1 ique database of 220,000 land-use records to
investigate how 20-y of land-use changes have affected f
2 We
investigated how 20 structural and functional ecosystem
3 Here, we
investigate how a benzene motif influences the photoindu
4 boratory-scale batch assays were designed to
investigate how a mixed microbial community responds to
5 We
investigated how a 40S subunit was recruited by the cric
6 We
investigated how a community of butterflies responded to
7 In this study, we
investigated how a neutralizing monoclonal antibody (MAb
8 Three preregistered experiments
investigated how a person's own vaccination behavior, ot
9 ta linkage to national schooling records, we
investigated how accurately polygenic scores for educati
10 Consequently, this study
investigates how accurately individuals judge torques at
11 e use the quantifiable nature of birdsong to
investigate how acetylcholine modulates the cortical (pa
12 This study
investigated how adaptive and demographic forces have sh
13 This study aimed to
investigate how administering multiple doses of tropiset
14 novalent antigen-binding fragments (Fabs) to
investigate how affinity maturation contributes to bindi
15 tested on alpha-synuclein, are then used to
investigate how alpha-synuclein senses Ca(2+) concentrat
16 To
investigate how Amazonian fish community composition and
17 Thus, in order to
investigate how ancestral functions are retained or lost
18 polymorphic and monomorphic species, we then
investigate how ancestral variation, hybridization, and
19 independent experimental data and used it to
investigate how and to which extent tumor cells can surv
20 Implementation science that
investigates how and why integrated interventions work i
21 Here, we
investigate how aneuploidy causes both slow proliferatio
22 Here, we instead
investigate how antibiotic concentration impacts the ini
23 We
investigated how Arrokoth formed and found that it is th
24 e function.SIGNIFICANCE STATEMENT This study
investigates how astrocytes, a type of non-nerve cells i
25 Here, we
investigate how ATP13A2 provides protection against mito
26 work with the bacterial PTS (Ntr) system and
investigates how bacteria respond to nutrient availabili
27 Here we address this issue by
investigating how behavioral and brain-based responses i
28 Our purpose was to
investigate how bending GDD tubes affects the performanc
29 we developed a simple computational model to
investigate how beta CaMKII regulates the direction of p
30 To
investigate how beta-bursts relate to movement in male a
31 Investigating how binocular disparity is processed in th
32 In this paper, we
investigate how border policy, a key influence on intern
33 d environmental or genetic factors have been
investigated, how brain age is associated with those fac
34 pan pave the way for future clinical studies
investigating how brain disorders affect brain developme
35 murine tumor models (TC1, MC38, and 4T1) to
investigate how CAFs influence the immune microenvironme
36 ptible populations, it is imperative that we
investigate how Candida albicans interacts with blood co
37 Critically, we
investigated how category, shape, and spatial frequency
38 phorylation mutants and arrestin variants to
investigate how CCL5 analogs differ from CCL5 in their c
39 Here, we
investigated how Cd is redistributed when ferrihydrite u
40 To
investigate how cell shape, cytoskeletal organization, a
41 We apply QMAP-Seq to
investigate how cellular stress response factors affect
42 Here we
investigated how cellular states might affect the respon
43 We
investigated how changes in densities of large predatory
44 biophysically based working memory model, we
investigated how changes in the recurrent excitation med
45 Our study
investigates how changes in population weight and obesit
46 Here, we
investigate how chemosensation drives host seeking and a
47 Here, we
investigate how chirality affects the activity and mecha
48 We
investigated how chitin and nodulation (Nod) factor rece
49 es along with high-resolution microscopy, we
investigate how chromosome topology relates to transcrip
50 on of high geomorphological heterogeneity we
investigated how climatic and edaphic factors affect tro
51 We
investigated how clonal integration of seven dominant va
52 Here, we
investigate how common and accessible are mutants that e
53 Here, we
investigated how complement interacts with the platelet/
54 In this study we
investigate how computational intelligence methods can b
55 The current study
investigated how contrast sensitivity to luminance- (lum
56 Our study
investigates how coordination of ANP32E and H2A.Z contri
57 In this study, we
investigated how dancers coordinate body segments when a
58 c tomography, and finite element modeling to
investigate how deformation rate and mechanical properti
59 Here, we
investigated how delay-period activity in frontal and pa
60 Few previous studies have
investigated how density-dependent processes and populat
61 We
investigate how departure from the self-sustaining equil
62 Here we
investigate how depletion and selective reconstitution o
63 er ablation, and biophysical measurements to
investigate how deregulation of cortex tension in the oo
64 Here, we
investigated how deregulation of PIP2;5 expression affec
65 Recent studies have
investigated how development is coordinated between thes
66 We
investigated how device-based physical activity energy e
67 nclude high nitrate, moisture and plants; we
investigate how differences in the soil microbiome due t
68 We
investigated how differences in methodology affect estim
69 (10 nests) and a suburban (9 nests) site and
investigated how differences in parental behaviours were
70 part of a 12-mo randomized controlled trial
investigating how different monitoring strategies influe
71 atase 1B (PTP1B) is the canonical enzyme for
investigating how distinct structural elements influence
72 In vivo Perturb-Seq allows us to
investigate how diverse mutations affect cell types and
73 ddress a fundamental biological question and
investigate how drug-target binding shapes antibiotic ac
74 *We
investigated how dryness, represented by aridity index,
75 Specifically, we
investigated how environmental suitability for tick host
76 We next
investigated how EPA improved murine hyperinsulinemia an
77 Here we
investigated how epithelia of the Drosophila wing disc r
78 ed within 24 h after infection, and here, we
investigated how EPS abrogates its production.
