1 Surprisingly,
100% of adult ADN-VEGF-C mice developed ch
2 Surprisingly,
116 genes are directly activated via mCpG-
3 Surprisingly,
25 d after transplantation (DAT) and >2 we
4 Surprisingly,
a beta-tubulin mutant that dramatically sl
5 Surprisingly,
a majority (68%) did not believe surgeons
6 Surprisingly,
a reduction of PCR cycles did not have a s
7 Surprisingly,
a relatively constrained gene expression p
8 Surprisingly,
abrogation of NCoR1 function did not rever
9 Pseudomonas sp. operational taxonomic units
surprisingly accounted for approximately 11% abundance i
10 Surprisingly,
accurate detection of human mtDNA transcri
11 (decrease) from alkali loads in neurons and,
surprisingly,
adjacent astrocytes.
12 We find
surprisingly adult-like functional specialization of the
13 the activity of the three enzymes in vitro;
surprisingly,
all three are active toward oxamniquine, y
14 Surprisingly,
also a significant proportion of coupled M
15 tional regions, such as exons, but, somewhat
surprisingly,
also avoid introns.
16 ly for a xenogeneic mismatch in species but,
surprisingly,
also for a syngeneic mismatch in sex.
17 Surprisingly,
although D2Rs are classically assumed to s
18 Surprisingly,
although little sequence similarity exists
19 number of all cones and M-cone subtype, but-
surprisingly-
an increase in S-cones.
20 Surprisingly,
and despite the antiviral functions of ISG
21 Surprisingly,
another psychotropic drug, phencyclidine,
22 ce bias influenced the result which somewhat
surprisingly appeared to extend past 10 years of follow-
23 Surprisingly,
Bclw or a stapled peptide corresponding to
24 Surprisingly,
both conventional dendritic cells (cDCs) a
25 Not
surprisingly,
both selection of a larger percentage of f
26 Surprisingly,
both wild type and FcRn knockout mice were
27 ed only with C-MAD2, the NTD and CTD in MAD1
surprisingly bound both O- and C-MAD2, suggesting that t
28 Surprisingly,
bovine immunodeficiency virus (BIV) Vif, b
29 Surprisingly,
C5aR1 is also expressed during early mamma
30 ned close to the center of the bilayer, but,
surprisingly,
can exchange rapidly with water as indicat
31 Surprisingly,
cardiac fibroblasts did not appear to cont
32 Surprisingly,
categorical agreement with BMD was only 47
33 Surprisingly,
cell collectives, despite their finite siz
34 Surprisingly,
chronic hyperglycemia had little effect on
35 of targeted PAHs results in values that are
surprisingly close to those determined experimentally, p
36 inclusions within microlite-poor matrix are
surprisingly common in low intensity eruptions around th
37 Surprisingly,
complete overlapping of random and aligned
38 This simple experiment reveals a
surprisingly complex pathway by which very different typ
39 A new study has
surprisingly concluded that 25% of random DNA sequences
40 Surprisingly,
crenezumab's complementarity-determining r
41 Surprisingly,
CUX1 occupancy decreased genome-wide in th
42 Surprisingly,
d-alanine also functioned as a co-germinan
43 tates their assembly in both toluene-d8 and,
surprisingly,
DCM-d2 into dimers, with significant stabi
44 ked by the 5 Hz electrical stimulation, but,
surprisingly,
decreased depression of dendritic IPSCs is
45 Surprisingly,
deletion of beclin1 in in vitro human cell
46 Surprisingly,
dentate PV interneurons are depolarized by
47 Surprisingly,
despite known differences in the number of
48 Surprisingly,
despite the difference in temporal origins
49 Surprisingly,
despite the presence of the large Fc tag,
50 mbrane interactions, yet such information is
surprisingly difficult to obtain at the molecular level.
51 Surprisingly,
diminished M1 macrophage activation was al
52 es of AAPs and capsid assembly processes are
surprisingly distinct among AAV serotypes 1 to 12.
53 Surprisingly,
DNase-accessible euchromatin is protected
54 Surprisingly,
dnGluN1 expression led to an enhancement i
55 even after 5000 trials, humans of both sexes
surprisingly do not change their initial fixations to ad
56 armonic phase-averaged shear stresses, which
surprisingly do not match the overall direction of the f
57 ericyte loss in stable adult retinal vessels
surprisingly does not cause BRB disintegration, it sensi
58 Thus, we suggest that polygenic selection is
surprisingly effective in altering allele frequencies am
59 Surprisingly,
eIF4A accelerated the rate of recruitment
60 eaction using aldehyde substrates has proven
surprisingly elusive.
