1 the Terra Preta soils and much more
abundant than previously thought (~40-50% of organic C).
2 ect ratio nanoplatelets is easier to
achieve than previously thought and may have implications in the
3 var Typhimurium core promoter is more
active than previously thought, due to differences around the t
4 nerate longer sequences of repeated
activity than previously thought.
5 ical montane forests may contain greater
AGB than previously thought and the importance of securing t
6 ive regulation of Src by Csk is more
ancient than previously thought and that it might be conserved a
7 the lineage ancestral to R0a is more
ancient than previously thought, with a relict distribution acro
8 es more similarities with plants and
animals than previously thought.
9 in eyeblink conditioning in younger
animals than previously thought.
10 tant sources of organic carbon to
Antarctica than previously thought.
11 cal and psychological treatments for
anxiety than previously thought.
12 tions in closer proximity to the
aponeurosis than previously thought.
13 (2) R0a has a much deeper presence in
Arabia than previously thought, highlighting the role of at lea
14 ing (mcrA) is more widespread in the
Archaea than previously thought.
15 puts from a more diverse collection of
areas than previously thought, including autonomic, motor, and
16 play a stronger role in the etiology of
ASD than previously thought.
17 rtant role in olfactory response
attenuation than previously thought.
18 on of bone working as a much older
behaviour than previously thought.
19 , some aspects of PNES outcome may be
better than previously thought.
20 more broadly used principle in cell
biology than previously thought.
21 ch more important activation of the O-H
bond than previously thought.
22 f oxide-supported nanoparticle OER
catalysts than previously thought.
23 ecedented storage of 50% more sodium
cations than previously thought possible during electrochemical
24 ssays reveal hundreds more precursor T
cells than previously thought, with higher-affinity tetramer-p
25 quiescent state of naive and memory T
cells than previously thought.
26 iotransformation and may be more
challenging than previously thought because we found large differenc
27 ain natural systems will be more
challenging than previously thought.
28 se of hydrological drought to climate
change than previously thought.
29 tropical forest biome, a far greater
change than previously thought.
30 more resilient to foreseen climatic
changes than previously thought.
31 ically regulated channel opening and
closing than previously thought and reveal additional membrane-a
32 tter model for understanding human
cognition than previously thought, despite differences in the neur
33 halamus has a much broader role in
cognition than previously thought.
34 eframe (eg, decades) and perhaps less
common than previously thought.
35 Hidradenitis suppurativa is more
common than previously thought and may be treated by an array o
36 Vaginal LS may be more
common than previously thought and may be underdiagnosed.
37 ryptic splice-site activation is more
common than previously thought and should be routinely consider
38 e-rich mitochondrial genomes are more
common than previously thought, with interesting implications f
39 ly high risk migrations might be more
common than previously thought, with potential fitness gains ou
40 functional associations are far more
common than previously thought-involving approximately 12% of t
41 cales, and their preservation is more
common than previously thought.
42 r radical therapy for CaP may be more
common than previously thought.
43 cause of MFM, and titinopathy is more
common than previously thought.
44 rokaryotes and eukaryotes and is more
common than previously thought.
45 at superficial plaque erosion is more
common than previously thought.
46 bivalent antibody binding may be more
common than previously thought.
47 ental effects on PcP are more likely
complex than previously thought.
48 lattice in MnBi is considerably more
complex than previously thought and in particular that there is
49 echanisms in Thaumarchaeota are more
complex than previously thought and include unique lipids with a
50 mammalian mRNA 3' processing is more
complex than previously thought and involves multiple protein-RN
51 ructure and function seem to be more
complex than previously thought and merit further study.
52 ts on these tropical islands is more
complex than previously thought and primarily postdates the majo
53 show that MoPrP cleavage is far more
complex than previously thought and suggest a mechanism by which
54 unication has proven to be even more
complex than previously thought since the discovery that extrace
55 hat the origin of this trait is more
complex than previously thought, and is consistent with recent m
56 tion of the ciliary ganglion is more
complex than previously thought, and that GABA may play a neurom
57 the global ecology of swIAVs is more
complex than previously thought, and the United States and China
58 G and vPAG in fear behavior are more
complex than previously thought, including a potential role in f
59 e transcriptome is considerably more
complex than previously thought.