79 Here, we
investigate how excessive innate immune responses to H5N
80 Here we
investigated how excitatory and VIP inhibitory cells in
81 nce microscopy, bulk actin assays, and EM to
investigate how ExoY impacts actin dynamics.
82 This study
investigated how experts' ability to engage in velocity-
83 Here, we
investigated how explicit top-down anticipation before u
84 In future studies it would be of interest to
investigate how final data interpretation is influenced
85 erium exchange-mass spectrometry (HDX-MS) to
investigate how FIXa responds to assembly with FVIIIa in
86 Here we
investigate how flaviviruses exploit Src family kinases
87 Therefore, we
investigated how formaldehyde fixation influences the ph
88 ces S. rosetta as a model system in which to
investigate how genes identified from genetic screens an
89 e employed genotyping-by-sequencing (GBS) to
investigate how geographical isolation, habitat shifts,
90 Here, we
investigated how histamine affects developing corticostr
91 In this study, we
investigated how HIV-1 protein Nef secreted in extracell
92 We
investigated how HNF4 transcription factors regulate met
93 Here, we
investigated how honey bee individual and group phenotyp
94 To
investigate how host genetics and environment influenced
95 We
investigate how human pluripotent stem cells (hPSCs) dif
96 We
investigate how human subjects can derive reward-maximiz
97 arning paradigm and multielement stimuli, we
investigated how human adults and honey bees (Apis melli
98 Thus, our study lays the framework for
investigating how IAP and autophagy may act together to
99 tem to investigate transcriptional function,
investigating how identity, density and position contrib
100 In this study, we
investigated how IL-9 modulates EAE development.
101 ith (18)F-fluorofuranyl norprogesterone have
investigated how imaging changes in PR expression as a d
102 Thus, a concerted effort is required to
investigate how immune dysregulation influences suscepti
103 The goal of this study was to
investigate how immunosuppressants affect gene expressio
104 In an outdoor mesocosm experiment, we
investigated how impacts of drought on boreal stream eco
105 We
investigate how improved data access shifts the quantity
106 mouse expressing human asyn in LC neurons to
investigate how increased asyn expression affects the fu
107 d the fruit fly, Drosophila melanogaster, to
investigate how infection through septic injury modulate
108 To
investigate how interhomolog sequence polymorphism affec
109 E/I ratio in an in silico neuronal network,
investigate how it relates to power and long-range tempo
110 sible proapoptotic anticancer properties, we
investigated how it might affect HSV infection.
