1 hat the soils may be a weaker sink for CH(
4)
than previously thought, our research highlights the nee
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 might have fewer effects on their
activities than previously thought.
5 nerate longer sequences of repeated
activity than previously thought.
6 ical montane forests may contain greater
AGB than previously thought and the importance of securing t
7 ry a stronger signal of Neanderthal
ancestry than previously thought.
8 ive regulation of Src by Csk is more
ancient than previously thought and that it might be conserved a
9 the lineage ancestral to R0a is more
ancient than previously thought, with a relict distribution acro
10 (2) R0a has a much deeper presence in
Arabia than previously thought, highlighting the role of at lea
11 ing (mcrA) is more widespread in the
Archaea than previously thought.
12 spend much more sediments on deepwater
areas than previously thought.
13 play a stronger role in the etiology of
ASD than previously thought.
14 ruited much earlier during ribosome
assembly than previously thought, suggesting the existence of add
15 on of bone working as a much older
behaviour than previously thought.
16 more broadly used principle in cell
biology than previously thought.
17 at the muscular attachment areas are
broader than previously thought.
18 f oxide-supported nanoparticle OER
catalysts than previously thought.
19 ssays reveal hundreds more precursor T
cells than previously thought, with higher-affinity tetramer-p
20 ain natural systems will be more
challenging than previously thought.
21 ration of native ecosystems more
challenging than previously thought.
22 more resilient to foreseen climatic
changes than previously thought.
23 tter model for understanding human
cognition than previously thought, despite differences in the neur
24 halamus has a much broader role in
cognition than previously thought.
25 eframe (eg, decades) and perhaps less
common than previously thought.
26 nary artery dissection (SCAD) is more
common than previously thought and is present in up to 4% of pa
27 Hidradenitis suppurativa is more
common than previously thought and may be treated by an array o
28 ryptic splice-site activation is more
common than previously thought and should be routinely consider
29 herbivorous crocodyliforms were more
common than previously thought and were present throughout the
30 l mating cues are now considered more
common than previously thought, but we still know little about
31 e-rich mitochondrial genomes are more
common than previously thought, with interesting implications f
32 ly high risk migrations might be more
common than previously thought, with potential fitness gains ou
33 at superficial plaque erosion is more
common than previously thought.
34 bivalent antibody binding may be more
common than previously thought.
35 cales, and their preservation is more
common than previously thought.
36 r radical therapy for CaP may be more
common than previously thought.
37 hat speciation with gene flow is more
common than previously thought.
38 echanisms in Thaumarchaeota are more
complex than previously thought and include unique lipids with a
39 ructure and function seem to be more
complex than previously thought and merit further study.
40 ts on these tropical islands is more
complex than previously thought and primarily postdates the majo
41 show that MoPrP cleavage is far more
complex than previously thought and suggest a mechanism by which
42 unication has proven to be even more
complex than previously thought since the discovery that extrace
43 hat the origin of this trait is more
complex than previously thought, and is consistent with recent m
44 tion of the ciliary ganglion is more
complex than previously thought, and that GABA may play a neurom
45 the global ecology of swIAVs is more
complex than previously thought, and the United States and China
46 G and vPAG in fear behavior are more
complex than previously thought, including a potential role in f
47 tween small GTPases and WASP is more
complex than previously thought-Rac regulates a subset of WASP f
48 nce of the residual body may be more
complex than previously thought.
49 shows that de novo induction is more
complex than previously thought.
50 e of these polymorphisms can be more
complex than previously thought.
51 idual fitness reductions may be more
complex than previously thought.
52 n with both E and S protein are more
complex than previously thought.
53 d that maize gene expression is more
complex than previously thought.
54 e transcriptome is considerably more
complex than previously thought.
55 and Neandertals is most likely more
complex than previously thought.
56 ecology and toxin evolution is more
complex than previously thought.
57 wild aurochs was significantly more
complex than previously thought.
58 ith each other in ways that are more
complex than previously thought.
59 nit disulfide bond formation is more
complex than previously thought.