60 and Neandertals is most likely more
complex than previously thought.
61 ecology and toxin evolution is more
complex than previously thought.
62 wild aurochs was significantly more
complex than previously thought.
63 ith each other in ways that are more
complex than previously thought.
64 that the inhibitory network is more
complex than previously thought.
65 l correlates of social pain are more
complex than previously thought.
66 ondrial genomes are shown to be more
complex than previously thought.
67 transcriptome is far larger and more
complex than previously thought.
68 ture of this development may be more
complex than previously thought.
69 between BLM and FA pathways is more
complex than previously thought.
70 g that miRNA regulation is much more
complex than previously thought.
71 e of these polymorphisms can be more
complex than previously thought.
72 tumor initiation and growth is more
complex than previously thought.
73 idual fitness reductions may be more
complex than previously thought.
74 n with both E and S protein are more
complex than previously thought.
75 shows that de novo induction is more
complex than previously thought.
76 d that maize gene expression is more
complex than previously thought.
77 CTS action is more
complex than previously thought: prolonged subcutaneous administ
78 simple spinel structure is more
complicated than previously thought, as more than three parameters a
79 iation under a much larger set of
conditions than previously thought.
80 e findings suggest the CAZ is more
conserved than previously thought, and open the door to a more com
81 y distant algal phots is less well
conserved than previously thought.
82 symbiotic relationships within AOM
consortia than previously thought.
83 tals can be made to deform more
controllably than previously thought.
84 between the electron and hole-doped
cuprates than previously thought.
85 important role in global hydroclimate
cycles than previously thought.
86 e far more dynamic depending on task
demands than previously thought.
87 n and therefore see the world in more
detail than previously thought.
88 stochastic and less linear and
deterministic than previously thought.
89 more prevalent in organic electronic
devices than previously thought.
90 s that pyridinium cations behave
differently than previously thought, and that the electrode surface
91 cal migratory species is even more
difficult than previously thought, forcing us to rethink estimates
92 slower and in a somewhat different
direction than previously thought.
93 n, thus implying much lower flood
discharges than previously thought.
94 tern of axonal pathology in bipolar
disorder than previously thought.
95 etween fish and mammals may be less
distinct than previously thought.
96 oamy virus might be more broadly
distributed than previously thought.
97 ardsoni a more northern glacial
distribution than previously thought.
98 phylogenetically and environmentally
diverse than previously thought.
99 kinetic description of systems more
diverse than previously thought, ranging from simple ligand bind
100 ures of high-MW DON may be much more
diverse than previously thought.
101 e a much greater range of sequence
diversity than previously thought, which has significant implicati
102 l is more widespread in the bacterial
domain than previously thought.
103 surface GP expression is even more
dramatic than previously thought, reinforcing the importance of t
104 tained in a manner that is even more
dynamic than previously thought.
105 teraction with clay minerals is more
dynamic than previously thought.
106 the Q8 bound to the QH site is more
dynamic than previously thought.
107 st that memory retrieval may be more
dynamic than previously thought.
108 allic ink was used several centuries
earlier than previously thought.
109 rategy may have evolved considerably
earlier than previously thought.
110 ents in human evolution occurred far
earlier than previously thought.
111 s work shows that limb buds initiate
earlier than previously thought, as a result of localized EMT ra
112 dependently almost half a millennium
earlier than previously thought, through networks that enabled e
113 pite being rare, can be induced much
earlier than previously thought.
114 suggesting that such use began much
earlier than previously thought.
115 d after the first step and thus much
earlier than previously thought.
116 long before axon fragmentation, much
earlier than previously thought.
117 d Homo appeared in the fossil record
earlier than previously thought.
118 ation, was hundreds of million years
earlier than previously thought despite the presence of S-MIF.
119 e Near East, many thousands of years
earlier than previously thought.
120 portant role in early terrestrial
ecosystems than previously thought.
