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1 nse, and remained localized to ALM until the behavioral response.
2 r, citalopram, revealed a genotype-dependent behavioral response.
3 nd, surprisingly, can even bias the animal's behavioral response.
4 duced change in CRY activity might produce a behavioral response.
5 with sensitivity and dynamics matched to the behavioral response.
6 converge in the brain to facilitate a common behavioral response.
7 ete sensory inputs can drive a probabilistic behavioral response.
8 es, confirming the GR involvement in the PSS behavioral response.
9 cked to odor onset, not to the timing of the behavioral response.
10 e perceptual decision process and subsequent behavioral response.
11  detects rewarding stimuli and coordinates a behavioral response.
12 intaining F-/G-actin equilibrium for optimal behavioral response.
13 plex, involving also a direct scaling of the behavioral response.
14 t induce a percept which, in turn, induces a behavioral response.
15  enzyme acts in these neurons to buffer this behavioral response.
16  BDNF release in driving scopolamine-induced behavioral responses.
17 ulation (TMS) with computational modeling of behavioral responses.
18  blocked chronic constriction injury-induced behavioral responses.
19  different contexts all gave rise to similar behavioral responses.
20 granule neurons play a crucial role in these behavioral responses.
21 otonergic neurons induce antidepressant-like behavioral responses.
22 us (DRN) serotonergic neurons induces robust behavioral responses.
23 duction in DG granule neurons and associated behavioral responses.
24 onment and subsequently initiate appropriate behavioral responses.
25 ternal environment and informing appropriate behavioral responses.
26 ulted in altered neurologic and/or locomotor behavioral responses.
27 related endocrine, autonomic, metabolic, and behavioral responses.
28 maintain arousal along with learned adaptive behavioral responses.
29 ficantly correlated to effect thresholds for behavioral responses.
30 luate sensory stimuli and select appropriate behavioral responses.
31 known modulation of diverse neurohumoral and behavioral responses.
32 havioral decisions and represents subsequent behavioral responses.
33 the impact of these modulatory mechanisms on behavioral responses.
34 produced analogous effects on stress-induced behavioral responses.
35 ects who are considered unconscious based on behavioral responses.
36 sensory cues, however, often demand opposing behavioral responses.
37 lla neuron Tm9 as critical for motion-evoked behavioral responses.
38 dence for integration that could explain the behavioral responses.
39 an be processed together to produce adaptive behavioral responses.
40 in associations between acoustic stimuli and behavioral responses.
41 namic virtual reality environment to examine behavioral responses.
42 , significantly less likely to produce these behavioral responses.
43 re derived from a Bayesian observer model of behavioral responses.
44 depletion of E2f3 isoforms in NAc on cocaine behavioral responses.
45 for T4 directional selectivity and ON motion behavioral responses.
46 onally selective and necessary for ON motion behavioral responses.
47 urogenesis, each blocks the ketamine-induced behavioral responses.
48 n important role in many brain functions and behavioral responses.
49 ion of 5-HT2B receptors to cocaine-dependent behavioral responses.
50 ed to inspect novel items and initiate rapid behavioral-responses.
51 t flexibility allows animals to modify their behavioral responses according to environmental cues, me
52 ty measure accurately predicts variations in behavioral responses across categorization tasks and sti
53  study suggests that observed differences in behavioral responses across rapid categorization tasks r
54                      Here, we show that this behavioral response also requires Efa6, one of (at least
55 system mediates protective physiological and behavioral responses amid infection.
56 We chose these targets because they produced behavioral responses analogous to the classical verbal i
57 classes of responses elicited by threats: 1) behavioral responses and accompanying physiological chan
58 with verapamil prevented scopolamine-induced behavioral responses and BDNF-tropomyosin receptor kinas
59 ptic shape recognition in humans by studying behavioral responses and brain activation for haptically
60 tral nervous system, and is involved in many behavioral responses and brain functions.
