戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 r NOS or ChAT was used to characterize their neurochemistry.
2  while measuring both ingestive behavior and neurochemistry.
3 able when studying the effects of cocaine on neurochemistry.
4 ght differ in regards to their HPC monoamine neurochemistry.
5 cal factor in modulating changes in striatal neurochemistry.
6 r activation and dramatically modulate brain neurochemistry.
7 PAG contains diverse cell types that vary in neurochemistry.
8 rneal surface can alter nerve morphology and neurochemistry.
9 d on the effects of age on its structure and neurochemistry.
10 urvey metabolomic/transcriptomic hippocampal neurochemistry.
11 ess changes in dopaminergic and serotonergic neurochemistry.
12 ered brain microstructure, connectivity, and neurochemistry.
13 ler hippocampal volumes, but not hippocampal neurochemistry.
14 between suicide risk and brain circuitry and neurochemistry abnormalities.
15 e data add to our understanding of how brain neurochemistry accounts for the variation in human behav
16  results indicate that modulation of various neurochemistries along the trajectory of the self-stimul
17 s the dorsal raphe nucleus (DR) based on its neurochemistry, anatomical connectivity, and requisite i
18 rience leads to significant changes in brain neurochemistry, anatomy, and electrophysiology.
19 whole-mount immunocytochemistry to study the neurochemistry and anatomical organization of glomeruli
20 dies employing neuroimaging, neuropathology, neurochemistry and animal models show reductions in brai
21  to understand the complex interplay between neurochemistry and behavior in mental health disorders.
22  has been used to model long-term changes in neurochemistry and behaviour associated with exposure to
23 ects of neonatal vancomycin treatment on the neurochemistry and Ca(2+) activity of myenteric and subm
24 t also had sexually dimorphic impacts on the neurochemistry and Ca(2+) activity of young adult myente
25 etamine administration affected dopaminergic neurochemistry and cognition in monkeys.
26 this hypothesis further, we investigated the neurochemistry and connectivity of Area X and its projec
27 to 5 zones of analysis previously defined by neurochemistry and connectivity.
28 d in light of findings regarding interneuron neurochemistry and development.
29 orrelation between reductions in striatal DA neurochemistry and diminished motor function in aged F34
30 rain populations have been characterized via neurochemistry and electron microscopy, and the overall
31 he psychotomimetic drug phencyclidine on the neurochemistry and function of the prefrontal cortex in
32 n episodic memory ability and in hippocampal neurochemistry and function.
33 btle abnormalities of cortical neuroanatomy, neurochemistry and function.
34 y the illness, as is the association between neurochemistry and functional connectivity.
35 al phenotype with the clinical syndrome, its neurochemistry and its pathogenesis.
36 This study has characterized the morphology, neurochemistry and major cell types of a VIP-ires-Cre am
37 ion modeling was used to test the effects of neurochemistry and MMN amplitude on DST performance.
38 harmacological agents would have on striatal neurochemistry and MPP+ levels following MPTP treatment.
39 e interplay between brain networks, also the neurochemistry and neural oscillations that underly crea
40 d in several areas of biomedicine, including neurochemistry and neuro-oncology.
41                   These studies examined the neurochemistry and neuroanatomy of the serotonin (5-HT)
42                Taken together with the known neurochemistry and neuronal distribution of the Asc-1 tr
43 nging from its genetic basis over changes in neurochemistry and neurophysiology, to the systemic leve
44 o investigate the impact of HFE on GABAergic neurochemistry and redox-epigenetic regulation in the br
45 viduals' foraging experiences durably modify neurochemistry and shape future foraging behaviour.
46 d women differ in terms of neurodevelopment, neurochemistry and susceptibility to neurodegenerative a
47 atter density, cerebellar volume, cerebellar neurochemistry and white matter abnormalities (WMAs) bet
48 ophysiological findings, cerebrospinal fluid neurochemistry, and 13 clinical characteristics between
49 nal fields of neurophysiology, neuroanatomy, neurochemistry, and behavior, and we emphasize the semin
50 changes are linked to relevant, pathological neurochemistry, and brain function.
