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1 ined synapses is essential for understanding brain function.
2 processes are critically required for normal brain function.
3 o individualize faces is a fundamental human brain function.
4 tone for instructing computational models of brain function.
5 ontrols the Neurexin2 AS4 exon important for brain function.
6 ed to support both segregated and integrated brain function.
7 s it is meaningful to first study unimpaired brain function.
8 nd to play a role in normal and pathological brain function.
9 is thought to underlie flexible and optimal brain function.
10 ses implicit in mathematical descriptions of brain function.
11 sponses, but in ageing can negatively affect brain function.
12 connectomics in understanding principles of brain function.
13 quire a phenotype that may negatively affect brain function.
14 that the lack of Nrf2 has a global effect on brain function.
15 he neural architectures that support optimal brain function.
16 f an interaction that is crucial for optimal brain function.
17 ophic factor (BDNF) are highly convergent on brain function.
18 or brain development and neural networks for brain function.
19 currently dedicated to the understanding of brain function.
20 f neurotransmitters in normal and pathologic brain function.
21 ckness behaviors, which arise via changes in brain function.
22 he brain and networks of neurons that encode brain function.
23 mical targets to study normal and pathologic brain function.
24 nnectivity is essential toward understanding brain function.
25 s to earlier occurring widespread changes in brain function.
26 nd axons by oligodendrocytes are crucial for brain function.
27 ual neurons and neuronal networks for proper brain function.
28 rs of synapses that are essential for normal brain function.
29 y, making them a useful species for studying brain function.
30 n regulating innate immunity and influencing brain function.
31 signaling specifies normal and pathological brain function.
32 port an essential role for the BCAA in human brain function.
33 neocortical areas is essential for mammalian brain function.
34 ransition between these alternative modes of brain function.
35 resting-state measurements for understanding brain function.
36 otransmitter release are critical for proper brain function.
37 ative and potentially interactive effects on brain function.
38 status (SES) predict changes in risk-related brain function.
39 them are fundamental steps for understanding brain function.
40 rmine whether oxidized KCNB1 channels affect brain function.
41 ly sensory experience in permanently shaping brain function.
42 s that could experimentally manipulate human brain function.
43 lipid levels, which may independently affect brain function.
44 hnique, developed to non-invasively modulate brain function.
45 ogy is whether ApoE is necessary for healthy brain function.
46 Cdk5 signing, which is crucial for postnatal brain function.
47 of neuronal oscillations in the emergence of brain function.
48 acemaker ion channels critical for heart and brain function.
49 eurons and neuronal networks to allow proper brain function.
50 specificity of knowledge obtained regarding brain function.
51 ptive changes in neural circuits that impair brain function.
52 res are prerequisites for studying mammalian brain function.
53 of neural population activity gives rise to brain function.
54 arious neuronal processes that contribute to brain function.
55 orphology and density is critical for normal brain function.
56 intrinsic and task-evoked characteristics of brain function.
57 ver much physiology relevant to the study of brain function.
58 king for a complex impact of season on human brain function.
59 optical imaging is critical to understanding brain function.
60 evidence that ZC3H14 is essential for proper brain function.
61 transcription of genes that are critical for brain function.
62 ildhood violence victimization have impaired brain function.
63 ating, via optogenetics, the fundamentals of brain function.
64 o contribute to the remarkable plasticity of brain function.
65 ion in spike timing actually plays a role in brain function.
66 ion of cellular DISC1 in neurons is vital to brain function.
67 e potential to result in permanent damage to brain function.
68 populous glial subtype and are critical for brain function.
69 volume in other brain pathologies and normal brain function.
70 anding of how environmental toxicants affect brain function.
71 Cholesterol is important for normal brain function.
72 are necessary for studying the mechanisms of brain function.
73 ervous system and are critically involved in brain function.
74 of fine-tuned presynaptic control in normal brain function.
75 asingly important role in maintaining normal brain function.
76 izing NO play major roles in many aspects of brain function.
77 distributed activity patterns that underlie brain function.
78 defined cells that participate in a specific brain function.
79 in, and mutations in AKT are known to affect brain function.
80 bolic diseases, such as diabetes and altered brain function.
81 rs (GPCRs) play critical roles in regulating brain function.
82 bcortical structures play a critical role in brain function.
83 including these cell types for investigating brain functions.
84 endrocytes which is crucial for the powerful brain functions.
85 on-invasive tool to study and modulate human brain functions.
86 crucial for neuronal development and complex brain functions.
87 ms for understanding basic as well as higher brain functions.
88 oduced by glial cells in the CNS to regulate brain functions.
89 e profound influence of stress in regulating brain functions.
90 1A receptors which are implicated in various brain functions.
91 ying neurobiological basis shared with other brain functions.
92 stral raphe, which participate in high-order brain functions.
93 increasingly recognized as major players in brain functions.
94 TA) are involved in a variety of fundamental brain functions.
95 lationships between well-defined neurons and brain functions.
96 gy metabolism may resultantly regulate major brain functions.
97 many brain areas and attributed to numerous brain functions.
98 is involved in many behavioral responses and brain functions.