61 Surprisingly,
enhancement rather than inhibition of M4 a
62 lose relatives (i.e., cladotherians) remains
surprisingly enigmatic.
63 Surprisingly,
expression of sense and antisense transcri
64 rary to studies in model organisms, we found
surprisingly few correlations between resource preferenc
65 Although
surprisingly few in number, these studies point to old a
66 Surprisingly,
for example, we estimated high average COI
67 Surprisingly,
forebrain-directed gene therapy resulted i
68 the whale shark (Rhincodon typus), which was
surprisingly found among both shark fin and gill plate s
69 However, we
surprisingly found that caspase and RIPK3 inhibitions do
70 s deleted only in CD11c-expressing cells, we
surprisingly found that CD8 T cell-intrinsic p38alpha ac
71 Surprisingly,
functional details of gammadeltaT cell ant
72 A detection assay, the target reactions were
surprisingly further stabilized by the formation of a ss
73 Surprisingly,
gammadelta T cells promoted the developmen
74 Surprisingly,
genetic deletion of B cells in CD28-DeltaT
75 Surprisingly,
genetic screening reveals that yeast FTase
76 Surprisingly,
germ cells, which do not arise from the CE
77 Many of these algorithms are
surprisingly good at recognizing objects in images.
78 Surprisingly,
H-Ras binding significantly inhibits the s
79 MPASS, which is essential for cell survival,
surprisingly has a cytoplasmic variant.
80 Not
surprisingly,
Hb dysfunction has been associated with ps
81 ivity of individual thalamocortical axons is
surprisingly heterogeneous, even in layers 3b/4 of the p
82 Surprisingly,
HFD feeding markedly increased mortality i
83 Isotope Stage (MIS) 3, from 50 to 35 ka, are
surprisingly high for this glacial interval, and remain
84 a resolution, the CD8 T-cell response was of
surprisingly high magnitude and prolonged duration, impl
85 Surprisingly,
HIV-1 infection was not associated with a
86 Surprisingly,
homeostatic mechanisms that regulate circu
87 Surprisingly however, despite these severe features, a l
88 Surprisingly,
however, male-female differences in the pr
89 Surprisingly,
however, only LECs showed enhanced cell pr
90 Surprisingly,
hummingbirds maintain constant wing veloci
91 Surprisingly,
HVEM exacerbates disease development in th
92 Surprisingly,
immunohistochemistry showed that high-CE a
93 lic acidosis (MAc), not just in neurons but,
surprisingly,
in adjacent astrocytes.
94 Surprisingly,
in all regions, food producers had larger
95 Surprisingly,
in all three structures, the bulky and hyd
96 Surprisingly,
in AOX1A, replacement of CysI by alanine,
97 Surprisingly,
in contrast to the prevailing model for LI
98 Surprisingly,
in P4H, a strong aliphatic C-H bond is act
99 Surprisingly,
in quiescent cells Exportin-1-dependent pr
100 Surprisingly,
in the absence of ESCRT function in C. ele
101 Surprisingly,
incorporation of a subunit with an altered
102 day as preparation, since the extraction was
surprisingly increased due to the starch retrogradation
103 Surprisingly,
indel (insertions and deletions) percentag
104 rus-induced encephalitis, egress of iMOs was
surprisingly independent of CCR2, with similar percentag
105 ytic and epithelial cell lines, but this was
surprisingly independent of its previously reported effe
106 Brn2, Brn4 and Oct6 assemble with Sox2 in a
surprisingly indistinguishable manner.
107 s indicate that this is because the virus is
surprisingly inefficient, barely replicating well enough
108 Surprisingly,
infected mice with Th cell impairment expe
109 to be highly conserved among eukaryotes, but
surprisingly,
ISG15 is highly divergent among animals.
110 Surprisingly,
it turns out that platelets support the re
111 Surprisingly,
juveniles match each syllable to the most
112 Surprisingly,
keratinocyte-specific deletion of E2F7 and
113 Surprisingly,
less intense selection is the strongest dr
114 ctrometry (MS), data processing tools can be
surprisingly limited.