51  to the thalamus are distinct by morphology, neurochemistry, and function.
52 ted observations on the content, topography, neurochemistry, and functions of EEG oscillations involv
53 findings related to the content, topography, neurochemistry, and functions of EEG oscillations.
54 ddressing the neuropsychology, neuroanatomy, neurochemistry, and molecular biology of ADHD/HKD docume
55                     Recent genetic, imaging, neurochemistry, and neuropsychological data support the
56 y is known to induce changes in the anatomy, neurochemistry, and physiology of primary afferents.
57   The results indicate that the projections, neurochemistry, and receptor and ion channel expression
58 guished on the basis of their morphology and neurochemistry, and suggest that nerve terminals with di
59 uating the impact of treatment on underlying neurochemistry; and prevention or reversal of food addic
60  risk gene DISC1 can alter prefrontal cortex neurochemistry, architecture, and function.
61  complementary approaches examining regional neurochemistry are beginning to yield additional insight
62 le in effort-based choice and the underlying neurochemistry are incompletely known.
63 how individual differences in human dopamine neurochemistry are related to variation in anxiety and a
64  were used to examine hippocampal volume and neurochemistry as predictors of gait function.
65           Parallels in neural substrates and neurochemistry, as well as corresponding motivational an
66 ble, and suitable for the study of serotonin neurochemistry associated with emotion and behavior.
67 ganglia and cardiac tissue, manipulating NPY neurochemistry at the same time as using state-of-the-ar
68 The relationship between cerebral volume and neurochemistry at this early time point may indicate pro
69 odel R(2)=0.33, p=0.01), but not hippocampal neurochemistry (beta=0.09, p=0.48).
70 with preclinical models reporting effects on neurochemistry, brain function, and cognition.
71 urthering our understanding of healthy human neurochemistry, but also to extending our understanding
72 hese results suggest the rapid maturation of neurochemistry by eye opening followed by functional mat
73    Neural circuitry, molecular profiles, and neurochemistry can be changed by experiences, which infl
74 Such dynamic processes affecting the brain's neurochemistry can be monitored using a variety of neuro
75 atch," which reside in matrix zones but have neurochemistry, connectivity, and electrophysiological c
76 een attentional biases to drug cues and dACC neurochemistry could aid in identifying neurobiological
77 ility of these fabricated microelectrodes in neurochemistry, CRMAs containing eight microring electro
78 diction hypothesis comes from alterations in neurochemistry (dopamine, endogenous opioids), neuroanat
79 t evidence for plastic changes in cerebellar neurochemistry during a cerebellar learning task.
80 t evidence for plastic changes in cerebellar neurochemistry during motor adaptation.
81 indings describe a pattern of abnormal brain neurochemistry early in the course of psychosis.
82  (g = 0.40); neurophysiology (g = 0.80); and neurochemistry (g = 0.43).
83 d males after 28 days, indicating that brain neurochemistry had not normalized.
84 d the effects of LDX on brain activation and neurochemistry, hypothesizing that LDX would be associat
85 e developmental changes in (i) dopamine (DA) neurochemistry; (ii) numbers of DA neurons; and (iii) pr
86 s been increasingly used to examine striatal neurochemistry in adult major depressive disorder.
87        This experiment examined behavior and neurochemistry in adult mice (Mus musculus) after neonat
88 rvation of normal olfactory bulb anatomy and neurochemistry in adult zebrafish.
89  these findings serve as evidence of altered neurochemistry in BD youth that is sensitive to medicati
90     Microdialysis has been used for studying neurochemistry in brain regions that respond to afferent
91    The current study is the first to examine neurochemistry in children during the critical period in
92 opic imaging (MRSI) can non-invasively probe neurochemistry in healthy and disease conditions.
93 d variations of spatial reference memory and neurochemistry in intact female mice were examined.
94 easibility of using PET to investigate brain neurochemistry in KO mice has not been demonstrated.