60 s in locomotor-like activity is more
complex than previously thought.
61 at biomembranes are elastically more
complex than previously thought: besides a spontaneous curvature
62 CTS action is more
complex than previously thought: prolonged subcutaneous administ
63 simple spinel structure is more
complicated than previously thought, as more than three parameters a
64 t on global atmospheric CH(4)
concentrations than previously thought.
65 iation under a much larger set of
conditions than previously thought.
66 y distant algal phots is less well
conserved than previously thought.
67 symbiotic relationships within AOM
consortia than previously thought.
68 with fewer physical and chemical
constraints than previously thought, and apply much more widely in a
69 d which was inhabited at that time,
contrary than previously thought.
70 tals can be made to deform more
controllably than previously thought.
71 between the electron and hole-doped
cuprates than previously thought.
72 important role in global hydroclimate
cycles than previously thought.
73 e, and mangrove deforestation more
damaging,
than previously thought.
74 ollution in drinking water is more
dangerous than previously thought.
75 etween attention and microsaccades is
deeper than previously thought, exerting its strongest effects
76 n might be used by cells to a greater
degree than previously thought.
77 n and therefore see the world in more
detail than previously thought.
78 stochastic and less linear and
deterministic than previously thought.
79 a more limited role in cortical
development than previously thought.
80 more prevalent in organic electronic
devices than previously thought.
81 stem respiration might be markedly
different than previously thought.
82 n, thus implying much lower flood
discharges than previously thought.
83 g venous and arterial cardiovascular
disease than previously thought.
84 tern of axonal pathology in bipolar
disorder than previously thought.
85 ardsoni a more northern glacial
distribution than previously thought.
86 ing a wider geographic and host
distribution than previously thought.
87 p species which has a far wider
distribution than previously thought and has established itself in ma
88 c encapsulins may be more common and
diverse than previously thought.
89 angiosperm rooting systems were more
diverse than previously thought at this time.
90 ing that human retinal glia are more
diverse than previously thought.
91 ures of high-MW DON may be much more
diverse than previously thought.
92 gesting that ssDNA phage can be more
diverse than previously thought.
93 at this structure is more neuronally
diverse than previously thought.
94 e a much greater range of sequence
diversity than previously thought, which has significant implicati
95 l is more widespread in the bacterial
domain than previously thought.
96 surface GP expression is even more
dramatic than previously thought, reinforcing the importance of t
97 lts indicate that the genome is more
dynamic than previously thought and that human inversions have i
98 e of hAChE may be significantly more
dynamic than previously thought, allowing RS-170B to reorient in
99 tained in a manner that is even more
dynamic than previously thought.
100 the Q8 bound to the QH site is more
dynamic than previously thought.
101 teraction with clay minerals is more
dynamic than previously thought.
102 st that memory retrieval may be more
dynamic than previously thought.
103 basement membrane proteins are more
dynamic than previously thought.
104 nce fundamentally different trophic
dynamics than previously thought.
105 allic ink was used several centuries
earlier than previously thought.
106 rategy may have evolved considerably
earlier than previously thought.
107 s work shows that limb buds initiate
earlier than previously thought, as a result of localized EMT ra
108 dependently almost half a millennium
earlier than previously thought, through networks that enabled e
109 Its key elements evolved much
earlier than previously thought and are present in non-moulting
110 ion nearly a billion years ago, much
earlier than previously thought.
111 pite being rare, can be induced much
earlier than previously thought.
112 read biogeographic distribution much
earlier than previously thought.
113 d Homo appeared in the fossil record
earlier than previously thought.
114 ation, was hundreds of million years
earlier than previously thought despite the presence of S-MIF.
115 e Near East, many thousands of years
earlier than previously thought.
116 ches to treatment have proven less
effective than previously thought, whereas scientific and clinical
117 ave recently been shown to be less
effective than previously thought.
118 ropriately measured, has far broader
effects than previously thought.
119 o congenital heart disease has wider
effects than previously thought.
120 C(4)-NADP-ME activity is much more
elaborate than previously thought.