111 146 families, from 199 sites worldwide), and
investigated how K(S) varied with climatic variables, pl
112 ce in Arabidopsis (Arabidopsis thaliana) and
investigated how KDR regulates the shade avoidance netwo
113 To
investigate how kinship affect coalitionary dynamics, we
114 uration, and types of intervening matrix) to
investigate how landscape heterogeneity influences genet
115 We
investigated how large herbivore grazing affects soil mi
116 We
investigate how lateral inhibitory networks mediated by
117 Here, we
investigated how learning to protect others from pain (p
118 talian mobility data provided by Facebook to
investigate how lockdown strategies affect economic cond
119 We
investigated how loss of TSG-6 affects wound closure and
120 We used the zebrafish model to
investigate how low doses of DomA affect the developing
121 However, no study has experimentally
investigated how low- and high-affinity HBOCs would perf
122 s understudied in this context, we sought to
investigate how MALT1 proteolytic activity contributes t
123 enetic and environmental models for NDs that
investigate how manipulations of the microbiome causally
124 Here, we
investigate how mean climatic conditions and rates of cl
125 loited the independence of this PM domain to
investigate how membrane domains can independently integ
126 Here, we
investigate how microplastics of a variety of shapes (be
127 To
investigate how migrating cells detect and respond to me
128 Here we
investigated how miR-199 expression is regulated in beta
129 Here, we aimed to
investigate how mitochondria respond to acute DNA damage
130 The present tool can be used to
investigate how mitochondrial diversity relates to metab
131 To
investigate how modulation of the cerebellum may impact
132 port cognitive control, but few studies have
investigated how motor signals change during reactive an
133 To this end, this work
investigates how motor cortical neural activity changes
134 The aim of this study was to
investigate how mRNAs are stored in dry seeds and whethe
135 Further studies are needed to
investigate how muscular changes after stroke may impede
136 In this work, we
investigate how n and r may independently contribute to
137 Therefore, this study
investigated how NAc MSNs mediate alcohol intake by usin
138 , we simulate evolution of model proteins to
investigate how native structure influences evolution of
139 Here, we
investigate how natural and sexual selection shape pheno
140 orcing techniques provide a powerful tool to
investigate how natural implicit primes can unconsciousl
141 In this study, we
investigated how natural interstrain variation in the am
142 To
investigate how neonatal gammadelta T cell repertoires a
143 We
investigate how neural representations of object angles
144 Here we
investigated how neural circuits controlling skilled rea
145 We
investigated how neuroinflammation relates to the locali
146 We recorded from two male macaques to
investigate how neurons in the middle temporal cortex (M
147 This allows us to
investigate how noise affects the electrical activity, e
148 Here we
investigate how nucleation-promoting factors mediate int
149 stunted by low-nutrient and acidic soil, to
investigate how nutrient limitation affects xylem functi
150 ral OFC using two-photon calcium imaging and
investigated how OFC dynamically interacts with primary
151 To
investigate how opioid exposure alters dopamine (DA) res
152 Here, we
investigate how organization underpins phage lambda deve
153 Here, we
investigated how pairs of chimpanzees (Pan troglodytes)
154 Here, we
investigated how participants used their own experiences
155 We also
investigated how passive permeation might influence the
156 d neuroimaging and computational modeling to
investigate how people learn from observing the actions
157 We
investigated how people represent the subjective experie
158 When
investigating how perceptual information influences deci
159 e used for multi-parameter studies (e.g., to
investigate how phagocytosis is affected by specific rec
160 We
investigate how phase coding affects the neural coding o
161 s of wild animals provide the opportunity to
investigate how phenotypic plasticity is used to cope wi
162 scsHi-C technology will make it possible to
investigate how physical interactions between identical
163 We
investigated how plants generate and transduce these rap
164 The aim of this study was to
investigate how plasma NfL relates to amyloid and tau PE
165 Here, we
investigate how population size changes and the strength
166 a-gastric sugar and non-caloric sweetener to
investigate how post-ingestive effects can be reinforcin
167 Here, we
investigated how predation risk affects a suite of mater
168 We
investigated how predicted ocean warming (OW) and acidif
169 Here, we
investigate how pregnancy reprograms enhancer chromatin
170 We also
investigated how preventing Wnt ligand secretion from en
171 Here, we
investigated how primed and de novo enhancers coordinate
172 dditionally, using pharmacological tools, we
investigated how rapamycin, an inducer of autophagy, aff
173 Here, we
investigated how rapidly representations of facial attra
174 Here we
investigate how regions in visual cortex participate in
175 Here, we
investigate how reinforcement learning and selective att
176 To