95 behavioral assays, immmunohistochemistry and neurochemistry in limbic areas such as the amygdala (Amy
96 ms, relatively little is known about enteric neurochemistry in nonhuman primates.
97         Estrogen also influences cholinergic neurochemistry in the basal forebrain and hippocampus.
98 or 3 mg/kg every 3 days) alters dopaminergic neurochemistry in their offspring and exacerbates MPTP t
99 promotes alterations in brain metabolism and neurochemistry in wild-type (WT) rats in a similar manne
100 s are attributable to species differences in neurochemistry, including differential expression of ste
101 of innovative approaches in neurobiology and neurochemistry, including theragnostics.
102 nabolic androgenic steroid use affects brain neurochemistry, increasing CSF 5-HIAA and decreasing MHP
103 atures of motor performance and sensorimotor neurochemistry influence higher-order cognitive processe
104                        The altered brainstem neurochemistry is associated with impaired ventilatory r
105                    We found that cholinergic neurochemistry is diminished in the spinal cord of 22-24
106  One of the largest sex differences in brain neurochemistry is the expression of the neuropeptide arg
107 ional connectivity (RSFC) but the underlying neurochemistry is unclear.
108  in routine clinical testing at the Clinical Neurochemistry Laboratory of the Sahlgrenska University
109 , and 2) are heterogeneous in terms of their neurochemistry, location, and potentially function.
110                       Assessments of in vivo neurochemistry, locomotor activity, and cardiovascular p
111 brain microstructure (diffusion imaging) and neurochemistry (magnetic resonance spectroscopy of neuro
112 nearby animals, together with the underlying neurochemistries, may help to clarify the origins of hum
113  is needed to address the neurocircuitry and neurochemistry mediating their abnormal underlying motiv
114                          We investigated the neurochemistry, morphology, ultrastructure, membrane phy
115 nic stressors produce changes in hippocampal neurochemistry, neuronal morphology, and hippocampal-dep
116               Using a combination of in vivo neurochemistry, neurophysiology, and pharmacological met
117 ribute, in part, to the abnormalities in the neurochemistry observed in the brains of DS individuals.
118 wed that marked differences in HPC monoamine neurochemistry occurred in NTLE patients as compared wit
119 ) is an effective approach for profiling the neurochemistry occurring in selected neurons.
120 e studies emphasize that there is a distinct neurochemistry of acute and persistent pain.
121 thermore, very few studies have examined the neurochemistry of adult human cardiac ganglia.
122                The multifactorial origin and neurochemistry of Alzheimer's disease (AD) call for the
123             Animal and human research on the neurochemistry of behavioral activation and effort-relat
124             There are sex differences in the neurochemistry of brainstem nuclei that participate in t
125        Here we determined the effect on 5-HT neurochemistry of discontinuation from the SSRI paroxeti
126 ne and compare the synaptic arrangements and neurochemistry of elements involving direct lateral geni
127 on, there is a lack of studies examining the neurochemistry of individual vascular dementia subtypes.
128 term consequences of cortical lesions on the neurochemistry of interconnected cortical areas.
129                                          The neurochemistry of LES-projecting neurons was also invest
130 gly few data on the central organization and neurochemistry of LES-projecting preganglionic neurons.
131 inergic system as an important player in the neurochemistry of major depression and bipolar disorder.
132  reveal an important distinction between the neurochemistry of multi-infarct vascular dementia/SND an
133 ocal microscopy to explore the structure and neurochemistry of nerve terminals in the corneal epithel
134 e behavior, is largely unexplored, as is the neurochemistry of PH connectivity with limbic and neuroe
135  this sample has the potential to inform the neurochemistry of resilience following trauma.
136                       The neurocircuitry and neurochemistry of sickness-induced hyperalgesia are desc
137                  Thus, investigations of the neurochemistry of social bonding in humans, for which th
138 atric studies, yet little is known about the neurochemistry of the anterior white matter (AWM) in ped
139 iques may prove valuable in the study of the neurochemistry of the cerebral mechanisms of hibernation
140 verapamil that draws on the neuroanatomy and neurochemistry of the identified region.