121 is a more complex sensory cue for C.
elegans than previously thought, both in terms of behavior and n
122 e order and frequency of pathogen
encounters than previously thought.
123 more important role in human cancer
etiology than previously thought.
124 and affect many more proteins in
eukaryotes than previously thought.
125 effects at lower levels of arsenic
exposure than previously thought.
126 wer effect on the mosquito's gene
expression than previously thought with only 170 genes influenced b
127 er by these mechanisms may be more
extensive than previously thought, in terms of the range of plasmi
128 can promote biodiversity to a broader
extent than previously thought.
129 te to human autoimmunity to a greater
extent than previously thought.
130 impacting TB epidemiology to a larger
extent than previously thought.
131 ant cortical pathophysiology more
faithfully than previously thought.
132 mulation from younger trees may occur
faster than previously thought, with implications for mangrove
133 water may be required to form such
features than previously thought.
134 males in species with external
fertilization than previously thought possible.
135 at the circadian system is far more
flexible than previously thought.
136 show the genetic code is much more
flexible than previously thought.
137 re, such that these traits are more
flexible than previously thought.
138 -island speciation found to be more
frequent than previously thought.
139 to total warfare earlier and more
frequently than previously thought.
140 al bacteria colonize the gut more
frequently than previously thought.
141 ute more to ecosystem structure and
function than previously thought.
142 re more important for normal muscle
function than previously thought.
143 h data sets contain many more tandem
fusions than previously thought and that about a quarter of larg
144 esting that RSV has a higher dependence on
G than previously thought.
145 ortant for late Pleistocene hunter-
gatherers than previously thought and highlight the potential of c
146 r for the adaptive immune system to
generate than previously thought.
147 mpact on the origin of new transcripts/
genes than previously thought.
148 compassing a larger proportion of the
genome than previously thought.
149 hogenesis of hypertensive
glomerulosclerosis than previously thought.
150 buffering against disturbance may be
greater than previously thought in humans.
151 going anthropogenic N loading may be
greater than previously thought.
152 ccine-elicited CD8(+) T cells may be
greater than previously thought.
153 ks from future extreme events may be
greater than previously thought.
154 er to the nucleus is potentially far
greater than previously thought.
155 hat mediate indirect defence is much
greater than previously thought, and we further organise major c
156 chemosensitive response to changes in CO2/
H+
than previously thought.
157 diversity in the autotransporter beta-
helix than previously thought, and suggest that this domain ca
158 ngus farming symbiosis is more
heterogeneous than previously thought.
159 IT cells are considerably more
heterogeneous than previously thought.
160 ggest that there is a more complex
hierarchy than previously thought.
161 ence rates of cardiac amyloidosis are
higher than previously thought.
162 geal reflux requiring revision may be
higher than previously thought.
163 tial for water to escape from Mars is
higher than previously thought.
164 effective bioavailability of 4-MU is
higher than previously thought.
165 7 Gt, more than an order of magnitude
higher than previously thought.
166 ion in the human brain is likely much
higher than previously thought.
167 onal diversity that are substantially
higher than previously thought (typically between 104 and 105 H
168 itation of V. niloticus has a longer
history than previously thought.
169 -undersaturated peridotite solidus is
hotter than previously thought.
170 f liquid water have more similarities to
ice than previously thought.
171 transport chain appears to be more
important than previously thought in this process, suggested predo
172 bution and aerosol cooling is more
important than previously thought.
173 tage in the explanation of social
inequality than previously thought.
174 s a more effective barrier against
infection than previously thought.
175 mes and host responses to T. cruzi
infection than previously thought, while our multi-parametric anal
176 cating that a larger amount of M
information than previously thought flows into both the dorsal and v
177 essing may be more intrinsically
integrative than previously thought.
178 less likely to undermine TasP
interventions than previously thought.
179 harbors a more complex mutational
landscape than previously thought.
180 ts show that protein interactomes are
larger than previously thought and contain highly dynamic regio
181 ven changes in O3 concentrations, are
larger than previously thought.