121 ave recently been shown to be less
effective than previously thought.
122 ropriately measured, has far broader
effects than previously thought.
123 o congenital heart disease has wider
effects than previously thought.
124 winter pole of Titan is much more
efficient than previously thought.
125 is a more complex sensory cue for C.
elegans than previously thought, both in terms of behavior and n
126 o a wider range of genomic sequence
elements than previously thought.
127 e order and frequency of pathogen
encounters than previously thought.
128 diversified mechanisms in higher
eukaryotes than previously thought.
129 rentiation in bacteria and sexual
eukaryotes than previously thought.
130 50 million years earlier in insect
evolution than previously thought, where it may have played an anc
131 rline a weaker role of MLG in cell
expansion than previously thought, and highlight a structural role
132 more susceptible to modulation by
experience than previously thought.
133 effects at lower levels of arsenic
exposure than previously thought.
134 er by these mechanisms may be more
extensive than previously thought, in terms of the range of plasmi
135 ing arthropods have been much more
extensive than previously thought.
136 can promote biodiversity to a broader
extent than previously thought.
137 avioural repertoire to a much greater
extent than previously thought, and is only modified by habitat
138 te to human autoimmunity to a greater
extent than previously thought.
139 ant cortical pathophysiology more
faithfully than previously thought.
140 water may be required to form such
features than previously thought.
141 males in species with external
fertilization than previously thought possible.
142 show the genetic code is much more
flexible than previously thought.
143 re, such that these traits are more
flexible than previously thought.
144 at the circadian system is far more
flexible than previously thought.
145 to the cutaneous and gastrointestinal
forms than previously thought.
146 with systemic lymphoma may be more
frequent than previously thought (5% in our study).
147 is variant influenza virus was more
frequent than previously thought.
148 r as it occurs significantly more
frequently than previously thought, and may simply be a passenger i
149 re more important for normal muscle
function than previously thought.
150 esting that RSV has a higher dependence on
G than previously thought.
151 ortant for late Pleistocene hunter-
gatherers than previously thought and highlight the potential of c
152 r for the adaptive immune system to
generate than previously thought.
153 mpact on the origin of new transcripts/
genes than previously thought.
154 compassing a larger proportion of the
genome than previously thought.
155 er to the nucleus is potentially far
greater than previously thought.
156 rburst galaxies at high redshifts is
greater than previously thought.
157 ould be more relevant in shallow
groundwater than previously thought.
158 chemosensitive response to changes in CO2/
H+
than previously thought.
159 ions are much more complex and
heterogeneous than previously thought and involve thus far unknown ami
160 IT cells are considerably more
heterogeneous than previously thought.
161 ngus farming symbiosis is more
heterogeneous than previously thought.
162 ggest that there is a more complex
hierarchy than previously thought.
163 ion in the human brain is likely much
higher than previously thought.
164 t 375 W m(-2), which is significantly
higher than previously thought.
165 itation of V. niloticus has a longer
history than previously thought.
166 -undersaturated peridotite solidus is
hotter than previously thought.
167 f liquid water have more similarities to
ice than previously thought.
168 y be stronger, and hence easier to
identify,
than previously thought.
169 transport chain appears to be more
important than previously thought in this process, suggested predo
170 bution and aerosol cooling is more
important than previously thought.
171 tage in the explanation of social
inequality than previously thought.
172 s a more effective barrier against
infection than previously thought.
173 mes and host responses to T. cruzi
infection than previously thought, while our multi-parametric anal
174 f bleeding patterns may provide more
insight than previously thought as noninvasive markers for endoc
175 essing may be more intrinsically
integrative than previously thought.
176 less likely to undermine TasP
interventions than previously thought.
177 ven changes in O3 concentrations, are
larger than previously thought.
178 anic matter has been shown to be much
larger than previously thought and thus it plays a major role i
179 M) has recently been shown to be much
larger than previously thought and thus its role in carbon sequ
180 development and can be substantially
larger than previously thought, with the Igf2r cluster extendin
181 e arose substantially earlier and some
later than previously thought.
