視皮層 的英文怎麼說

中文拼音 [shìpícéng]
視皮層 英文
visual cortex
  • 視 : Ⅰ動詞1. （看） look at 2. （看待） regard; look upon 3. （考察） inspect; watch Ⅱ名詞（姓氏） a surname
  • 皮 : Ⅰ名詞1 （人或物體表面的一層組織） skin 2 （皮革） leather; hide 3 （毛皮） fur 4 （包在外面的一層...
  • 層 : i 量詞1 （用於重疊、積累的東西 如樓層、階層、地層） storey; tier; stratum 2 （用於可以分項分步的...
  • 皮層 : cortex; cerebral cortex; derma; stipitipellis; pellis （pl. pelles） （擔子菌）
  1. However, this pathway has not been yet conformed by the histological research, and the amygdaloid influence at cortical level has not also been reported

    目前，杏仁復合體在兔皮層水平上的影響和作用尚有待證實，而杏仁-視皮層-外膝體通路還缺乏組織學工作支持。
  2. These resuits indicate that the " on - off " response of the neuron in visual area l is not only a simple convergence of the " on - off " response from the retina or the lateral geniculate body, but is an result of the integration of the neuron in visual area l

    F反應並非是視網膜和外膝體。 n 。 f信息的集聚，而是視皮層神經元對上傳信息整合后的結果，另一方面說明杏仁復合體可參與這種整合，改變視皮層神經元的反應性質。
  3. It has reported that the amygdaloid complex exerts ianuence on the medial geniculate body and the auditory cortex. not only the light evoked response of latera geniculate cells can be modulated by the amygdaloid complex, but also their receptive field characterstics. the pathway of this modulating innuence is amygdala isual cortexateral geniculate

    已有的工作表明，杏仁復合體可對內膝體和聽皮層聽覺信息產生影響作用，在視覺上，杏仁復合體不僅對兔外膝體神經元閃光刺激反應活動產生抑制和易化影響，而且對外膝體神經元的感受野特性具有調製作用，這種作用是通過杏仁-視皮層-外膝體途徑而實現。
  4. Visual representation ; associative code ; top - down information processing ; inferior temporal lobe and prefrontal lobe

    視覺表徵聯想性編碼頂-底信息加工顳下回皮層和前額葉皮層
  5. This result is well consistent with that found in senescent macaque monkeys, indicating a universal neural change with age

    這與在老年猴發現的結果一致，表明隨年齡增加視皮層細胞出現功能衰退可能是一種普遍的現象。
  6. During the pass time, we have taken a lot of experiments of stereoscopic cognition in psychology and physiology and attain some results, include the influence of rds ( random dots stereogram ) contrast, brightness, complexity of disparity area and color to the cognition

    在過去的研究中，我們實驗室已經在立體視覺相關的心理物理和誘發皮層電位方面進行了大量的研究，並取得了一定的研究成果，例如rds圖對的對比度，亮度，復雜的視差區域，顏色等因素對cep的影響的研究等。
  7. ( 4 ) the light evoked loca1 field potential with latency 20 ms could be recorded on the surface of visual area l of the rabbit. it was inhibited with latency l0 ms and duration 20 ms after electrical stimulation of the basal amygdala

    O ）電刺激杏仁基底核可在兔視1區皮層表面誘發出一個局部場電位，其潛伏期僅為l 2ms ，表明這可能是經由單突觸直接投射的結果。
  8. Medical researches in recent years have found out that there is an increasing number of children with cerebral visual impairment cvi, previously named cortical visual impairment or cortical blindness, which is caused by damages, congenital or acquired, to the brain cells or nerves responsible for transmission, processing and interpretation of visual information

    近年，醫學研究發現，越來越多兒童因腦部先天或後天創傷，導致腦部負責視覺訊息傳遞及處理的細胞或神經線受損，因而患有腦性視覺障礙以往亦稱為大腦皮層性視障或腦盲皮質盲。
  9. Especially the path of v1 - v2 is for static figure processing and the path of mt - mst is for motion processing. based on the model of formotion bcs proposed by grossberg, the paper synthesized the fa ade model and the mbcs model. and it was analyzed in detail and developed in this paper