115 Surprisingly,
lineage choice can be detected up to three
116 Rho GTPases are well documented, but we know
surprisingly little about how these pathways are coordin
117 al studies on how amblyopia emerges, we know
surprisingly little about the neural basis of amblyopia
118 e an area of pathogenesis which has received
surprisingly little attention, considering the necessity
119 usceptibility within the CNS, there has been
surprisingly little exploration into the differential vu
120 Surprisingly little is known about C3aR expression and f
121 However,
surprisingly little is known about how LMP1 expression i
122 , prosociality, empathy, psychotherapy), but
surprisingly little research has been aimed at identifyi
123 Surprisingly,
little is known about the role of the AP-1
124 Together, these results reveal
surprisingly long patterns of repeated activity in the h
125 We further show that,
surprisingly,
loss and rearrangement of DNA in centromer
126 Surprisingly,
loss of babA by phase variation or gene co
127 Surprisingly,
loss of RhoA causes increased Rho signalin
128 Surprisingly,
mentoring ceased to correlate positively w
129 Surprisingly,
mice with germline knockout of Lgr6 are pr
130 Surprisingly,
MIIC targeting is dispensable for T cell-d
131 causes partial reduction of H3K27ac, but has
surprisingly minor effects on transcription from either
132 Surprisingly,
monocytes that had upregulated CD64 expres
133 -inflammatory cytokines than CFC tissue, but
surprisingly,
more active transforming growth factor bet
134 Surprisingly,
most of the antioxidants promoted lutein d
135 Surprisingly,
most sleep-amount, but not sleep-timing, p
136 hepatic PERK activation to asparaginase, yet
surprisingly,
mRNA levels of key ISR gene targets such a
137 Surprisingly,
Ng2/Cspg4 deletion at the time of tumor in
138 Surprisingly,
NK-1 antagonists also inhibit 50% of TNF s
139 However,
surprisingly,
no data are available for the viscosity of
140 in their constituent domains, but they fill
surprisingly non-redundant roles in the cell, with defic
141 Surprisingly,
none of the candidate mutations that we id
142 Surprisingly,
none of the plastics exposed to offshore c
143 Surprisingly,
novel adaptation assays demonstrate that r
144 Surprisingly,
O-mannosylation of cadherins and protocadh
145 The cluster is
surprisingly only partially surrounded by the endoplasmi
146 Surprisingly,
optimization could be achieved in a single
147 Surprisingly,
our analyses revealed that most p53-bound
148 Surprisingly,
our data also reveal an association of PfH
149 Surprisingly,
our data showed a cubic-like pattern of de
150 Surprisingly,
our side-by-side comparison uncovered that
151 Surprisingly,
overall translational output remains robus
152 Surprisingly,
oxidative maturation to form the prFMN(imi
153 Surprisingly,
paternally-expressed genes of the non-clas
154 Surprisingly,
patients performed normally in judging vis
155 Surprisingly,
patients treated with new and powerful che
156 Surprisingly,
patients with monophasic disease failed to
157 ished between the two contexts, but somewhat
surprisingly,
performed better in the competitive condit
158 anscription apparatus with regard to (a) the
surprisingly pervasive double-Psi beta-barrel active-sit
159 Surprisingly,
phosphorylation at these sites is induced
160 Surprisingly,
phytochromes also mediate light activation
161 Surprisingly,
PLD2 (-/-) mice exhibit elevated blood pre
162 s were poorly explained by aridity, and were
surprisingly poor predictors of community richness.
163 ond physical attractiveness and includes the
surprisingly powerful impact of "face-ism" - the tendenc
164 These findings reveal a
surprisingly precise control of attention and its involv
165 Surprisingly,
preliminary DRIPc-seq experiments identifi
166 Surprisingly,
PT inhibited lung inflammatory pathology i
167 Surprisingly,
Rac1 is not located at the binding site on
168 Surprisingly,
reduced GATA1 expression and impaired diff
169 Surprisingly,
reduction of the intermolecular sulfur-sul
170 Genetic factors are
surprisingly relevant: PTSD has been shown to be highly
171 Surprisingly,
removal of introns from a target gene abol
172 Surprisingly,
renal creatinine clearance as estimated fr
173 a large fraction of the initial oxide can be
surprisingly resistant to reduction, and these residual
174 The genomes
surprisingly reveal collinearity of the non-recombining
175 well as quantum chemical calculations, which
surprisingly revealed that ground state destabilization
176 bstitutions and deletions of these loops had
surprisingly rich effects on the kinetics of glutamate-a
177 Surprisingly,
rods recover faster at higher light levels
178 Surprisingly,
S-motility and wild-type reversal frequenc
179 Surprisingly,
S1P had the opposite effect on effector me
180 Surprisingly,
selective knockout of Tet1 in NAc neurons
181 /herbicide-dependent marker genes as well as
surprisingly sensitive reporters of off-target transgene
182 l stable, persistent pollution patterns with
surprisingly sharp small-scale variability attributable
183 oteins were lethal within the brain within a
surprisingly short time frame of 2 days.
