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1 ry) cue benefits were larger than exogenous (reflexive).
2 sses, whereas others are relatively rigid or reflexive.
3 ize evidence showing that innate immunity is reflexive.
4 ypical in aquatic environments require fast, reflexive actions of the sort that are guided unconsciou
6 ransient impact on its ability to direct the reflexive allocation of covert exogenous spatial attenti
9 eptive somatosensory system is important for reflexive and adaptive behaviors and for the dynamic con
10 brain NMDA receptors play important roles in reflexive and behavioural responses to vagal activation.
12 a moving visual field, whereas stare OKN is reflexive and consists of shorter slow phases of lower g
15 thought of as a primitive structure guiding reflexive and instinctive behaviors, the colliculus is w
16 ats are addressed by a limited repertoire of reflexive and myopic actions, reflecting reduced decisio
17 raine patients exhibited abnormally elevated reflexive and perceptual vestibular thresholds at baseli
18 oth humans and other animals indicating that reflexive and reflective mental state attributions are i
20 A(GA) potently suppressed both pain-elicited reflexive and self-recuperating behaviors across sensory
21 environmental sensory stimuli are sometimes reflexive and stereotyped but can also vary depending on
23 gaze were also prominent, including abnormal reflexive and voluntary saccades (characterized by prolo
24 otor control, ranging from short-term (i.e., reflexive) and long-term (i.e., adaptive) auditory feedb
25 in vertebrates, is relatively automatic and reflexive, and with the standard procedure (simple delay
29 applied, with an inductive and predominantly reflexive approach, for each group of participants in ea
31 Our study investigates whether involuntary, reflexive attention exhibits similar adaptability in att
33 ne (DA) transmission, yet behaviors that are reflexive, automatic, or elicited by salient cues often
34 s resolved the paradox of how flies maintain reflexive aversion to your approaching swatter, whilst t
36 ically relevant stimuli without compromising reflexive behavior.SIGNIFICANCE STATEMENT Interneuron po
38 d interruption of ATP-P2X4 signaling reduced reflexive behavioral responses to cold and heat stimuli.
39 tropic receptor 56d (IR56d) are required for reflexive behavioral responses to the medium-chain fatty
40 This information is either used to dictate reflexive behaviors or relayed to the visual cortex for
41 la nerve cord amine receptors are coupled to reflexive behaviors similar to those stimulated by brain
43 iew recent insights into circuits underlying reflexive behaviors, threat detection, prey capture, col
45 and which exhibited aggressive, intraspecies reflexive-biting ('fighter') behavior when introduced to
46 ecognized to exhibit an overt, intraspecies, reflexive-biting behavior as compared to sham-operated (
47 showed reduced urinary retention, return of reflexive bladder voiding contractions coincident with E
49 affective component of analgesia versus the reflexive component and is devoid of both respiratory de
51 ns that mediate diverse behaviors, including reflexive control of limb posture and detection of leg v
52 al olivocochlear neurons, all of which exert reflexive control of processes in the auditory periphery
53 ural involvement and combined volitional and reflexive control, many neurologic conditions can result
55 tion to the CD4 threshold of <100 cells/mcL, reflexive CrAg screening should be considered in persons
56 tion to the CD4 threshold of <100 cells/muL, reflexive CrAg screening should be considered in persons
58 e of this study was to assess the utility of reflexive culture following a negative RADT in adolescen
61 otor neuron discharge suggestive of imminent reflexive defects, such as muscle fasciculations in ALS.
65 system, and challenges the validity of using reflexive defensive responses to measure sustained pain.
66 of pain-related behaviors that can increase reflexive-defensive and affective-motivational responses
67 the pain research field, namely, the use of reflexive-defensive behaviors as surrogate assays for in
68 e branch detects external threats and drives reflexive-defensive reactions to prevent or limit injury
69 ipulations of this pathway have no effect on reflexive-defensive somatosensory responses to periphera
70 , and/or rejected signals a threat for which reflexive detection in the form of pain and distress is
71 ver, the physiological reactions-such as the reflexive dilation of the pupil-associated to these proc
72 relation between altruistic behavior and the reflexive engagement of a neural system reliably associa
75 he schizophrenic twins made more antisaccade reflexive errors than the nonschizophrenic co-twins and
78 n, and resolve the distinct contributions of reflexive (exogenous) and voluntary (endogenous) percept
79 %) than expected (1-5%) exhibit a pattern of reflexive eye movement behaviour (high numbers of low la
81 port the effects of a stationary mask on the reflexive eye movements induced by a moving stimulus.