61                                              Behavioral responses and GluA1 levels in the hippocampal
62 ure that modulates autonomic, endocrine, and behavioral responses and is a potential therapeutic targ
63 he target authors focus too much on adaptive behavioral responses and not enough on actual psychologi
64                           HFD also increased behavioral responses and paw swelling to paw injection o
65                            We quantify their behavioral responses and use reverse-correlation analysi
66 quired higher photon fluxes for a detectable behavioral response, and a sharp detection border was pr
67 st in deep layers of ALM, seconds before the behavioral response, and remained localized to ALM until
68 oendocrine cell coordinates an organism-wide behavioral response, and suggest that similar signaling
69 ls in response to acute stress is the normal behavioral response, and thus, MAGL inhibitors, which pr
70 s relationships among environmental stimuli, behavioral responses, and predicted outcomes.
71 play among the type of incentive, individual behavioral responses, and the intrinsic epidemic dynamic
72 c-response-specific circuitry despite stable behavioral responses (approach/avoidance) to the odors a
73  they are influenced by the context in which behavioral responses are expressed.
74                 We show that these sustained behavioral responses are mediated by a long-lasting pote
75          In adults, nociceptive reflexes and behavioral responses are modulated by a network of brain
76                               These opposite behavioral responses are paralleled by distinct brain ac
77 dor sniffing, followed by systemwide beta as behavioral responses are prepared.
78 l moderated mediation analysis revealed that behavioral responses are significantly involved in the t
79 y signaled as a quantity and induced similar behavioral responses as learned threat probability.
80  higher synchrony was associated with faster behavioral responses, as would be expected from early gr
81 brain brain responses to reward learning and behavioral responses associated with learning from negat
82                                     However, behavioral responses by coral-associated organisms to se
83 larization, increased firing rate, and acute behavioral responses by the Kvbeta subunit redox sensor.
84 ole for FOXO3a in promoting cocaine-elicited behavioral responses by use of viral-mediated gene trans
85 ts and brain regions during face recognition.Behavioral responses confirmed the induction of PEs by o
86 ortical inputs to nucleus accumbens modifies behavioral responses controlling incubation of cocaine c
87                           These cellular and behavioral responses depended on the TRPA1 channel, whos
88 een mental processes to generate appropriate behavioral responses, develops in a protracted manner an
89 receptors, are primarily responsible for the behavioral response differences among the males in this
90 noids in vivo could affect physiological and behavioral responses differently in each sex.
91 we investigated an alternative view in which behavioral responses do not exclusively depend on but th
92 s projecting to PL more accurately predicted behavioral responses during competition than unidentifie
93 related to patients' retaliatory propensity (behavioral responses during the task) and parent-reporte
94 n lines in Drosophila larvae and tracked the behavioral responses from 37,780 animals.
95 s to one another, and statistically distinct behavioral responses from ground motion alone.
96 d by monitoring the electrophysiological and behavioral responses from the in vivo stimulation of She
97 also reveals that hosts can evolve different behavioral responses from the same initial conditions, w
98 wn of Egr3 in MSN subtypes produced opposite behavioral responses from those observed with overexpres
99                       Valid cueing induced a behavioral response gain increase, higher asymptotic per
100         The ability to select an appropriate behavioral response guided by previous emotional experie
101 lliseconds, but the corresponding sub-second behavioral responses have not been adequately explored i
102 f mood.Rewards or punishments elicit diverse behavioral responses; however, the neural circuits under
103  Stressful events evoke long-term changes in behavioral responses; however, the underlying mechanisms
104                                Participants' behavioral responses (i.e., satisfaction ratings) were m
105 or an animal's survival by ensuring adaptive behavioral responses in an ever-changing environment.
106  processing at the circuit level or abnormal behavioral responses in ASD mouse models, especially dur
107 multichannel optogenetic research on complex behavioral responses in groups of animals over large are
108 ical for serotonin-induced, 5-HT2AR-mediated behavioral responses in mice.