99 gy flux in the execution of demanding higher brain functions.
100 tatory channels that play essential roles in brain functions.
101 of postsynaptic proteins in localization of brain functions.
102 owledge remains in relation to their role in brain functioning.
105 of the functional connection between stress, brain function and adrenal has been further expanded by
107 ogenetics offers great potential for linking brain function and behavior in nonhuman primates, taking
108 e data suggest a new model by which emergent brain function and behavior result from cortical tissue
109 tes to broader variability in socioemotional brain function and behavior, with implications for under
111 ucose transporter-1 (Glut1) protein, disrupt brain function and cause the neurodevelopmental disorder
112 elopment and ageing are essential for normal brain function and closely linked to brain disorders inc
116 factors for Alzheimer's disease (AD) affect brain function and cognition in healthy adult samples ma
119 to elucidate how PNN abnormalities influence brain function and contribute to the pathogenesis of neu
126 en new avenues for using tRNS to investigate brain function and enhance the behavior of healthy indiv
127 MK2B and their auto-phosphorylation in human brain function and expand the phenotypic spectrum of the
130 atory/inhibitory (E/I) is crucial for normal brain function and is altered in psychiatric disorders s
132 ls could explain how CSF flow contributes to brain function and may help in the diagnosis and prevent
133 mines and neuropeptides, is also critical to brain function and occurs primarily outside the synaptic
134 d as a novel therapeutic strategy to restore brain function and prevent trauma-associated maladaptive
135 ce treatment (MMT) can induce impairments in brain function and structure, despite its clinical effec
136 se release into the circulation is vital for brain function and survival during periods of fasting an
137 through the skull would aid in understanding brain function and the development of neurological disea
138 normal development followed by regression of brain function and the emergence of autistic behaviors.
139 (Cdk5), which plays diverse roles in normal brain function and the pathogenesis of many neurological
140 n-activated protein kinases (MAPKs) regulate brain function and their dysfunction is implicated in a
141 veral pathways that are important for proper brain function and thus sheds light onto which pathways
142 g cytokine overactivity that act directly on brain function and/or treatment in early-stage psychosis
143 ocial environmental conditions that handicap brain functioning and support the use of physical aggres
146 ion clusters involved in processes affecting brain functions and circuitry, including lipid metabolis
147 to neurobiological changes that affect adult brain functions and increase the risk of cannabis use di
148 amine, 5-HT) system modulates many important brain functions and is critically involved in many neuro
149 Given the key role of glycogen metabolism in brain functions and neurodegeneration, impairment of the
150 mportance of histone deacetylation in normal brain functions and pathological conditions is unquestio
152 are important for identifying hypotheses on brain functions and testing their consistency and plausi
154 faxine disrupts early development, including brain function, and compromises larval behavior, suggest
155 sed by surgical resection) with postsurgical brain function, and found that the damage score negative
156 inhibitory synapses is essential for higher brain function, and impairment in this development is as
158 hat would have major implications for normal brain function, and suggested that these events preferen
159 e understanding of fundamental principles of brain function, and their translation into treatments fo
160 ity of neuronal connectivity is critical for brain functions, and morphological perturbations are ass
162 ng imaging enables key insights into how our brains function, are shaped by genes and environment, an
163 various etiologies, yet its role in altering brain function as a consequence of neuroinfectious disea
164 of individual differences in reward-related brain function as a potential biomarker of relative risk
165 2 potassium channels are critical for normal brain function, as both loss-of-function and gain-of-fun
166 s are critical for the development of normal brain function, as KCNQ2 variants could lead to epilepti
167 regulatory regions, also acts to shape human brain function associated with risk for mental illness.
170 iling how and why physical activity improves brain function based on an energy-minimizing strategy.
171 portant tool for understanding and modifying brain functions because associations are fundamental and
172 mushroom-like shape, which is essential for brain functions, because aberrant spine morphology is as
173 between genetic and epigenetic effects shape brain function, behavior, and the risk for mental illnes
174 licated in supporting wakefulness and higher brain function, but has been difficult to selectively ma
175 l connectivity imposes strong constraints on brain function, but there is no general agreement about
176 and circadian rhythmicity both contribute to brain function, but whether this contribution differs be
177 olic risk factors and/or consistently boosts brain function by inducing structural and neurochemical
178 the fetal PT in developmental programming of brain function by maternal melatonin and establish TSH s
179 ished and empirically testable frameworks of brain functioning by thinking of art reception as an emb
180 The proposed capacity to augment recovery of brain function, by promoting learning and facilitating p
181 g the neuronal circuitry required for normal brain function can be achieved by increasing sensory, mo
182 eoretical study shows that intelligence-like brain functions can emerge from simple neural circuits,
185 e embodied paradigm, according to which body-brain functions contribute to a holistic approach to con
186 events in the periphery can remotely affect brain function, contributing to neurodegenerative proces
188 terized by NMDA receptor-hypofunction.Proper brain function depends on the correct assembly of excita
192 arietal connectivity, and (C) accompanied by brain function differences driven by these effects.