82 nsducing dynamic head movements, we measured reflexive eye movements induced by high-frequency stimul
83 riables were latencies and number or initial reflexive eye movements measured by eye tracking, manual
84 derlies many visually guided behaviors, from reflexive eye movements to identifying and catching movi
85 etween an intact ability to make appropriate reflexive eye movements to targets in the neglected fiel
87 which the dmPFC-amygdala projection controls reflexive fear behavior and the dmPFC-striatum projectio
88 cuit has long been implicated in controlling reflexive fear responses, recent work suggests that dmPF
90 g is necessary and sufficient to stimulate a reflexive feeding behavior, the proboscis extension refl
91 time flies are mounted and their subsequent reflexive feeding response, where one hour of mounting i
95 These data have prompted the introduction of reflexive FLC susceptibility testing of first bloodstrea
98 on of second messengers such as cAMP through reflexive gap junctions between adjacent cytoplasmic loo
102 , that contribute to behaviours ranging from reflexive glances to memorized sequences of saccades dur
104 f the octopus's skin by its suckers inhibits reflexive grasping of its own arms, simplifying the mech
108 RN) -> DA(VTA) inhibition produces pain-like reflexive hypersensitivity and anhedonia-like behavior i
112 l baroreflex causes immediate exercise-onset reflexive increases in HR, which are parasympathetically
113 Thus, the distinction between automatic, reflexive inhibitory mechanisms and controlled inhibitor
115 itry for arousal/salience/motivation/reward, reflexive/instrumental caring, emotion response/regulati
116 Our goal is to provide principles of being reflexive, intentional, and careful before launching int
119 ion, is solved in the brain via a cascade of reflexive, largely feedforward computations that culmina
124 g to goals, or involuntarily allocated, in a reflexive manner, to a cue that appears suddenly in the
125 ment of the eyes involves both voluntary and reflexive mechanisms, but little is known about the visu
126 ision-making arises from both reflective and reflexive mechanisms, which underpin goal-directed and h
127 h several rounds of coding, interview notes, reflexive memos, and group discussion, we developed a th
130 ow screening for olfactory dysfunction, with reflexive molecular tests, could be beneficial in reduci
132 hysiological process involving voluntary and reflexive motor activity, sensorimotor integration, sali
133 cal gait requires coordinated volitional and reflexive motor control by complex afferent and efferent
136 fly Drosophila melanogaster induces multiple reflexive motor responses that resemble cocaine-induced
139 we investigated synaptic integration during reflexive movements and throughout associative motor lea
144 findings provide converging evidence for the reflexive nature of early MSI stages and robustly demons
145 r substrate, and use it to develop a simple, reflexive neuromuscular model from physical principles.
146 g of individual subtypes to support discrete reflexive operations that later gives way to generalized
150 translational stimuli ("shadows") are purely reflexive or may express underlying emotion states.
156 wann cells in which it is believed to form a reflexive pathway between the abaxonal and adaxonal cyto
158 ne such shortcut, namely aversive pruning, a reflexive Pavlovian process that involves neglecting par
159 reveal the neural signatures of an important reflexive Pavlovian process that shapes goal-directed ev
160 zation and antiracism to inform critical and reflexive perspectives on partnerships that incorporate
162 , Pharyngo-UES Contractile reflex; PUCR, and Reflexive Pharyngeal Swallow; RPS were studied in 15 hea
165 ches to address these ill effects, including reflexive practice, teamwork, and standardization of han
166 lin injections decrease the magnitude of the reflexive pressor and sympathetic responses to hindlimb
167 culture organizes experience: (a) It shields reflexive processing by making everyday life feel predic
168 ing depending on the hippocampus toward more reflexive processing supported by the amygdala and stria
169 at the critical moment, it interferes with a reflexive prosaccade, allowing faster antisaccades.
