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检索条件"任意字段=第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议"

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The insect analog of norepinephrine mediates starvation-induced foraging behavior in adult Drosophila

The insect analog of norepinephrine mediates starvation-indu...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Zhe Yang Yue Yu Vivian Zhang Yinjun Tian Wei Qi Liming Wang Life Sciences Institute Zhejiang University Department of Molecular and Cell Biology University of California

The central nervous system plays a critical role in energy homeostasis by monitoring changes in metabolic state and modulating energy intake and expenditure in response, including sensory physiology, foraging and feeding behaviors, and memory formation. Starved animals often exhibit elevated locomotion, which has been speculated to partly resemble foraging behavior and facilitate food acquisition and energy intake. Despite its importance, the neural mechanism underlying starvation-induced hyperactivity remains unknown in any species. In this study we confirm and extend previous findings that starvation induces locomotor activity in adult fruit flies Drosophila melanogaster. Starvation-induced hyperactivity can be suppressed by food cues via both central nutrient-sensing and peripheral sweet-sensing mechanisms, suggesting that this behavior is directed towards food localization and acquisition, and therefore partly resembles foraging behavior. We further find that octopamine, the insect counterpart of vertebrate norepinephrine, as well as the neurons expressing octopamine, are both necessary andsufficient for starvation-induced hyperactivity. Despite its importance in starvation-induced hyperactivity, octopamine is not required for starvation-induced changes in feeding behavior including elevated preference towards nutritious food over non-nutritious food, higher tendency to initiate feeding, and increased food consumption, suggesting independent regulations of energy intake behaviors by starvation. Taken together, our results establish a quantitative behavioral paradigm to investigate the regulation of energy homeostasis by the CNS, and identified a conserved neural substrate that links organismal metabolic state to a specific behavioral output.

关键词： The insect analog of norepinephrine mediates starvation-induced foraging behavior in adult Drosophila

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Effects of early exposure to Bisphenol A on hippocampal oligodendrocytes and fear learning in male adult rats

Effects of early exposure to Bisphenol A on hippocampal olig...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Shi-Jun Fan Xiao-Bin Xu Xin Ke Yao Xiao Bing-Xing Pan Laboratory of Fear and Anxiety Disorder Institute of Life ScienceNanchang University

Lactational period is a pivotal window for the development of rat brain. Accumulating evidence has demonstrated that the rats subject to continuous exposure to bisphenol A(BPA) within this period exhibit abnormal brain development and behaviors upon spanning into adulthood. Our previous studies have also shown that rats experiencing perinatal/postnatal exposure to BPA at levels approximating that in natural environment display aberrant development and function of brain, as manifested by hyperactivity and impaired spatial learning and memory. While many studies reveal that the effect of BPA on brain is mainly through disrupting neuronal development and function, little is known whether, and if yes, how BPA affects glia cells. Recent studies have demonstrated that estradiol is capable of regulating the differentiation, maturation and apoptosis of oligodendrocyte, raising a possibility that the disruption of estrogen signaling following BPA exposure may also alter the development and function of oligodendrocytes. To test this, we exposed the rats to low level of BPA from their birth until weaning and investigated whether such a treatment would affect hippocampus-dependent contextual fear learning in rats when they enter into their adulthood. We also examined the effect of lactational BPA exposure on the density of oligodendrocytes and MBP expression level in the hippocampus of adult rats, followed by analyzing the potential relationship between the expression of MBP and the level of contextual fear learning in individual rats. Our results showed that lactational BPA exposure impaired contextual fear learning in adulthood;it not only reduced the density of oligodendrocytes but also down-regulated MBP expression in adult hippocampus. Furthermore, there was a significant causal relationship between the altered MBP expression and impaired contextual fear learning in rats exposed to BPA. Altogether, our findings suggest that the altered oligodendrocytes development and func

关键词： Lactational period environmental estrogens bisphenol A Oligodendrocytes hippocampus contextual fear learning

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Chronic fluoxetine treatment induces morphological changes of the perforant path synapse in the dentate gyrus:analysis of synaptic fine structures with FIB-SEM

Chronic fluoxetine treatment induces morphological changes o...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Yosuke Kitahara Keisuke Ohta Takahide Shuto Mahomi Kuroiwa Naoki Sotogaku Hiroshi Hasuo Akinobu Togo Kei-ichiro Nakamura Akinori Nishi Dept.of Pharmacol. Kurume Univ.Sch.of Med. Dept.of Anat. Kurume Univ.Sch.of Med. Dept.of Physiol. Kurume Univ.Sch.of Med.