184 ontrast, RESTV-infected macrophages remained
surprisingly silent.
185 Cancer and sepsis have
surprisingly similar immunologic responses and equally d
186 Surprisingly,
skin abscess induction in an animal model
187 Surprisingly,
Slc30a10 knockouts also had elevated thyro
188 s, yet exercise programs are associated with
surprisingly small changes in body weight [1-4].
189 d engineered mouse pro-B cells converge on a
surprisingly small number of genes in the Ras processing
190 pt supercompact structures as evidenced by a
surprisingly small power-law scaling exponent (0.22) bet
191 Surprisingly,
Snook distributions during periods of grea
192 Surprisingly,
sodium accumulated in the colons of mice o
193 Surprisingly,
some changes enhanced the production of fu
194 Surprisingly,
some markers of atherosclerosis (fractalki
195 r than uniform effects, these results reveal
surprisingly specific effects of circadian misalignment
196 Surprisingly,
Ssb1, a cytoplasmic Hsp70 that binds ribos
197 ormally but later shortened and disappeared;
surprisingly,
stereocilia width decreased concomitantly
198 L-cIDPR is
surprisingly still hydrolysed by CD38, whereas 8-Br-L-cI
199 Surprisingly,
such sparse tetragonal superstructure exhi
200 Surprisingly,
targeted degradation of HYLS-1 after initi
201 Surprisingly,
TET1 represses a majority of epiblast targ
202 ells from homozygous HAQ carriers, we found,
surprisingly,
that HAQ/HAQ carriers express extremely lo
203 Surprisingly,
the A488P mutant only activated the recept
204 Surprisingly,
the activity of L1s can further impact the
205 Surprisingly,
the addition of an activator site often re
206 Surprisingly,
the alterations in messenger RNA levels in
207 Surprisingly,
the amount of LDs increases during prolong
208 cing Ig20 from autoinhibited WT filamin, but
surprisingly,
the capacity of these ligands to bind the
209 Surprisingly,
the carrier density of the conducting phas
210 Surprisingly,
the central arbors of plantar paw and trun
211 Surprisingly,
the collapse of the Rev1Xpc bone marrow wa
212 Surprisingly,
the contralateral non-massaged limb exhibi
213 Surprisingly,
the density of presynaptic terminals is no
214 Surprisingly,
the endocochlear potential that drives mec
215 Surprisingly,
the enhancing effect of flagellin did not
216 Surprisingly,
the EPO R150Q mutant shows only a mild red
217 Surprisingly,
the fibrils inhibited fertilization by imm
218 Surprisingly,
the generated bicyclic structure featuring
219 More
surprisingly,
the highest Tc that occurs at lower decomp
220 Surprisingly,
the levels of most microRNAs were stable b
221 Surprisingly,
the majority of these viruses, 90%, caused
222 Surprisingly,
the median tumor-free survival was 1 week
223 Surprisingly,
the most conserved domain, the CENP-C moti
224 Surprisingly,
the neurogenic ectoderm, not the ventral m
225 Surprisingly,
the new N-tier to C-tier polarity of trans
226 Surprisingly,
the number of simultaneous synaptic joints
227 Surprisingly,
the onset of clathrin waves, but not indiv
228 Surprisingly,
the p53(53,54) TAD2 mutant behaves as a "s
229 Surprisingly,
the phenotypes ranged from arrested myelin
230 Surprisingly,
the post-cytokinesis plasmodesmata allow d
231 Surprisingly,
the presence of S. mutans restored the bio
232 Surprisingly,
the proton from the acceptor was absorbed
233 We find that,
surprisingly,
the pseudo-repeat region of tau, which fla
234 Surprisingly,
the qualitative behaviour was conserved am
235 Surprisingly,
the resulting current changes are several
236 Surprisingly,
the results reveal that ReS2 lateral heter
237 Surprisingly,
the role in superconductivity of electroni
238 s were differentially regulated by RpoE, and
surprisingly,
the rseA mutant strain where RpoE activity
239 f the SET domain of Set1A (Set1A(DeltaSET));
surprisingly,
the Set1A SET domain is dispensable for ES