170 direct relatively simple movements, such as reflexive prosaccades, without external help but needs i
171 x in mammals, presumably to provide enhanced reflexive protection of damaged tissue from further inju
173 We thus find that reputation can encourage reflexive punishment-but simply as a byproduct of genera
175 MR) and heart rate response (HR), well-known reflexive reactions to aversive events, can change quite
177 ying all animal behaviors, from the simplest reflexive reactions to the more complex cognitive reason
183 deficits in the acoustic system, low brain, reflexive responding, as well as for impaired motor coor
185 ur results indicate that neogenesis is not a reflexive response of progenitors to beta-adrenergic sig
187 ning produced conditioned enhancement of the reflexive response to the CS+ and a reduction in the res
188 ory control (antisaccade task) compared with reflexive responses (prosaccade task) in human participa
189 e paradigm, which requires the inhibition of reflexive responses and the programming and execution of
190 nal processes associated with suppression of reflexive responses and volitional execution of saccades
191 accades, the latter requiring suppression of reflexive responses and volitional initiation of saccade
192 urrent food environment stimulates automatic reflexive responses that enhance the desire to eat and i
193 en, what, and how much to eat are not merely reflexive responses to food-relevant stimuli or to chang
195 ) auditory discrimination of voice f(o); (2) reflexive responses to sudden f(o) shifts; and (3) adapt
198 orse auditory discrimination; (2) comparable reflexive responses; and (3) a greater frequency of atyp
199 ods and limited venues for activity, normal, reflexive responsiveness to these three drives makes wei
201 ed with controls, they were impaired in both reflexive saccade execution (gap and overlap latencies,
202 use of infrared oculography, measurements of reflexive saccades and antisaccades were undertaken in 2
203 ss' of the location of a stimulus, preserved reflexive saccades and motion perception and preserved a
204 h pursuit eye movements, and cancellation of reflexive saccades in the antisaccade eye movement task.
211 Sudden onsets in the visual periphery elicit reflexive shifts of covert exogenous spatial attention.
213 y eliminated sensitization without impairing reflexive shortening itself, as measured in semi-intact
214 sensitization and complete dishabituation of reflexive shortening, during which it contributes to the
216 uli adequate to activate central neurons and reflexive siphon movements often fail to activate the LE
222 opamine function related most clearly to the reflexive strategy, as previously shown, and that prefro
226 ll, P > 0.05) and only minimal impairment in reflexive tasks, i.e. hypometric gain in the gap task (P
228 ith discordant treponemal serology underwent reflexive testing with Treponema pallidum particle agglu
232 ND PARTICIPANTS: This qualitative study used reflexive thematic analysis of interviews with Latino pa
233 owards the human-following robot through the reflexive thematic analysis of semi-structured interview
234 terviews were transcribed and analysed using reflexive thematic analysis to identify perceived charte
236 io-recorded, transcribed, and analysed using reflexive thematic analysis utilising NVivo software.
250 sed in terms of visual relational and visual reflexive thinking modalities relying on the recognition
251 stringency pair-wise sequence searches and a reflexive, transitive closure process to associate seque
252 bristling constitutes a stereotyped but non-reflexive two-stage behavior: an initial adduction of pr
254 oduces intense itch and a large area of axon-reflexive vasodilation ("flare") around the application
255 system, we measured, in human subjects, the reflexive vergence eye movements elicited by the sudden
256 s, these stimuli induce robust short-latency reflexive vergence eye movements, initially in the direc
257 ate alpha-decreases reflect distinct, likely reflexive versus endogenously controlled attention mecha
258 agents make decisions using automatic (e.g., reflexive) versus controlled (e.g., deliberative) cognit
260 t melanopsin and are known to be involved in reflexive visual functions such as pupil response and ph
261 robustly generate compensatory responses to reflexive vocal fo perturbations with varying initial la
262 avoidance paradigm, which does not rely on a reflexive withdrawal response, directly supports the hyp
263 CBA/J, DBA/2J, RIIIS/J, and SM/J) for their reflexive withdrawal sensitivity to immersion of the tai
264 Bioline HCV antibody fingerstick test and a reflexive Xpert HCV Viral Load Fingerstick test using ca