182 that the LRR-RLK gene family is even
larger than previously thought, and that protein domain gains a
183 anic matter has been shown to be much
larger than previously thought and thus it plays a major role i
184 development and can be substantially
larger than previously thought, with the Igf2r cluster extendin
185 e arose substantially earlier and some
later than previously thought.
186 rtex emerge earlier and in a different
layer than previously thought.
187 ry terrestrial biosphere is more CO2
limited than previously thought.
188 on in the hippocampal network is much
longer than previously thought.SIGNIFICANCE STATEMENT We found
189 vity limit several orders of magnitude
lower than previously thought.
190 ss-accretion rates more than ten times
lower than previously thought.
191 for plasma transport across the
magnetopause than previously thought, and frequently drive magnetosph
192 SCLA were significantly smaller in
magnitude than previously thought.
193 leus in the control of human decision-
making than previously thought.
194 ain is more similar to that of other
mammals than previously thought and contrasts with the more hete
195 ain is more similar to that of other
mammals than previously thought.
196 teracts with cargos in a more complex
manner than previously thought, which facilitates precise cargo
197 ontrolling behaviors with fewer
measurements than previously thought possible.
198 est a more complex auto-regulation
mechanism than previously thought and imply that ubiquitin binding
199 id pharmacology and cellular physiology
more than previously thought.
200 easles in substantially more child
mortality than previously thought.
201 agnostic value for type 1
neovascularization than previously thought and that dye angiography may und
202 of multisensory integration is more
nuanced than previously thought and reveal that the integration
203 environment may be greater and more
nuanced than previously thought.
204 sychiatric manifestations develop more
often than previously thought in the Huntington's disease prod
205 Poecilia reticulata XY system is much
older than previously thought, being shared not only with its
206 s and Lasiurus cinereus) are more
omnivorous than previously thought.
207 of the MT cytoskeleton that is more
ordered than previously thought.
208 similar to the mechanism of the ligase
PafA than previously thought and likely involves the transien
209 depressants in a wider group of
participants than previously thought, including those with mild to mo
210 pecies to be more prevalent, and
persistent,
than previously thought.
211 e that the island rule may be more
pervasive than previously thought and that support for its predict
212 cal forest succession are far more
pervasive than previously thought, challenging the way ecologists
213 ansferases might be a more common
phenomenon than previously thought.
214 far more accessible for chip-scale
photonics than previously thought.
215 ies may be more efficient in forming
planets than previously thought.
216 ity is more fluid, and tissues more
plastic,
than previously thought.
217 convergence in the evolution of
plesiosaurs than previously thought and suggest the existence of an
218 in promoting health among obese
populations than previously thought.
219 ry birds may have greater adaptive
potential than previously thought, leaving some scope for evolutio
220 e considerably smaller, and more
precarious,
than previously thought.
221 he brain to be more reliable and
predictable than previously thought.
222 ay experience substantial selective
pressure than previously thought.
223 , we suggest that it might be more
prevalent than previously thought.
224 dent radical SAM proteins are more
prevalent than previously thought.
225 n may be a more common and important
process than previously thought in generating and maintaining di
226 mic impacts of enhanced meltwater
production than previously thought.
227 icrobial ecosystems are much less
productive than previously thought.
228 trol on global-scale vegetation
productivity than previously thought, although continental-scale resp
229 ay a much larger role in disease
progression than previously thought.
230 cent gray matter loss may be less
pronounced than previously thought.
231 for the association of humans and H.
pylori than previously thought.
232 The podokinetic system adapts more
quickly than previously thought and subjects adapt more readily
233 elocities and adaptation occurs more
quickly than previously thought.
234 be less sensitive to (90)Y
radioembolization than previously thought.
235 s of ITN loss from households are more
rapid than previously thought, with 50% lost after 23 (20-28)
236 ical buffer showed that C3b is more
reactive than previously thought.
237 much more extensive hydrolytic
rearrangement than previously thought.
238 dicates less potential for IR dose
reduction than previously thought.
239 more intimately involved in gene
regulation than previously thought.