240 Surprisingly,
the shift from 'S-phase' to 'damage-respon
241 Surprisingly,
the spread of repressive epigenetic marks
242 Surprisingly,
the structures revealed a ubiquitin-like b
243 Surprisingly,
the superior colliculus (SC) contained onl
244 Surprisingly,
the Tg lesion stimulates telomerase loadin
245 Surprisingly,
the third stage, which appears to be criti
246 Surprisingly,
the triplet state of 1 was found to engage
247 Surprisingly,
the ubiquitous loss of the protein uniquel
248 Surprisingly,
the UbV selective for dimeric XIAP formed
249 Surprisingly,
there was no correlation between repeat oc
250 Surprisingly,
there was very little difference between t
251 Surprisingly,
these animals displayed a defect in the ho
252 Surprisingly,
these arrangements exhibit a common featur
253 Surprisingly,
these cells immunolabeled for tyrosine hyd
254 Surprisingly,
these maps are segregated resulting in dup
255 Surprisingly,
these mutations also increased the DNA unw
256 Surprisingly,
these residues are separated in primary se
257 Surprisingly,
these synthetic ligands modulated signalin
258 Surprisingly,
these transcriptional changes were highly
259 Surprisingly,
these were independent of microbial phylog
260 Surprisingly,
this correlation was negative: when a neur
261 Surprisingly,
this does not involve dynein's role as a r
262 Surprisingly,
this effect was observed before overt amyl
263 Surprisingly,
this inhibitory effect required the globul
264 Surprisingly,
this state does not interfere with the pro
265 Surprisingly,
this structure revealed a serine/threonine
266 This gain of SOC was
surprisingly three times more than that with stagnant el
267 Surprisingly,
transferred IRF-4-deficient DCs also effec
268 Surprisingly,
two of the three disulfide bridges in IL-1
269 Surprisingly,
ultraviolet B light or Benzo(a)pyrene expo
270 Surprisingly,
unexpected absorption features, which are
271 al binding of G-quadruplex RNA is conserved,
surprisingly using different protein elements.
272 Surprisingly,
vdW-DF-C09 provides a superior description
273 Surprisingly,
we also find that m(6)A disrupts RNA bindi
274 Surprisingly,
we could fully model this loop in either i
275 Surprisingly,
we discovered that attentional enhancement
276 Surprisingly,
we find that an additional water molecule
277 Moreover, and
surprisingly,
we find that enantioselectivities are high
278 Surprisingly,
we find that new spacer/tag sequences comm
279 Surprisingly,
we find that sex rather than cell type dri
280 Surprisingly,
we find that the DNA sequence within Hel30
281 Surprisingly,
we find that the mechanism of Pol IV recru
282 Surprisingly,
we found an excess of radical changes in s
283 However,
surprisingly,
we found no relationship between EPSP ampl
284 Surprisingly,
we found that an inhibitor of GAPDH, 3-bro
285 Surprisingly,
we found that approximately 80% of the ex
286 Surprisingly,
we found that elimination of Srebf-2 in he
287 Surprisingly,
we found that heat shock represses multipl
288 Surprisingly,
we found that jet lag impaired major param
289 Surprisingly,
we found that post cues had a larger effec
290 Surprisingly,
we found that previous cocaine exposure en
291 Surprisingly,
we found that these macrophages adapted to
292 Surprisingly,
we observed calcium channel-independent ef
293 Surprisingly,
we reveal a fine energy balance between th
294 Surprisingly,
we show that either PARP1 or PARP2 are suf
295 Surprisingly,
we uncovered a hitherto uncharacterized mo
296 roteins (FCPs), are an exception, displaying
surprisingly weak excitonic coupling between their chlor
297 Surprisingly,
what signaling pathways are active in the
298 Surprisingly,
whereas TCF1 was previously shown to promo
299 Surprisingly,
whole genome sequencing revealed that the
300 Upon deuteration, this dimer
surprisingly yields bimodal isotope distributions for th