A selective serotonin reuptake inhibitor(SSRI) is the most commonly prescribed antidepressants for the treatment of major depression. However, mechanisms underlying the action of SSRI are not fully understood. In the dentate gyrus(DG), chronic fluoxetine treatment increases the excitability of mature granule cells(GCs) as well as the neurogenesis. Perforant path axons(boutons) from the entorhinal cortex(layer Ⅱ) to the DG form synapses on dendritic spines of GCs, known as perforant path synapse. We have found that the excitatory neurotransmission of perforant path synapse in the middle molecular layer(MML) of DG is enhanced after chronic fluoxetine treatment using voltage sensitive dye imaging. Therefore, we further examined whether chronic fluoxetine treatment(15 mg/kg/day, 14 days) affects the morphology of perforant path synapse in the MML by FIB-SEM(Focused ion beam-Scanning electron microscopy). 3D reconstruction of dendritic spines revealed the appearance of the extremely large-sized spine after chronic fluoxetine treatment. The large-sized spine had a postsynaptic density with large volume. However, chronic fluoxetine treatment did not affect spine density. We next analyzed structures of the perforant path bouton. The presynaptic bouton contacted with the large-sized spine was large in volume, and the volumes of mitochondria and synaptic vesicles in the bouton were correlated with size of bouton. These results suggest that the large-sized perforant path synapse appeared after chronic fluoxetine treatment may be involved in the enhanced glutamatergic neurotransmission.

关键词： SSRI Dentate Gyrus FIB-SEM synaptic morphology

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Seeing slant:fMRI analysis-by-synthesis reveals a cortical hierarchy that extracts 3-D surfaces

Seeing slant:fMRI analysis-by-synthesis reveals a cortical h...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Hiroshi Ban Center for Information and Neural Networks National Institute of Information and Communications Technology Graduate School of Frontier Biosciences Osaka University

A fundamental challenge in visual neuroscience is to understand how the outputs of neurons responding to local, simple elements are progressively transformed to encode the critical features of spatially-extensive objects. While models of the ventral visual stream detail the decoding transformations that support invariance, much less is known about the dorsal hierarchy. Here we test the processing of binocular depth signals that strongly engage dorsal visual cortex. Specifically, we used human f MRI measurements and a series of generative models to infer the computational hierarchy that supports the estimation of slant, a property important for recognizing 3-D surfaces and planning actions. Using multi-voxel analysis approaches(correlation and decoding) we report four main advances. First, area V3 A represents information about slanted surfaces by pooling disparity across space and is largely unaffected by low-level stimulus changes. Second, responses in V3 A show a degree of tolerance in their responses across different positions in depth. Third, the discriminability of f MRI responses in V3 A mirrors psychophysical judgments, suggesting a neural population that may contribute to the perception of surface slant. Finally, we show that processes related to gradient estimation in V3 A build upon earlier representations of edge processing and figure-ground segmentation in V2. In summary, these results reveal a relatively short computational hierarchy that captures key information about the 3-D structure of nearby surfaces, and more generally demonstrate an analysis approach that may be of merit in a diverse range of brain imaging domains.

关键词： f MRI,visual perception,depth perception,binocular vision,multi-voxel pattern analysis

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Adeno-associated-virus type 2 mediated gene expression is increased by doxorubicin

Adeno-associated-virus type 2 mediated gene expression is in...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Xiaoli Gong Le Wang Ting Zhang Xiaomin Wang Department of Physiology and Pathophysiology School of Basic Medical SciencesCapital Medical University Key Laboratory of Neurodegenerative Disorders of the Ministry of Education Capital Medical University Department of Neurobiology School of Basic Medical SciencesCapital Medical University Beijing Institute for Brain Disorders

Parkinson's disease(PD) has become a social problem in China, seriously affecting population health and life quality and inhibiting economic development. However, no effective treatment for PD is available to control the disease progression. AAV-2 mediated gene therapy shows promising effect in the clinical trial. In our previous study, we found doxorubicin, a kind of anthracycline antibiotic, enhanced AAV-2 mediated gene expression in rat striatum. In the present study, we further confirm this effect in mice brain slice. We added doxorubicin with AAV-2 carrying enhanced green fluorescent protein(***) into the mice brain slice culture, and then using microscope to observe the EGFP expression from live cells. We found that EGFP fluorescence was very low within 6 days post-infection. Doxorubicin increased AAV-2 transduction dramatically to 2.8 times comparing to control group. Moreover, similar results were observed when doxorubicin treated with or after ***. In conclusion, doxorubicin increased AAV-2 mediated gene expression in mice brain slice. These results provided evidence to facilitate AAV-mediated gene expression in the central nervous system.