109 rties, evaluated by electrophysiological and behavioral responses in Sprague-Dawley (SD) rats.
110 y contribute to the emergence of maladaptive behavioral responses in the face of adverse life events.
111                    Orchestrating appropriate behavioral responses in the face of competing signals th
112 it is critical in governing the selection of behavioral responses in the face of competing signals.
113 ablish a critical role for prolactin-induced behavioral responses in the maternal brain, ensuring sur
114 ons are associated with a set of stereotypic behavioral responses, including anorexia, lethargy, and
115                                              Behavioral responses, including scototaxis, activity, ex
116 ion alterations in ADHD are more robust than behavioral response inhibition deficits and explain vari
117                Executive functions including behavioral response inhibition mature after puberty, in
118                                       Still, behavioral response inhibition measures do not consisten
119 c feeding schedules (HFS) exhibit compulsive behavioral responses involving food anticipatory activit
120 alamic response and expression of compulsive behavioral responses involving meal anticipation and con
121 ociceptive signal, and elicit an appropriate behavioral response is essential for survival.
122 these neurons are ablated, we found that the behavioral response is shifted; small objects now tend t
123  Capturing nature's statistical structure in behavioral responses is at the core of the ability to fu
124 offspring sex ratios, understanding maternal behavioral responses is critical for predicting the futu
125 ed in the brain and how it coordinates these behavioral responses is not fully understood in any syst
126  play any role in modulating the accuracy of behavioral responses is poorly understood.
127       Further evidence for DAMP signaling in behavioral responses is provided by evidence that HMGB1
128               Impaired inhibition of fear or behavioral responses is thought to be central to PTSD sy
129  of dopamine neurotransmission and resulting behavioral responses is, in part, due to METH regulation
130 ention deficits, but were normal in baseline behavioral responses, learning, memory, and sensorimotor
131                                 We find that behavioral responses made immediately after viewing a st
132 fferences in the 5-HT2 receptor synaptic and behavioral responses may be related to the lack of psych
133  Social protection from infection, including behavioral responses, may explain this depauperate immun
134 ed and 0.39% (0.15) for seizures with spared behavioral responses (mean difference 0.14%, 95% CI 0.08
135 ifficult to infer their collective effect on behavioral responses mediated by activity across populat
136 athogen-induced ROS activate sod-1 dependent behavioral response non cell-autonomously.
137  100 ms of image onset, which also predicted behavioral responses occurring almost 500 ms later.
138 Eucalyptus trees on electrophysiological and behavioral responses of an oligophagous species, Plutell
139 change progresses, understanding large-scale behavioral responses of animals to such events will be a
140  in the BLA elicits innate physiological and behavioral responses of different valence.
141 -depth recorder to monitor physiological and behavioral responses of East Greenland narwhals after re
142 nd using electrophysiological recordings and behavioral responses of flies as a readout.
143 s of bitter-sensitive cells, we assessed the behavioral responses of flies to sucrose mixed with stry
144                        Here, we characterize behavioral responses of freely swimming larval zebrafish
145         We examined electrophysiological and behavioral responses of honey bees to microbial volatile
146 hanges in root physiology and the associated behavioral responses of the root feeders.
147                    Interestingly, appetitive behavioral responses of wild type flies to hexanoic acid
148                    Studies have examined the behavioral responses of wildlife to aircraft (including
149    These findings show that the influence of behavioral responses on perception is particularly stron
150  dopamine release and accelerates a temporal behavioral response pattern in a CB1 receptor-dependent
151                                              Behavioral response patterns suggest that OXT specifical
152                                         This behavioral response provides zooplankton with the capabi
153 r that involves initiation or suppression of behavioral responses, rather than topographically encodi
154 orimotor studies is to quantify the stimulus-behavioral response relation for specific organisms and
155 eward, the latent value of a reward, and the behavioral response remains unclear.
156  integrate and translate these features into behavioral responses remains a major question.