182 rtex emerge earlier and in a different
layer than previously thought.
183 commodation on droplets is considerably
less than previously thought.
184 ry terrestrial biosphere is more CO2
limited than previously thought.
185 re we report that the LHB lasted much
longer than previously thought, with most late impactors coming
186 on in the hippocampal network is much
longer than previously thought.SIGNIFICANCE STATEMENT We found
187 lts display ultralow viscosities, much
lower than previously thought, in the range of 0.006-0.010 Pa
188 ts that neuronal correlations are much
lower than previously thought.
189 ss-accretion rates more than ten times
lower than previously thought.
190 for plasma transport across the
magnetopause than previously thought, and frequently drive magnetosph
191 leus in the control of human decision-
making than previously thought.
192 ain is more similar to that of other
mammals than previously thought and contrasts with the more hete
193 ain is more similar to that of other
mammals than previously thought.
194 systems in flies are more similar to
mammals than previously thought.
195 (2)O will be more resistant to
metallization than previously thought.
196 ECs play a more active role in
morphogenesis than previously thought, with their migrations contribut
197 use substantially greater wildlife
mortality than previously thought and are likely the single greate
198 agnostic value for type 1
neovascularization than previously thought and that dye angiography may und
199 of multisensory integration is more
nuanced than previously thought and reveal that the integration
200 doviruses may be more abundant in the
oceans than previously thought.
201 sychiatric manifestations develop more
often than previously thought in the Huntington's disease prod
202 cifically to the transplant donor more
often than previously thought.
203 This age is
older than previously thought (Maastrichtian, approximately 65
204 s and Lasiurus cinereus) are more
omnivorous than previously thought.
205 of the MT cytoskeleton that is more
ordered than previously thought.
206 rain behave more differently from each
other than previously thought.
207 similar to the mechanism of the ligase
PafA than previously thought and likely involves the transien
208 uence on these population biology
parameters than previously thought.
209 der impact on the physiology of the
parasite than previously thought to encounter environmental chang
210 pecies to be more prevalent, and
persistent,
than previously thought.
211 cal forest succession are far more
pervasive than previously thought, challenging the way ecologists
212 re many more characteristics typical of
PGCs than previously thought, and imply a more widely conserv
213 ansferases might be a more common
phenomenon than previously thought.
214 far more accessible for chip-scale
photonics than previously thought.
215 convergence in the evolution of
plesiosaurs than previously thought and suggest the existence of an
216 mature white and brite adipocyte
populations than previously thought.
217 in promoting health among obese
populations than previously thought.
218 ostic test with a wider window of
positivity than previously thought.
219 e considerably smaller, and more
precarious,
than previously thought.
220 he brain to be more reliable and
predictable than previously thought.
221 asters may be significantly more
predictable than previously thought.
222 combinations is significantly more
prevalent than previously thought.
223 , we suggest that it might be more
prevalent than previously thought.
224 n may be a more common and important
process than previously thought in generating and maintaining di
225 tion is a more complex and multistep
process than previously thought, involving sequential actions of
226 mic impacts of enhanced meltwater
production than previously thought.
227 trol on global-scale vegetation
productivity than previously thought, although continental-scale resp
228 cent gray matter loss may be less
pronounced than previously thought.
229 opsis contains many more S-acylated
proteins than previously thought.
230 for the association of humans and H.
pylori than previously thought.
231 be less sensitive to (90)Y
radioembolization than previously thought.
232 s of ITN loss from households are more
rapid than previously thought, with 50% lost after 23 (20-28)
233 ove that gold mining is growing more
rapidly than previously thought, and that high-resolution monito
234 ical buffer showed that C3b is more
reactive than previously thought.
235 much more extensive hydrolytic
rearrangement than previously thought.
236 ore structural plasticity in cap
recognition than previously thought, and this is physiologically rel
237 dicates less potential for IR dose
reduction than previously thought.
238 more intimately involved in gene
regulation than previously thought.
239 evels are under tighter metabolic
regulation than previously thought.
240 ched breast cancers are more closely
related than previously thought and may share a common cell of o
241 to be pharmacologically more closely
related than previously thought.