关键词： doxorubicin,brain slice,adeno-associated-virus

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Neuromorphic implementation of attractor dynamics in a decision circuit with NMDA receptors:a simulation study

Neuromorphic implementation of attractor dynamics in a decis...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Hongzhi You Key Laboratory for Neuro Information of Ministry of Education School of Life Science and TechnologyUniversity of Electronic Science and Technology of China

Decision making is an important cognitive function of selecting an option or an action from among a set of alternatives, and its time integration relies on the dynamics of NMDA receptors(NMDAR) and the saddle-node structure of the decision network. Recently, Federico and his collaborators(2015) achieved decision making and perceptual bistability in spike-based neuromorphic VLSI systems. However, corresponding decision performance can be improved further because they didn't take the dynamics of NMDARs into account. Here we present a novel method for the neuromorphic implementation of a decision circuit with NMDARs aimed at computing the attractor dynamics underlying the slow time integration of sensory evidences. Using the dynamic voltage-current circuit and multipliers, we applied the dynamical system approach of circuit synthesis to implement the NMDAR gating variable circuit, which is described by the first order kinetic equation of a reversible chemical reaction. Meanwhile, we developed a decision circuit with NMDARs according to the two-variable version of a biophysically realistic decision model proposed by Wong and Wang(2006). Circuit simulations in HSpice demonstrated that the NMDAR gating variable circuit can capture the nonlinear dynamical characteristics of corresponding gating variable, and the decision circuit with NMDARs can reproduce ramping neural activities observed in the electrophysiological recording in monkey's experiments. The build-up rate of these activities increases with the coherence of sensory inputs. Interestingly, the decision circuit can show working memory when the strong recurrent synaptic connections are ***, the theoretical analysis suggested that the dynamics of the decision in our neuromorphic circuit during the presentation of sensory evidences is determined by the saddle node structure. There is only one stable state for our neuromorphic circuit with weak recurrent connections after removing sensory evidences, but

关键词： Neuromorphic engineering decision making NMDA receptors attractor dynamics dynamical system approach

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The cortical magnification factor and spatial frequency selectivity in Macaque V1 revealed quantitatively by Intrinsic Optical Imaging

The cortical magnification factor and spatial frequency sele...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Yiliang Lu JiapengY in Hongliang Gong Zheyuan Chen Ian M Andolina Wei Wang Institute of Neuroscience State Key Laboratory of Neuroscience and Key Laboratory of Primate NeurobiologyShanghai Institutes for Biological SciencesChinese Academy of Sciences

The primary visual cortex(V1) in primates performs a fine spatial analysis of the visual world, with the highest visual acuity in the cortical area corresponding to the fovea of the retina. Electrophysiological single-unit recordings have revealed an inverse proportionality between the receptive field size, spatial frequency(SF) selectivity of V1neurons and their eccentricities. As eccentricity is measured as the distance(degree) from the fovea whereas cortical magnification factor(CMF) is calculated as cortical surface distance/visual angle(mm/degree), the correlation between the neural SF selectivity and CMF in macaque V1 has not yet been quantitatively defined. In this study by using intrinsic optical imaging, we quantitatively measured the direct proportionality between SF selectivity and CMF in macaque V1. We first mapped and analyzed the fine cortical representation of the visual space by fast Fourier intrinsic optical imaging before the acquisition of the eccentricity and CMF maps with high spatial resolution. The SF selectivity of each pixel of the imaged area was measured in response to sine-wave gratings with various combinations of orientation and SF. A physiometric function for SF selectivity and CMF was thus determined in the imaged areas of macaque V1. We also quantitatively measured the inverse proportionality between eccentricity and CMF and between the size of orientation domains and CMF. These quantitative measurements of relationship among SF selectivity, eccentricity, orientation domains and CMF will be highly informative for future electrophysiological recording, other brain imaging studies and computational modeling in primates.

关键词： SF selectivity,eccentricity,cortical magnification factor

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Tmem108 regulates blood glucose level by interacting with PGM1

Tmem108 regulates blood glucose level by interacting with PG...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Shun-Qi Wang Er-Kang Fei Jian-Dong Yu Xin-Sheng Lai Ming-Tao Xiong Hong-Yang Jing Bin Luo Peng Chen Min Yan Xi-Mo Dai Dong-Yan Ren Lin Mei The Laboratory of Synaptic Development and Plasticity Institute of Life ScienceNanchang University Department of Neuroscience and Regenerative Medicine Medical College of GeorgiaGeorgia Regents University