    目前已知的運動和運動形狀感知涉及到視皮層的v1 、 v2 、 v3 、 mt和mst區，其中v1 - v2是靜態圖像處理視路， mt - mst是運動圖像處理視路。
  10. No considerable neuron loss was found during senescence ; compared with those of young there was a significant increase in the number and staining density of gfap - ir cells in old cats ; but as for gaba - ir cells, it was just the opposite : immunoreactive cells of old cats were characterized by decreased number and weakened staining

    結果發現，初級視皮層細胞數目無顯著的年齡相關變化；與青年貓比較，老年貓的gfap - ir細胞數目較多，陽性染色較深；老年貓的gaba - ir細胞的數目顯著下降，陽性染色明顯減弱。
  11. Contour detection based on inhibition of primary visual cortex

    基於初級視皮層抑制的輪廓檢測方法
  12. Retinal distribution properties of preferred orientation of cortical cell responses to grating in the cat

    貓視皮層神經元對光柵反應最優方位在視網膜上分佈特性的研究
  13. It is a common method to test eye ' s function in ophthalmology. its features are objective and uninjured. the locality of illness can be finded in the pathway from all layersof retina to cerebral cortex by this method

    臨床視覺電生理學包括視網膜電圖、眼電圖、視覺誘發電位三個方面，是眼科視功能測試的常規手段，具有客觀性、無創性和對病變從視網膜各層至視皮層進行分層定位等特點。
  14. In 48 orientation neurons, l9o / o neurons changed their orientation selectivity by disappearing, narrowing orientation range, widening orientation range, shifting preferred orientation or appearing orientation selectivity after electrical stimulation of the basal amygdala

    杏仁復合體可通過杏仁基底核與視皮層直接的神經聯系調制視皮層神經元的電活動特性，也可能經由其他途徑對其施加影響。
  15. 2. silver staining and immunohistochemical methods were applied to explore the difference of gabaergic neurons and astrocytes ( specifically indicated by antibody of gfap ) in the primary visual cortex between young adult and old cats

    2 .運用銀染及免疫組織化學abc方法，在光學顯微鏡下觀察、比較老年貓和青年貓初級視皮層v1區-氨基丁酸（ gaba ）能神經元和星形膠質細胞（ gfap為其特異性標志物） 。
  16. The stimulus selectivity and pattern adaptation of neurons in the primary visual cortex ( area 17 ) of young adult and old cats was, for the first time, comparatively examined using single - neuron in vivo recording techniques

    本文採用電生理和形態學手段對老年貓初級視皮層神經元的功能衰退進行觀察並對其潛在的神經機製作了初步探討。 1 .運用在位細胞外記錄方法比較研究視皮層v1區細胞的刺激選擇和圖形適應特性。
  17. Age - related changes in optical coherence tomography measurement of the neurosensory retinal thickness in the macula

    黃斑視網膜神經上皮層光學相干斷層掃描增齡性研究
  18. There have been a mass of research documents showing that many visual functions deteriorate with age both for human beings and for animals. age - related visual function decline could not be completely attributed to optical and retinal changes. considerable visual impairments in the old might result from morphological ( such as cell loss, dendritic change and synaptic density decrease ) or functional ( such as weakened gaba inhibition ) degeneration of visual pathways. in this article we made preliminary studies on the mechnisam underlying visual function degradation by electrophysiological and morphological methods

    隨著年齡的增長，人及動物的許多視覺功能出現衰退，老年性視覺能力降低並非完全由眼的光學因素和視網膜形態、功能變化導致，不少方面可能決定於衰老引起的視覺中樞結構（如神經元丟失、樹突野改變及突觸密度下降等）和生理功能（如皮層內gaba能抑制作用減弱等）的改變。
  19. It simulates the response characteristics of simple cells in biological visual cortex, and decomposes one image into sub - images with different resolutions and orientations in which every pixel represents the response of some neuron in the visual cortex

    該方法模擬生物視覺皮層中簡單細胞的響應特性，將單幅圖像映射成一系列分辨力及方向各異的子圖像，子圖像中每個像素代表了視覺皮層中某個神經元的響應。
  20. The result above indicates that orientation discrimination practising can leads to specific shift of orientation sensitivity for at least part of the dlgn neurons, which may contribute to the neural plasticity of orientation coding in visual cortex

    以上結果提示，方位識別訓練可特異性改變外膝體部分神經元（特定離心度上）的方位敏感性，這種敏感性改變可能對視皮層細胞的方位編碼可塑性有貢獻。
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