157 RN types were co-activated, the level of the behavioral response resembled the sum of the component r
158                                              Behavioral responses revealed that SZ patients exhibited
159 number of innate operative patterns, whereas behavioral responses selected at the cognitive level of
160                                              Behavioral responses showed a looming bias in that respo
161  the animal to select a socially appropriate behavioral response.SIGNIFICANCE STATEMENT Understanding
162 or (GLP-1R) null mice had reduced neural and behavioral responses specifically to sweet compounds com
163 ht otherwise promote maladaptive habit-based behavioral response strategies that contribute to-or exa
164 h necessary and sufficient for such forms of behavioral response suppression.
165                     We found that the latter behavioral response, termed a 'vidget', requires V1.
166 tive in controlling electrophysiological and behavioral responses than conventional acupuncture needl
167 g hemisphere caused more arousals and faster behavioral responses than those detected by the other he
168 ral processes: either establishment of a new behavioral response that competes with, and thereby temp
169 nal gut disorders, abdominal distension is a behavioral response that involves activity of the abdomi
170 inated set of neuroendocrine, autonomic, and behavioral responses that are independently and relative
171  in the native neural circuit and results in behavioral responses that are opposite to those produced
172       Many chemosensory stimuli evoke innate behavioral responses that can be either appetitive or av
173 GPR88 is implicated in a large repertoire of behavioral responses that engage motor activity, spatial
174 emia alters the cascade of physiological and behavioral responses that maintain euglycemia.
175 tress elicits neuroendocrine, autonomic, and behavioral responses that mitigate homeostatic imbalance
176 When multiple sensory pathways elicit strong behavioral responses, this parallel architecture furnish
177 , randomized, or jittered scallops increased behavioral response thresholds, demonstrating that fish'
178 gnitive control is the ability to modify the behavioral response to a stimulus based on internal repr
179 mobility of >5 min associated with a reduced behavioral response to a stimulus.
180 romatin-remodeling complex in regulating the behavioral response to alcohol in the nematode Caenorhab
181 proved, and dopamine neuron activity and the behavioral response to amphetamine are normalized.
182 both knockout models displayed a paradoxical behavioral response to amphetamine reminiscent of ADHD.
183  of two target genes that interfere with the behavioral response to CO2 Interestingly, these two targ
184  content of VWM has been shown to affect the behavioral response to concurrent visual input, suggesti
185 have reported that food odors enhance flies' behavioral response to cVA, specifically in virgin femal
186 hat alterations in the gut microbiota affect behavioral response to drugs of abuse.
187 ts must interact to produce the best adapted behavioral response to environmental constraints.
188 onents are required in adults for the normal behavioral response to ethanol and that different SWI/SN
189 tate of redox homeostasis could underlie the behavioral response to harmful microbial species.
190 n of dopaminergic neurons and attenuates the behavioral response to l-DOPA and presynaptic and postsy
191 he degeneration of dopaminergic neurons, the behavioral response to l-DOPA, and presynaptic and posts
192  of GABAergic IP/MnR interconnections in the behavioral response to nicotine.
193 pha'3 compartment plays a causal role in the behavioral response to novel and familiar stimuli as a c
194                            Animals exhibit a behavioral response to novel sensory stimuli about which
195 s in interneurons and the reliability of the behavioral response to odor.
196 cs that depend on the environment and on the behavioral response to previous stimuli.
197 period affecting aggression, impulsivity and behavioral response to psychostimulants.
198 ortality rates 6 days post-exposure, and the behavioral response to pyrethroid exposure was recorded
199                   Accordingly, the different behavioral response to repeated injections of Ang II may
200 C1 induced courtship chaining, mimicking the behavioral response to song.
201 hestrating the neuroendocrine, autonomic and behavioral response to stressful situations.
202   The ability of such systems to adapt their behavioral response to suit a range of dynamic environme
203              A selective effect of EE on the behavioral response to the NMDA receptor antagonist MK-8
204  processing of sensory stimuli, not just the behavioral response to those stimuli.