Tmem108(Transmembrane protein 108) mediates retrograde axonal transport in sensory neurons and regulates BDNF-triggered ERK signaling in CNS neurons. Recent GWAS(Genome-wide association study) discloses that it might have high correlation with heavy drinking, alcoholism and other substance addicts. In order to investigate its exact function in CNS, knockout Tmem108(KO Tmem108) mice are produced and cultured in our lab. Intriguingly, in our yeast two hybridized assay, we found that PGM1(Phosphoglucomutase 1) is one of the proteins which interact with intracellular domain of Tmem108. Furthermore, glucose level is being tested after fasting food 16 hours. Blood glucose level is higher in KO Tmem108 mice than in wild type mice after fasting food, and 3 hours later after intraperitoneal injection of glucose, blood glucose level is higher in wild type mice than in KO Tmem108 mice. We speculate that Tmem108 regulates blood glucose level by affecting PGM1 protein stability or enzyme activity, and that Tmem108 might involve in glucose metabolism dysfunction, such as diabetes.

关键词： Tmem108LRP4 blood glucose level,PGM1(Phosphoglucomutase 1)

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Regulation of recurrent network activity by dopamine and norepinephrine in entorhinal cortical slices

Regulation of recurrent network activity by dopamine and nor...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Ting He Yousheng Shu State Key Laboratory of Cognitive Neuroscience and Learning and IDG/McGovern Institute for Brain Research School of Brain and Cognitive SciencesBeijing Normal University

Cortical tissue is heavily innervated by neuropils containing neuromodulators such as dopamine(DA) and norepinephrine(NE). Release of these modulators can regulate brain states and higher order brain functions. It remains unclear how a specific neuromodulator regulates cortical states. In this study, we investigated the modulatory effect of DA and NE on the generation of cortical recurrent network activity- slow oscillations. We performed extracellular and whole-cell recording from entorhinal cortical slices that generated spontaneous slow oscillations, characterized as the occurrence of intermittent Up state(a period of depolarization with synaptic inputs) and Down state(a resting state of membrane potential with fewer synaptic inputs) in individual neurons. Light stimulation of the cortical tissue that expressed Ch R2 in tyrosine hydroxylase(TH)-expressing cells or neurites caused the generation of Up states and sometimes prolonged depolarization and firing followed by long-lasting hyperpolarization. Since TH-expressing fibers originating from midbrain can release DA or NE and modulate cortical states, we then delivered DA and NE through bath application and found surprisingly that both DA(10 and 50 M) and NE(10 and 100 M) completely abolished the occurrence of Up states. Close examination of slices obtained from entorhinal cortex revealed the existence of TH-expressing neurons with long apical dendrites extending towards the pia matter, suggesting that they could be glutamatergic cells and activation of these cells may trigger the generation of Up states. Together, our results from cortical slices suggest that the activation of local TH-expressing neurons triggers network activity, bath application of DA and NE, however, inhibits spontaneous network activity.

关键词： Slow oscillation,entorhinal cortex,dopamine,norepinephrine

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Location and orientation specificity in visual perceptual learning:Possible results of neural under-activations at untrained stimulus conditions

Location and orientation specificity in visual perceptual le...

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第六届亚太神经科学联合会学术会议暨中国神经科学学会第十一届全国学术会议

作者： Cong Yu Department of Psychology IDG/McGovern Institute for Brain Researchand Peking-Tsinghua Center for Life SciencesPeking University

Training can improve a person's capability of discriminating fine stimulus differences in vision and other senses. This perceptual learning process has been one of the central topics in sensory neuroscience research because it reveals brain plasticity at a system level. For many years researchers on visual perceptual learning are excited by the observations of learning being specific to the trained retinal location and orientation, possible indications of neural plasticity in retinotopic and orientation selective early visual areas. Essentially all visual perceptual learning theories are either motivated or constrained by these specificities. However, previously we created new "double training" and "TPE" training paradigms to abolish these specificities and enable learning to transfer completely to untrained retinal locations and orientations. These demonstrations suggest that visualperceptual learning is a high-level learning process primarily occurring beyond the visual cortex. In the current study we examined why learning is specific to the trained location and orientation in the first place. In double training and TPE training, learning becomes transferable if the subjects are exposed to the untrained location or orientation through an irrelevant task, indicating that learning specificity may be to do with the untrained conditions. Here we used a continuous flash suppression technique, in which the perception of the stimulus presented to one eye is suppressed by flashing white noise presented to the other eye, to render the exposure stimuli subconscious. We then use additional stimulus manipulations to create "bottom-up only" stimulation and "top-down only" stimulation conditions. We found that bottom-up exposure of a grating stimulus at a untrained location or orthogonal orientation is sufficient to enable complete(location) or significant(orientation) learning transfer, while top-down influences without actual bottom-up stimulations may also enable(location) o

关键词： Perceptual learning specificity

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