240 evels are under tighter metabolic
regulation than previously thought.
241 ched breast cancers are more closely
related than previously thought and may share a common cell of o
242 to be pharmacologically more closely
related than previously thought.
243 ces in tree populations may be more
relevant than previously thought, and have implications for tree
244 ificant SST change and may be more
resilient than previously thought.
245 ess detrimental for neurosensory
restoration than previously thought.
246 ore sophisticated role in predicting
rewards than previously thought.
247 nctional diversity of mammalian
ribonuclease than previously thought.
248 uccessional niche differentiation are
richer than previously thought and potentially account for mixt
249 lyses for heat vulnerability are more
robust than previously thought.
250 ggesting it might have a more impactful
role than previously thought.
251 g the phenotype of segmental
schwannomatosis than previously thought.
252 duction and climate, could be more
sensitive than previously thought to continental erosion (providin
253 d show that the privacy risk is more
serious than previously thought.
254 omain must therefore be ~12 residues
shorter than previously thought, imposing strict limits on ACP-m
255 and more dominated by intracortical
signals than previously thought, (2) interactions among cortical
256 n S. pombe and S. cerevisiae is more
similar than previously thought, membrane invagination speed and
257 thways in birds and mammals are more
similar than previously thought.
258 ntially over the past 150 y, but more
slowly than previously thought.
259 g members of the group may have been
smaller than previously thought, and that a profound miniaturiza
260 CH(4) emissions from rice paddies is
smaller than previously thought and underline the need for judic
261 shed in earlier numerical studies is
smaller than previously thought, potentially resolving an import
262 neries upon their contact on mRNA is
smaller than previously thought, suggesting intimate interaction
263 ween these populations were probably
smaller than previously thought.
264 en substantiated, but might be less
specific than previously thought.
265 and copper, revealing a broader
specificity than previously thought.
266 role in the origin of life at earlier
stages than previously thought possible.
267 rger impact on the North Atlantic jet
stream than previously thought. The increased vertical shear is
268 lly diverse and biogeographically
structured than previously thought.
269 between old and new M1 are thus more
subtle than previously thought.
270 n bad and good amyloids might be more
subtle than previously thought.
271 ore lethal risk factor for completed
suicide than previously thought.
272 diversity of the chemotaxis signaling
system than previously thought.
273 oxygen, but they might act on fewer
targets than previously thought.
274 f guest molecules and changes in
temperature than previously thought.
275 ccumulate to a far greater extent in
tissues than previously thought.
276 t of positive selection on lactose
tolerance than previously thought.
277 vector populations and malaria
transmission than previously thought.
278 uld be less representative of primary
tumors than previously thought, particularly when using late pa
279 activation that involves far more cell
types than previously thought, including neutrophils, B cells,
280 r the present-day surface more
uninhabitable than previously thought, and demonstrate the low probabi
281 antially greater luminance within the
uterus than previously thought [5].
282 ssic BA markers is more complex and
variable than previously thought.
283 erences among species explain less
variation than previously thought.
284 emicals with structural features more
varied than previously thought can suppress PGD2 synthesis.
285 neutralizing antibodies for influenza
virus than previously thought.
286 gnitude brighter at mid-infrared
wavelengths than previously thought-a brightness that could be detec
287 s-modal interactions in a more versatile
way than previously thought.SIGNIFICANCE STATEMENT The neura
288 bilizing nitrogen-cycle feedbacks are
weaker than previously thought.
289 d replication may impact biology more
widely than previously thought.
290 the wild avian tool-use repertoire is
wider than previously thought and extends to contexts other th
291 ENSO impacts are much
wider than previously thought.
292 bnormalities are more dynamic and
widespread than previously thought.
293 cation in sandflies might be more
widespread than previously thought, including Old World species.
294 l) crystal structure is much more
widespread than previously thought, occurring in low-temperature, h
295 he perception of ethylene is more
widespread than previously thought.
296 ures, a basic syntax, may be more
widespread than previously thought.
297 gests this phenomenon may be more
widespread than previously thought.
298 nication is phylogenetically 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.