205 m, reduced subordinate, flight, and avoiding behavioral responses to a dominant aggressor in a murine
206  and high-anxious animals were identified by behavioral responses to a human intruder (HI) that are k
207                                   While some behavioral responses to a stimulus are invariant in anim
208 histosoma mansoni cercariae display specific behavioral responses to abiotic/biotic stimuli enabling
209 ordination of neuroendocrine, autonomic, and behavioral responses to acute and chronic stress.
210 e GPR84 knock-out (KO) mice exhibited normal behavioral responses to acute noxious stimuli, but subse
211 KA activity in striatal neurons, and altered behavioral responses to acute or chronic stressors.
212 ric restriction attenuates anxiety and other behavioral responses to acute stress, and blunts the abi
213 energy balance attenuates neuroendocrine and behavioral responses to acute stress.
214 sociated with SWI/SNF complex members in the behavioral responses to alcohol across phyla.
215 emonstrate that stress alters the neural and behavioral responses to alcohol through a neuroendocrine
216                            Physiological and behavioral responses to ammonia depend at least in part
217 quirement for PV+ interneurons of the NAc in behavioral responses to AMPH, and they raise the possibi
218 related with genotype-related differences in behavioral responses to antidepressant treatment.
219 sugar-sweetened beverage intake on brain and behavioral responses to beverage stimuli.We performed an
220              Here we show that acute arousal behavioral responses to blue light significantly differ
221  modulation, enabling them to drive opposite behavioral responses to CO2.
222    Gr3 mutants lack electrophysiological and behavioral responses to CO2.
223 he expression of Cdk5 and results in altered behavioral responses to cocaine and social stress.
224 expression of PGC-1alpha in D1-MSNs enhanced behavioral responses to cocaine, while expression in D2-
225 rsal raphe nucleus to the NAcSh to influence behavioral responses to cocaine.
226 eated cocaine administration, which enhanced behavioral responses to cocaine.
227 ition of BRD4 attenuates transcriptional and behavioral responses to cocaine.
228 of medium spiny neurons (MSNs) and influence behavioral responses to cocaine.
229 major homeostatic modulator of molecular and behavioral responses to cocaine.
230 s to dopamine neurons fundamentally regulate behavioral responses to cocaine.
231 observed differential activity preceding the behavioral responses to conflict trials throughout front
232 IR21a and IR25a to mediate physiological and behavioral responses to cool temperatures.
233 ctional modulation of D2-MSNs does not alter behavioral responses to CSDS; however, repeated activati
234            Here, we review the plasticity of behavioral responses to different odor types according t
235  substance, is involved in many cellular and behavioral responses to ethanol.
236  which a PNN protein facilitates appropriate behavioral responses to experience by dynamically gating
237 nction and psychiatric disorder has involved behavioral responses to experimental catecholamine deple
238                Inhibitory engrams can reduce behavioral responses to familiar stimuli, thereby result
239 ctopamine neurons are required for sustained behavioral responses to fast-moving, but not slow-moving
240              Importantly, loss of appetitive behavioral responses to fatty acids in IR25a and IR76b m
241 CeA) plays a central role in physiologic and behavioral responses to fearful stimuli, stressful stimu
242 rojections dissociate the cardiovascular and behavioral responses to fluid imbalance.
243 and sanitation are important determinants of behavioral responses to hygiene and sanitation intervent
244 Irs play critical roles in the detection and behavioral responses to important classes of host odors
245  about how VP neuron responses contribute to behavioral responses to incentive cues.
246 y the ON-bipolar specific promoter displayed behavioral responses to increases in luminance, flicker,
247 different isoforms of OPN4 mediate different behavioral responses to light.
248 has shifted accordingly, with females losing behavioral responses to males [6, 7] and males losing co
249 These findings suggest that pain facilitates behavioral responses to morphine reward by predisposing
250 iors, including models of mood disorders and behavioral responses to nicotine.