193 The two posit different areas of atypical brain function, different pathogenic models of disabilit
194 The goal of the current study was to examine brain function during emotional face processing as a pre
195 , taurine is known to play critical roles in brain function during health and disease and is proposed
198 g transcranial magnetic stimulation to alter brain function during retrieval revealed that this early
199 biome regulates host immunity and influences brain function; findings that have ramifications for neu
200 otential mechanisms for sustained changes in brain function following primary bTBI and therapeutic st
201 been used to identify properties of dynamic brain function from fMRI data, but the majority of analy
202 rns of neuronal electrical activity underlie brain function, from sensory representations to decision
203 ments provide insights about a wide range of brain functions, from sensorimotor integration to cognit
206 ternal mechanical force that disrupts normal brain function, has been linked to the development of ne
207 t the cerebellum contributes a basic role in brain functions, helping to shape the complexity of brai
208 ing ways one of the most basic principles of brain function - how the brain constructs a subjective r
209 cts of lesions allow causal inferences about brain function; however, naturally occurring lesions in
210 etal resting-state functional MRI to measure brain function in 32 human fetuses in utero and found th
211 that, among other things, we should capture brain function in a multidimensional manner, develop a n
212 tly increases brain DHA content and improves brain function in adult mammals, thus providing a novel
213 ns (7777 allelic combinations) was tested on brain function in an independently defined region of the
216 factor for cortical excitability, and basic brain function in general, is the balance between circad
217 gly appreciated as important contributors to brain function in health and disease, but techniques to
221 ptor gene (OXTR) are associated with altered brain function in reward circuitry in neurotypical adult
223 in addiction involves reestablishing normal brain function in target regions in an effort to dampen
224 s also suggest that MT dynamics in the adult brain function in the essential process of learning and
225 multiple reports of possible alterations in brain function in the first year of life, overt behavior
226 deeper understanding of the role of complex brain function in the high-level processing of informati
228 unknown how variation in the OXTR relates to brain functioning in individuals with ASD, and, critical
229 ptamine; 5-HT) is implicated in a variety of brain functions including not only the regulation of moo
230 lutamate and are essential to all aspects of brain function, including learning and memory formation.
231 l forebrain (BF) plays key roles in multiple brain functions, including sleep-wake regulation, attent
232 l roles in the regulation of a wide range of brain functions, including voluntary movement and behavi
233 dbrain dopaminergic neurons regulate diverse brain functions, including voluntary movement and cognit
234 prehensive survey of adult and developmental brain functions influenced by imprinted genes, from neur
239 we review recent findings that suggest that brain function is most appropriately categorized accordi
244 rprising that one of the hallmarks of normal brain function is the tight coupling between cerebral bl
248 lecule that plays several important roles in brain function: it is generated in cellular respiration,
250 ally, seizures are accompanied by changes in brain function leading to uncontrolled nerve activity ca
251 g research demonstrating that reward-related brain function may be a useful biomarker of relative ris
252 t principle was used to examine how baseline brain function moderated the effect of treatment on PTSD
253 is that highly overlapping networks underlie brain functions (neural reuse) is decisively supported b
255 ts that chemical pollutants could impair the brain function of larval fishes during a critical life-h
261 terases (PDE) mediate fundamental aspects of brain function relevant to learning, memory, and higher
269 explore novel means whereby CREB impinges on brain functions requiring adaptive, long-lasting changes
270 important for understanding and influencing brain functions, sleep and metabolic cycles, and many ot
271 which the cerebellum contributes to multiple brain functions: specific cerebellar subregions control
272 en metabolism plays a critical role in major brain functions such as learning or memory consolidation
273 veral aspects of human physiology, including brain functions such as mood and cognition, and influenc
274 tegmental area (VTA) are involved in various brain functions, such as movement initiation and goal di
276 pulvinar in current theories of integrative brain functions supporting cognition and goal-directed b
277 r system is involved in predictive timing, a brain function that aligns temporal fluctuations of atte
278 cess-specific seasonality in human cognitive brain function that could contribute to intraindividual
280 se to environmental stimuli is a fundamental brain function that is controlled by specific neural cir
281 and hemodynamic responses, is a fundamental brain function that underlies hemodynamic-based function
282 n in dyslexia and may reveal a difference in brain functions that ultimately results in a specific re
285 of pathological conditions as well as normal brain function, therefore, hinges on elucidating the mol
286 plasticity and have crucial roles in myriad brain functions, this study reveals a potential underlyi
287 isorders in peripheral tissues can impact on brain functions through metabolic, hormonal and inflamma
289 ent and aging, as well as interpretations of brain function underlying behavioral changes across the
292 paradigms) characterizing diverse aspects of brain function was collected on individuals with schizop
294 oplasma infection (LTI) may adversely impact brain function, we investigated its impact on neurocogni
295 Rats in the control group showed no sign of brain function whereas rats in the DHA-treated group had
296 in serotonin metabolism; and alterations in brain function, which could be primary or secondary fact
297 rough which adversity contributes to altered brain function, which in turn moderates the emergence of
298 n development have long-term consequences on brain function, which range from learning disabilities t
300 neuronal compartments that are critical for brain function, with synaptic dysfunction being an early
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