141                               To address the neurochemistry of the mechanisms that underlie the devel
142 rs at glutamatergic synapses in mammals, the neurochemistry of the memory-storing mushroom body Kenyo
143 d questions is the location, morphology, and neurochemistry of the nerve endings of spinal afferents
144 MRS) in the rACC to examine the function and neurochemistry of the rACC in individuals with OCD and c
145                       The alterations in the neurochemistry of the spinal cord and the sensitization
146                                          The neurochemistry of the spinal cord was evaluated at days
147 tiple identified brain regions; however, the neurochemistry of these inputs is largely unknown.
148 receptors and to (2) dissect the anatomy and neurochemistry of these neurons, in order to assess the
149                   We examined the underlying neurochemistry of those structures using compressed sens
150      These findings provide insight into the neurochemistry of treatment response and show that low d
151 dings shed new light on the neuroanatomy and neurochemistry of ZI-located cells that contribute to ad
152 groups of interneurons with respect to their neurochemistry or function.
153 peutic strategies that restore proper reward neurochemistry or reverse alcohol-induced neurodegenerat
154  injection) had no effect on either striatal neurochemistry or the rescue of SNc TH-positive neurons.
155  afferent inputs, peripheral target tissues, neurochemistry, or physiological features rather than fr
156                     Maturation of amino acid neurochemistry preceded the development of retinal funct
157  this study reveals how local adjustments in neurochemistry relate to changes in the neurocircuitry o
158 nd associated changes in brain structure and neurochemistry relevant to ischemia.
159 oninvasive way of studying human cholinergic neurochemistry.SIGNIFICANCE STATEMENT Behavioral flexibi
160 pends on striatal dopamine transmission, the neurochemistry supporting maternal behavior in humans ha
161 s of information--molecular data on cellular neurochemistry, temporal information about neural activi
162 n cigarettes) causes changes in behavior and neurochemistry that lead to increased probability of rel
163 g brains with MPH may exert effects on brain neurochemistry that modify some behaviors even in adulth
164  social skills and on brain architecture and neurochemistry, that both skill development and brain ma
165 HD-associated changes in brain structure and neurochemistry, the authors found that multiple white (W
166       Magnetic resonance spectroscopy allows neurochemistry to be probed noninvasively in vivo.
167       The dystrophic retina displays similar neurochemistry to control retina before eye opening but
168                The mammalian brain relies on neurochemistry to fulfill its functions.
169                    The mechanistic link from neurochemistry to perception provides a vital step in un
170 tions of neural circuits, neurogenetics, and neurochemistry uncovered a more complete scaffolding und
171 in individuals with RR deficits, however the neurochemistry underlying network hypofunction in those
172 athology as well as inflammatory markers and neurochemistry using biochemical, immunohistochemistry a
173                        Here we determine the neurochemistry (using in situ hybridization) of catechol
174 oving rats and the effect on the post-mortem neurochemistry was measured.
175        Neocortical, rather than hippocampal, neurochemistry was more sensitive to hormonal modulation
176               No strain differences in basal neurochemistry were apparent in the nucleus accumbens sh
177 ences in EtOH-induced change in behavior and neurochemistry were essentially reversed by AAV-mediated
178                               Alterations in neurochemistry were observed after the onset of rod phot
179               Neuropsychiatric morbidity and neurochemistry were similar among transplanted and nontr
180 antagonists had any effect on the cerebellar neurochemistry when injected alone or had any effect on
181 ng-term effect on development, behaviour and neurochemistry, which is an important public health issu
182 est that cardiovascular risks are related to neurochemistry with a predominantly white matter pattern
183 ons of neurovascular coupling that correlate neurochemistry with hemodynamic changes in vivo for any
184      In this study, we investigated cellular neurochemistry with proton magnetic resonance spectrosco
185                                 This altered neurochemistry within the LHA further highlights the pot

 
Page Top