investigate how repeated exposure to a visual stimulus a
177 We
investigated how resources and disturbances shape the ma
178 The present study
investigated how reward and punishment impact behavioura
179 To further
investigate how risk SNPs in active regulatory elements
180 Here, we
investigated how RocA promotes CovR/S activity, identify
181 This paper
investigates how rumors are amplified by a group of user
182 In this study, we
investigated how selective inhibitors of DGAT1 and DGAT2
183 sol gas chromatography (SV-TAG) were used to
investigate how semivolatile organic compounds (SVOCs) p
184 This presents an opportunity to
investigate how sensory, affective and cognitive stimuli
185 ysiology with Markov state model analysis to
investigate how SF-level gating modalities control selec
186 The aim of this study was to
investigate how shape measurement can complement existin
187 The objectives of this study were to
investigate how shift work impacts satisfaction with tim
188 rms in shelter provision for reef fishes, we
investigated how shifts in the morphological structure o
189 address such paradoxical function, our study
investigated how SHOC2 impact leukemic cells drug respon
190 rovides a general computational framework to
investigate how single-neuron perturbations are linked t
191 Here, we utilize mathematical modeling to
investigate how small outward currents in stimulated cEC
192 mary motor cortex of 4 male sleeping rats to
investigate how SO and spindles interact to modulate the
193 red attention recently, but few studies have
investigated how social cues gain incentive-motivational
194 hips can affect fitness, little research has
investigated how social positions develop or whether the
195 This study
investigated how Sox9 controls the development of each c
196 The BCF can be used to
investigate how spatial heterogeneity affects the behavi
197 both FLAPS and randomized configurations, we
investigated how spatial locations and clustering of pre
198 To
investigate how specific habitat features affect predati
199 Here we
investigate how structure (network topology and body-siz
200 Our framework allows us to
investigate how subcellular mutations, i.e. knockouts an
201 combination of ultrafast spectroscopies, we
investigate how such excited-state symmetry breaking aff
202 single-cell RNA sequencing in human colon to
investigate how sympathetic postganglionic neurons modul
203 This study aimed at
investigating how T(FH)s are generated during the pathog
204 Here, we
investigate how tapir reproduction is affected by previo
205 By
investigating how temporally precise SC inhibition influ
206 Here we
investigated how TGF-beta regulates expression of fibrou
207 To
investigate how the (CTG)n repeat expansion changes over
208 In two preregistered studies, we
investigate how the ability of self-reliance influences
209 entary DNA (cDNA) and metatranscriptomics to
investigate how the acquisition of the symbiotic cyanoba
210 Here, we
investigate how the adsorption of the cosolvent MeOH cha
211 contact sites between these two proteins and
investigate how the binding of arrestin-1 affects the ca
212 The objective of the current study was to
investigate how the brain represents grasp configuration
213 To
investigate how the CARD14(E138A) psoriasis-associated m
214 sing a first-principles approach in order to
investigate how the cerebrospinal fluid (CSF) enters the
215 ntervals, offers an excellent opportunity to
investigate how the climate system responds to changes i
216 To
investigate how the context-dependent crosstalk of diffe
217 Specifically, we
investigate how the cotranslational folding behavior of
218 Here, we
investigate how the dark web marketplace ecosystem reorg
219 , and epifluorescence microscopy was used to
investigate how the different components of the holobion
220 tinct states of simulated brain activity and
investigate how the distributed effects of stimulation m
221 To
investigate how the expression of tau affects alpha-syn-
222 We
investigate how the Faradaic efficiency of CO formation
223 Herein we
investigate how the fate of GFP variants of differing in
224 Here, we
investigate how the FDA-approved antihypertensive drug,
225 zebrafish oxytocin receptor knockout line to
investigate how the genotypic composition of the social
226 The model allows us to
investigate how the geometrical organization of the chro
227 rtual reality (VR)-based locomotion task, we
investigate how the integration of visual and locomotor
228 We
investigate how the memory and topological properties in
229 was used as a model bacterial cell system to
investigate how the molecular length and conformation of
230 This study may offer a platform to
investigate how the organization and function of the per
231 rmore, the experimental system allowed us to
investigate how the orientation of the topographical fea
232 ses replication errors, we were motivated to
investigate how the oxidized ribonucleotide is utilized
233 Here, we
investigate how the presence of heme, a highly relevant
234 We used simulations to
investigate how the spatial and temporal patterns of NO
235 Here we design a microfluidic platform to
investigate how the spatial arrangement of microbes impa
236 We report two experiments designed to
investigate how the standard deviation (SD) of the lumin
