極細胞 的英文怎麼說
中文拼音 [jíxìbāo]
極細胞
英文
polar cell- 極 : i 名詞1 (頂點; 盡頭) the utmost point; extreme 2 (地球的南北兩端; 磁體的兩端; 電源或電器上電流...
- 細 : 形容詞1 (條狀物橫剖面小) thin; slender 2 (顆粒小) in small particles; fine 3 (音量小) thin ...
- 胞 : Ⅰ名詞1 (胞衣) afterbirth2 (同一個國家或民族的人) fellow countryman; compatriot Ⅱ形容詞(同胞...
- 細胞 : cell; sytes; bioplast; cella; [口語] gene; [生物學] cellule; cellule cellulli cellulo ; cello ; k...
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The albumins contain the majority of the cellular enzymes and are thus extremely heterogeneous.
清蛋白包含細胞的酶的大多數,因而是極其不均勻的。Antipodal cells the three haploid cells found in the embryo sac of seed - bearing plants that migrate to the chalaxal end of the sac farthest from the micropyle
反足細胞:胚囊三次分裂形成卵細胞,助細胞和極核等,其中位於合點端的三個單倍體細胞稱反足細胞。Regenerated nerve fibers were organized into fascicles of various sizes that were clearly delimited by perineurial - like shells made by long and thin cytoplasmic processes of perineurial - like bipolar cells and by densely packed collagen fibrils
再生神經纖維呈大小不等的束狀分佈,神經束膜樣的雙極細胞的長而薄的胞突和緊密折疊的膠原纖維將這些神經纖維束清晰定界。Muscle cells are arranged parallel to their direction of contraction and adopt a fusiform or spindle shape. nuclei are sparse in relation to large amounts of cytoplasm
肌細胞成梭形,與其收縮方向平行排列,與大量的極細胞胞質比較,細胞核相對較少散在分佈於質之間。The inpocketed vegetal pole cells develop into a sheet of cells which grows upward and eventually encloses a cavity, the archenteron.
內褶的植物極細胞生成一片向上生長的細胞,並最後圍成一個腔,即原腸。Electrophysiological experiment : in 73 rats, extracellular recordings in vivo were made from pvn using 3 - barrel microelectrode. neurons were categorized as gastric distension excitatory ( gd - e ) or inhibitory ( gd - i ) neurons tested with gastric distension stimulus. drugs were applied through the 3 - barrel microelectrode by a 4 - programmable pressure injector ( pm2000b, mdi, usa ) : relin, saline ( control group ) relin, " [ d - lys - 3 ] - ghrp - 6 ( antagonist for ghrelin - r ), to observe the effects of drugs on the neuron discharge
電生理實驗方法:在73隻大鼠中,應用三管玻璃微電極細胞外記錄麻醉大鼠一側pvn神經元自發放電,用水囊充盈胃鑒別胃擴張敏感神經元( gdsn ) ,以壓力注射儀( pm2000b , mdi , usa )經三管玻璃微電極,對核團內中文摘要單個神經元分別微量注射給予: ghrelin 、生理鹽水ns (對照) ghrelin 、 d一lys一3 ]一ghrp一6 ( ghrelin受體拮抗劑) ,觀察藥物對神經元單位放電的影響。Their maturation process is not only important for establishing normal visual functions, but may also underlie the dendritic remodeling of ganglion cells during development
雙極細胞的成熟不僅對建立正常的視覺功能很重要,而且可能對神經節細胞的樹突在發育期間有修飾的作用。Either extremity of the main axis of a nucleus, a cell, or an organism
卵細胞的極細胞核、細胞或有機體的主軸兩端的任一端Here we have used dye injection and gene gun labeling to identify and follow their differentiation in both normal and dark reared rabbits
本篇研究主要是用微量注射和基因槍標定技術,觀察在全暗飼養下和正常光照飼養下兔子雙極細胞的分化情形有何不同。Intracellular recording technique of glass microelectrode and technique of intralateroventricular microinjection were used
應用在體玻璃微電極細胞內電位記錄技術,及側腦室微量注射技術。By using gfp - cam fusion protein, we have observed the detailed dynamic redistribution of cam in hela cells during cytokinesis. in tri - polar cell model, we have studied the relationship between the distribution pattern of cam and the formation of the cleavage furrow. furthermore, we have made the study on the regulation mechanism of cam during the whole process of cytokinesis by inhibiting its activity at different cytokinesis stages
我們採用綠色熒光蛋白( gfp )標記技術,重點觀察了胞質分裂期hela細胞中gfp - cam的動態分佈;應用三極細胞模型研究了cam的分佈與分裂溝形成之間的關系;還通過在胞質分裂不同階段抑制cam的活性研究了cam在整個胞質分裂過程中的作用機制。By eye opening at p10 - 11, both normal and dark reared rabbits have possessed adult - like bipolar cells
兔子出生后約10 - 11天開眼時,不論是正常環境飼養或是全暗環境飼養下的雙極細胞皆已經接近成熟的細胞了。The tri - polar cells were induced by cytochalasin b treatment, by using the tri - polar cell model, it ' s quite convenient to compare the difference of central spindle structure and the difference of cam distribution pattern between each two poles in the same cell ; moreover, it ' s easy to see whether these differences would affect the furrow formation
2我們採用cytochalasinb處理法獲得三極細胞,應用三極細胞模型,在同一個細胞中比較每兩極之間中區紡錘體結構的差異, cam分佈的差異對最終分裂溝形成的影響。Beale ' s ganglion cells
比爾神經節細胞雙極細胞Bipolar cells are responsible of transmitting light signals from photoreceptors to ganglion cells in vertebrate retinas
摘要:脊椎動物視網膜的雙極細胞主要是將感光細胞的訊息傳遞至神經節細胞。It has been shown that light deprivation affects synaptic connections of ganglion cells in the mammalian retina, but little is known about impacts of visual deprivation on bipolar cell development
目前已經有人證實,初生時期失去光照會影響哺乳動物神經節細胞的突觸連結,但是卻很少有對雙極細胞影響的相關研究。The results suggest that visual experience has a facilitating effect on morphological differentiation of bipolar cells, and early mature bipolar cells could provide light dependent signals to guide synaptic connections of ganglion cells in the inner retina
本篇結果證明了視覺經驗可促進雙極細胞的形態發育,並可進而推論早期成熟的雙極細胞提供了光傳入視網膜的訊號,再進一步去影響內層視網膜中神經節細胞在發育過程中的突觸連結。Most importantly, we found that light deprivation causes a delay rather than a permanent arrest of the bipolar cell maturation
更重要的是,我們發現兔子出生后若無光照會延遲雙極細胞的發育,但不會使其成熟過程完全終止。Our results show that immature bipolar cells can be found as early as p1 - 3, and most characteristic bipolar cells can be identified in p4 - 6 of the rabbit retina
我的結果發現,兔子出生后1 - 3天就能發現尚未發育完全的雙極細胞,約至4 - 6天大部分雙極細胞的特徵皆已具備。Abstract : in order to clarify the location of the center for synchronized milk - ejection bursts of magnocellular oxytocin neurons in the hypothalamus, the bursts of these neurons were recorded extracellularly in lactating rats with selectively - cutting lesions of the middle brain or hypothalamus
文摘:為探究授乳大鼠雙側下丘腦巨細胞催產素神經元同步化射乳反射爆發放電的中樞所在,我們採用雙微電極細胞外記錄技術,觀察了選擇性腦切割損毀后的大鼠雙側視上核內催產素神經元在仔鼠吸吮刺激下射乳反射爆發放電。分享友人