嗅覺纖維 的英文怎麼說

中文拼音 [xiùjiàoxiānwéi]
嗅覺纖維 英文
olfactory fiber
  • : 動詞(用鼻子辨別氣味; 聞) smell; scent; sniff
  • : 覺名詞(睡眠) sleep
  • : 纖形容詞(細小) fine; minute
  • : Ⅰ動詞1 (連接) tie up; hold together; link 2 (保持; 保全) maintain; safeguard; preserve; keep ...
  • 嗅覺 : olfactory sensation; smelling; sense of smell; smell; scent; rhinesthesia; osmesthesia; olfaction...
  • 纖維 : fibre; staple; filamentary
  1. All olfactory glomeruli are stained deeply

    嗅覺纖維球全部著色,而且染色非常深。
  2. The temporal and spatial expression of gfap and vimentin of olfactory system of xenopus laevis during metamorphosis

    變形期非洲爪蛙系統膠質原酸性蛋白和波形蛋白的時空表達
  3. Thus, investigating the nervous activities through insect glomeruli, which are correspondingly simple, can throw light upon researches on brain nerve in vertebrate and furthermore promote the studies on the mechanism of brain physiology and pathology

    因此從昆蟲嗅覺纖維球的結構功能入手研究其腦神經的活動,可為脊椎動物的腦神經研究提供理論依據。從而推進高等動物腦神經生理,病理機制及治療的研究。
  4. 2. glomeruli are distinguished by their dense neuropil compared with peripheral coarse neuropil. almost all the synapses in the antennal lobe take place within the glomeruli

    ( 2 )嗅覺纖維球是由神經組成的神經網,大量的突觸聯系在神經之間發生。
  5. The results are as follows : 1. there are many spheroidal glomeruli in the antennal lobe, either as individuals or in combination, surrounded by neuron cells, coarse neuropil, i. e. nonglomeruli region and more or less glia or glial processes

    結果發現: ( 1 )日本弓背蟻觸角葉中分佈許多大小不一,近似球形的嗅覺纖維球。這些球的分佈是不連續的,被神經元細胞群、非嗅覺纖維分開。
  6. The antennal lobe is the primary center in most animal species. glomeruli are thought to represent the functional units in the processing of olfactory information of the antennal lobe in both vertebrate and invertebrate

    觸角葉超微結構分析:觸角葉是昆蟲主要的中心,而嗅覺纖維球是觸角葉形態和功能的亞單位,其組織結構與脊椎動物基本上一致。
  7. Most of the 5 - ht fibers of the a - lobes apparently are main branches of thick fibers which surrounded the a - lobes

    嗅覺纖維球呈陽性反應,染色均勻,其中含有一些陽性,僅有一對神經元被標記。
  8. In this paper, we have experimented on the ant componotus japonicus to study their glomeruli and peripheral components at ultrastructural level

    本實驗以日本弓背蟻為實驗材料,對其觸角葉嗅覺纖維球及其周邊組織在超微水平上進行組織結構和形態學特徵的研究。
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