242 ces in tree populations may be more
relevant than previously thought, and have implications for tree
243 ificant SST change and may be more
resilient than previously thought.
244 ess detrimental for neurosensory
restoration than previously thought.
245 ore sophisticated role in predicting
rewards than previously thought.
246 nctional diversity of mammalian
ribonuclease than previously thought.
247 uccessional niche differentiation are
richer than previously thought and potentially account for mixt
248 lyses for heat vulnerability are more
robust than previously thought.
249 gene expression having a less exclusive
role than previously thought.
250 ng that the Sun may be a much faster
rotator than previously thought, and that large-scale convection
251 that neural TFS has less perceptual
salience than previously thought due to cochlear signal processin
252 g the phenotype of segmental
schwannomatosis than previously thought.
253 duction and climate, could be more
sensitive than previously thought to continental erosion (providin
254 ntly splices a much wider range of
sequences than previously thought, with little N-extein specificit
255 and more dominated by intracortical
signals than previously thought, (2) interactions among cortical
256 ly less dependent on IO-task-related
signals than previously thought.
257 in Costeff syndrome may be more
significant than previously thought and that uncoupling lipid uptake
258 thways in birds and mammals are more
similar than previously thought.
259 f noise correlations in many more
situations than previously thought.
260 shed in earlier numerical studies is
smaller than previously thought, potentially resolving an import
261 rains during breathing that are much
smaller than previously thought.
262 ween these populations were probably
smaller than previously thought.
263 peptide sequences are substantially
smaller than previously thought.
264 s suggest that animals colonized land
sooner than previously thought, and maybe even before embryophy
265 en substantiated, but might be less
specific than previously thought.
266 and copper, revealing a broader
specificity than previously thought.
267 F treatment strategy is less
straightforward than previously thought.
268 lly diverse and biogeographically
structured than previously thought.
269 Wolbachia in filarial biology is more
subtle than previously thought and reveal marked differences be
270 n bad and good amyloids might be more
subtle than previously thought.
271 between old and new M1 are thus more
subtle than previously thought.
272 ors may influence spatial memory more
subtly than previously thought.
273 ore lethal risk factor for completed
suicide than previously thought.
274 f guest molecules and changes in
temperature than previously thought.
275 that this medication may be less
teratogenic than previously thought.
276 increased to 34 layers, considerably
thicker than previously thought.
277 ccumulate to a far greater extent in
tissues than previously thought.
278 t of positive selection on lactose
tolerance than previously thought.
279 sulin resistance, obesity, and
tumorigenesis than previously thought.
280 uld be less representative of primary
tumors than previously thought, particularly when using late pa
281 allosteric sites may be even more
ubiquitous than previously thought and that our methods should be a
282 s regulation and response is more
ubiquitous than previously thought.
283 r the present-day surface more
uninhabitable than previously thought, and demonstrate the low probabi
284 antially greater luminance within the
uterus than previously thought [5].
285 that this Met precursor is of greater
value than previously thought, due to its capacity to improve
286 ssic BA markers is more complex and
variable than previously thought.
287 ms is now being observed to be more
variable than previously thought.
288 emicals with structural features more
varied than previously thought can suppress PGD2 synthesis.
289 flies is more similar to that in
vertebrates than previously thought.
290 neutralizing antibodies for influenza
virus than previously thought.
291 r habitat and altering coastal
vulnerability than previously thought.
292 -14,310 years before present, far less
water than previously thought.
293 gnitude brighter at mid-infrared
wavelengths than previously thought-a brightness that could be detec
294 s-modal interactions in a more versatile
way than previously thought.SIGNIFICANCE STATEMENT The neura
295 ures, a basic syntax, may be more
widespread than previously thought.
296 that selective DNA uptake is more
widespread than previously thought.
297 sting that the new virus was more
widespread than previously thought.
298 he perception of ethylene is more
widespread than previously thought.
299 ht-related tree mortality is more
widespread than previously thought; the predicted increase in the f
300 n (early Late Triassic), 5- to 10-Ma
younger than previously thought.