237 Here, we
investigate how the stoichiometric quality of basal reso
238 In this work, we
investigate how the structure of the bacterial arrangeme
239 ned from the orbiting Akatsuki spacecraft to
investigate how the super-rotation is maintained in the
240 se microscopy, and computational modeling to
investigate how the type I interferon (IFN)-responsive r
241 In this study, we used NMR to
investigate how the type of RNA, as well as the presence
242 Here, we
investigate how the weakly electric mormyrid fish Gnatho
243 In this study, we
investigated how the acyl chain structure of SMs affects
244 Therefore, we firstly
investigated how the additional hydroxyl group of NE cou
245 We
investigated how the attenuation of pain with cognitive
246 Here, we
investigated how the BotC neurons interact with the expi
247 Here, we
investigated how the chemical nature, position, and numb
248 Here, we
investigated how the chloroplast chaperonin (Cpn60) faci
249 We first
investigated how the choice of four commonly used leaf-l
250 Specifically, we
investigated how the composition and/or metabolism of th
251 the problem as a supervised learning one and
investigated how the computed latent variables can be us
252 ssociated with the task out of the data, and
investigated how the functional connectivity between the
253 Here we
investigated how the human brain supports private-public
254 Here we
investigated how the interaction between these two enzym
255 Using these methods we
investigated how the levels of 402 thylakoid proteins, i
256 Here we
investigated how the maternal diet affects HMO biosynthe
257 We
investigated how the PIWI-interacting RNA (piRNA) pathwa
258 We
investigated how the pneumococcus utilizes these enzymes
259 In this study, we
investigated how the SUMO-SIM interaction regulates the
260 In laboratory experiments, we
investigated how the timing of warming influences a wide
261 Biological Magnetic Resonance Bank (BMRB) to
investigate how their properties are modulated by differ
262 ing foraging and in social scenarios, and we
investigate how these behaviors may be used syntacticall
263 To definitively
investigate how these components affect the direct and i
264 Moreover, we perform regression analysis to
investigate how these cultural styles are associated wit
265 sing positron emission tomography (PET), and
investigate how these differences might associate with c
266 tter understand bumblebee health, we need to
investigate how these factors interact, yet experimental
267 To
investigate how these functions are mixed in the hippoca
268 We
investigate how these hubs of ecosystem services facilit
269 We
investigate how these interactions reflect intra-tumor h
270 To
investigate how these lipid/protein interactions influen
271 To
investigate how these processes jointly modulate the fun
272 We aimed to
investigate how these relationships affect the results o
273 al calculations and numerical simulations to
investigate how these results constrain the architecture
274 We have also
investigated how these changes impact the formation of s
275 In rhesus monkeys of both sexes, we
investigated how these functionally distinct areas may i
276 Here, we
investigated how these structures relate to ligand-depen
277 e-dimensional chromosome organization and in
investigating how these dynamic mechanisms control V(D)J
278 an monocyte-derived dendritic cells (DCs) to
investigate how they polarize naive CD4(+) T(H) cells.
279 es in the North French Guiana rainforest and
investigated how they are structured by host identity an
280 perturbative signature of these networks and
investigate how this can be measured under different exp
281 Here we
investigate how this process, known as pragmatic reasoni
282 To
investigate how this transition was possible, we have ev
283 -Luciferase reporter assays in CD cells, and
investigated how this activity responds to neurotransmit
284 etween ACE2 and SARS-CoV-2 spike protein, we
investigated how this interaction would affect the enzym
285 We
investigated how this is achieved for Drosophila Follicl
286 Investigating how this variation arose with respect to n
287 Here, we
investigate how threat predictions generated from learni
288 Here, we
investigate how tissue localization regulates the develo
289 Qualitative work
investigated how to maintain equipoise.
290 egrative transcriptome analyses were used to
investigate how TP-0903, an AXL kinase inhibitor, influe
291 ent a trait-based mathematical framework for
investigating how tri-trophic food chains persist in sea
292 Taking a mathematical modelling approach, we
investigate how tumour properties and HAP-radiation sche
293 Using flume experiments, we
investigate how turbidity currents transport microplasti
294 nally, we performed a mesocosm experiment to
investigate how variation in wolf spider density, which
295 We
investigate how various factors, including having ovulat
296 We
investigated how various drying methods affect the chemi
297 we summarize the recent research efforts on
investigating how various complexities in biological env
298 Here, we
investigate how virally-mediated overexpression of alpha
299 combined with X-ray computed tomography, we
investigated how water availability and substrate archit
300 Here, we
investigated how Wnt10a affects tooth root development b