251 inoids have similar bidirectional effects on behavioral responses to nociceptive vs. non-nociceptive
252 k innate odor aversion, and that instinctive behavioral responses to odors can be modulated by intera
253                Casp3(-/-) mice showed normal behavioral responses to olfactory cues from food, neutra
254 on-defined edge elicit statistically similar behavioral responses to one another, and statistically d
255 tic resonance imaging; and investigated main behavioral responses to opiates, including motivation to
256 omedial tegmental nucleus, are important for behavioral responses to opiates.
257 ns controls aggregation behavior and related behavioral responses to oxygen, pheromones, and food in
258   Activity in these neurons was required for behavioral responses to pairwise correlations and was pr
259 ly obtainable with other techniques, such as behavioral responses to pharmacological manipulations an
260 hich likely reflects the utmost relevance of behavioral responses to protect the body.
261 Ac) is a key biological substrate underlying behavioral responses to psychostimulants and susceptibil
262 D1 versus D2 receptors, is implicated in the behavioral responses to psychostimulants.
263 A) reported to influence neurobiological and behavioral responses to reward omission, aversive and fe
264              Stress is widely known to alter behavioral responses to rewards and punishments.
265     Together, these results suggest that the behavioral responses to rosiglitazone are mediated throu
266 s underlying activity-dependent synaptic and behavioral responses to scopolamine have not been determ
267        Meaningful social interactions modify behavioral responses to sensory stimuli.
268 cally silencing wide-field neurons increased behavioral responses to slow-motion stimuli.
269                                              Behavioral responses to some noxious thermal and mechani
270 l courtship song, neuronal codes, and female behavioral responses to song.
271     However, large individual differences in behavioral responses to stimulation have been reported.
272 rneurons in the medial PFC (mPFC) in shaping behavioral responses to stress induced by the learned he
273 at mPFC dysfunction is linked to maladaptive behavioral responses to stress, and suggest that enhance
274 ve networks contribute to sex differences in behavioral responses to stress.
275 ing factor (CRF) regulates physiological and behavioral responses to stress.
276 ore the role of mPFC-Dnmt3a in mediating the behavioral responses to stressful challenges we establis
277         In this study, glutamate release and behavioral responses to tail suspension, a procedure com
278 arious studies have shown blunted neural and behavioral responses to the experience of reward in depr
279    Using a simple decoder, we predict female behavioral responses to the same song stimuli with high
280                                          How behavioral responses to these different modalities are p
281 fics, and this was correlated with increased behavioral responses to these frequencies.
282                                              Behavioral responses to threat are critical to survival.
283 f lower-order subcortical representations to behavioral responses to threat in adult humans.
284              The ability to develop adaptive behavioral responses to threat is fundamental for surviv
285 ate defensive responses toward more adaptive behavioral responses to threatening stimuli.
286 ts are revealing how the fly brain generates behavioral responses to visual stimuli.
287 for both positive and negative emotional and behavioral responses to warmer temperatures.
288 ly associated with systematic differences in behavioral responses, to date, little is known about the
289 reover, this pattern of typical cortical and behavioral response was replicated for both patients in
290 hese manipulations on CRF peptide levels and behavioral responses were examined in adulthood.
291                                  These plant behavioral responses were initially investigated more th
292                                              Behavioral responses were more similar to the identity-b
293                               Intraoperative behavioral responses were used as a secondary verificati
294                     This was corroborated in behavioral responses, where IRD patients showed slower a
295 , NAC) mediates the selection of appropriate behavioral responses, whereas imbalanced activity (PFC <
296 ng stimuli, enabling some stimuli to evoke a behavioral response while others are ignored.
297 r 28 days with paroxetine and assessed their behavioral response with the forced swim test (FST).
298 for days, restoring electrophysiological and behavioral responses with no toxicity.
299  "Tribute in Light" in New York, quantifying behavioral responses with radar and acoustic sensors and
300 G long-term potentiation (LTP) that parallel behavioral responses, with habituation to the same acute

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