadness, specifically, rather than negative
185 If so, we
predicted that selective inactivation of this projection
186 Biophysical simulations for a desert site
predict that shallow ectotherms have increased opportuni
187 We
predicted that sickness effects should be smaller for in
188 We
predicted that sickness would impact both the number and
189 Specifically, we
predict that silicate-bridging [AlO(2)(OH)(4)](5-) compl
190 em from algorithmic information theory (AIT)
predict that simple (low Kolmogorov complexity) outputs
191 Previous theoretical studies
predict that single crystals Mg(3) (Sb,Bi)(2) can exhibi
192 We
predict that SMC complexes in vivo constitute effectivel
193 We
predicted that social cohesion (specifically male-to-mal
194 Theory
predicts that social interactions can induce an alignmen
195 ee of the four amphibian species, our models
predicted that some populations experienced >90% mortali
196 This analysis
predicted that Sox2 targeted a large number of ethanol-d
197 Distance decay principles
predict that species with larger geographic ranges would
198 tic character displacement (ACD) model which
predicts that species should evolve to defend territorie
199 tic drift on reduced population size, theory
predicts that species undergoing self-fertilisation shou
200 profiles of mice harboring human microbiota
predict that specific bacterial taxa and their metabolit
201 the formulation of a novel hypothesis which
predicts that spontaneous, but stimulus-dependent, consc
202 Our results
predict that statins reduce cancer risk but other lipid-
203 These observations lead us to
predict that stress-induced transcription is impaired by
204 the measured dyke-aperture distribution and
predicts that stress accumulates within densely intruded
205 At the same time, calculations
predict that stronger adsorption at the higher coordinat
206 Our model
predicts that structuring RhoA into multiple pulses over
207 These calculations
predict that substituents stabilizing negative charge on
208 sted for bilaterally symmetrical flowers, we
predict that such flowers should have developmental and/
209 Developmental models
predict that such spatial patterns can form when a local
210 Ecological theory
predicts that such extreme events should have large impa
211 A BET-inspired biochemical model
predicts that surface-binding proteins with a tendency t
212 Structural modeling
predicts that SY242CS confers a conformational change th
213 Our model
predicted that targeted induction before CRT, an approac
214 Nitrogen limitation theory
predicts that terrestrial plants should benefit from nit
215 uctive potential and HSR function, one might
predict that that HSR function would be lost in the repr
216 By varying parameters, we
predict that the benefits of mammography depend on the e
217 Past studies
predict that the cell membrane buds at low resting tensi
218 We then employ computational simulations to
predict that the combinatory effects of four microtubule
219 matter consists of cold elementary particles
predict that the dark halo population should extend to m
220 ng a model of CHO cell protein secretion, we
predict that the elimination of unnecessary HCPs could h
221 From these analyses, we
predict that the heterotypic nucleosome is permissive to
222 We
predict that the hierarchy in cold-adaptation should con
223 We
predict that the high levels-and structural diversity-of
224 We
predict that the highest current is for Ni-N(4), leading
225 effects (positive density dependence) would
predict that the intensity of past habitat use should co
226 We
predict that the Magellanic Corona will be unambiguously
227 e context of "they cautioned the...," we can
predict that the next word will be animate rather than i
228 Without non-pharmaceutical interventions, we
predict that the number of cases would have been 67-fold
229 Numerical simulations
predict that the oily bubbles with diameters larger than
230 Density functional theory (DFT) calculations
predict that the oxidation potentials (in CH(3)CN) of va
231 Our models
predict that the parameters of this leaky integrator are
232 n response, we have extended our methods and
predict that the prevalence of false-negative RDTs due t
233 Furthermore, we
predict that the silencing of anti-SWR interneurons can
234 simulated results of an RA and the three SLs
predict that the SLs have lower k-values than the RA bec
235 Gas-phase calculations
predict that the thermodynamic conformer of many of thes
236 It is
predicted that the antibiotic resistance crisis will res
237 The calculations have
predicted that the bulky diol 1,4-Bis(2-hydroxy-2-propyl
238 Furthermore, we
predicted that the distribution of habitat selected by m
239 The model
predicted that the final O3I (and 95% CI) for a populati
240 Trajectory analysis
predicted that the four FLC communities were derived fro
241 olinergic responses, and the model correctly
predicted that the network would function as a spatial a
242 Dynamic Bayesian network modeling
predicted that the observed changes partially reverse ov
243 Computed tomography simulation
predicted that the position of the pinned THV leaflets w
244 ologically-relevant substrate concentrations
predicted that the proportion of sulfur transfer to thio
245 It is
predicted that the proposed biosensor will provide a sen
246 Our computational study
predicted that the strength of attraction by droplet-for
247 The model
predicts that the 'lone wolf' effect is stronger than th
248 Island biogeography theory
predicts that the contribution of these processes to the
249 heuristic "Ostwald's rule of stages", which
predicts that the crystallization kinetics proceed down
250 This extended circuit model
predicts that the current response to a square-wave volt
251 The model
predicts that the current U.S. HPV vaccination program w
252 Our model also
predicts that the distance between genes and speckles ha
253 Finally, the model
predicts that the DNA coil may depart from the spherical
254 are qualitatively very different, the model
predicts that the existence of such shifts is not a prer
255 Theory
predicts that the genetic architecture of divergently se
256 Finally, the RMCF analysis
predicts that the H/D primary kinetic isotope effect can
257 Theory
predicts that the largest vessels contribute disproporti
258 The resource hierarchy hypothesis
predicts that the most important factors limiting a spec
259 a leukocyte interacting with the endothelium
predicts that the number of molecules within bonding ran
260 f modern animals and Ediacaran trace fossils
predicts that the oldest bilaterians were simple and sma
261 It
predicts that the process is limited by an optimal bundl
262 Our model also
predicts that the rapid urbanization currently taking pl
263 In addition, our model
predicts that the region of phase separation is typicall
264 asynchronous mechanism of mtDNA replication
predicts that the replication machinery encounters dsDNA
265 This view
predicts that the same neuronal coding schemes character
266 These
predict that there are large fluctuations enclosing info
267 We
predict that there will be major breakthroughs in the tr
268 We
predict that these differences in shape preservation aff
269 on rates as high as 94%, mathematical models
predict that these systems could spread anti-pathogen ef
270 losive growth in anti-vaccination views, and
predicts that these views will dominate in a decade.
271 STATEMENT Models of episodic memory encoding
predict that theta oscillations support the formation of
272 e debated, and existing models predominantly
predict that they are contractile.
273 Extant models
predict that this growth stimulation will continue to ca
274 Density functional theory calculations
predict that this inductive effect occurs even in the ab
275 ription effectively resolves the PSC, and we
predict that this is a conserved mechanism that ensures
276 We
predict that this rescued detachment pathway is key to m
277 Climate-driven vegetation models typically
predict that this tropical forest 'carbon sink' will con
278 Here we
predicted that this functional organization together wit
279 fries/EWAK* in osprey computationally
predicted that this new variant binds even more tightly
280 Theories have
predicted that this symmetry breaking induces an electri
281 e a model of client activation by Hsp90 that
predicts that this cycle enables Hsp90 to use ATP energy
282 eff) in the extracelluar space (ECS) further
predicts that this dose of tDCS increases D(eff) by tran
283 erra model with a fluctuating mortality rate
predicts that this outcome is independent of the timing
284 ing biophysically detailed neuron models, we
predict that tonic inhibition can differentially modulat
285 Recent theories
predicted that topological semimetals at the quantum lim
286 In neither drought did CABLE
predict that trees would have reached critical PLC in wi
287 Theory
predicts that trophic specialization (i.e. low dietary d
288 Our study
predicts that two-dimensional magnets with weak spin-orb
289 The 'variance is salience' hypothesis
predicts that two-point correlations are most salient, a
290 The model
predicts that typical antibiotic exposures can have subs
291 Molecular dynamics simulations
predicted that tyrosine nitrations of CYP2B6 would cause
292 We
predict that under current strategies, at least 31 000 c
293 de material, La(0.5)Sr(0.5)CoO(3-delta), and
predict that under operating conditions the rate-limitin
294 We
predict that upon progressive charge neutralization of t
295 The model
predicted that variations in phosphorylation are depende
296 Theory
predicts that warming should cause only modest carbon lo
297 Here, a singular object-selective mechanism
predicts that when crowding is weak for one feature and
298 Theory
predicts that when populations are established by few in
299 This
predicts that whenever the local resource is immobile, h
300 The model
predicts that,
without immune escape, tumor neoantigens