网膜细胞的英文

• retinulae

• "网膜"英文翻译    omentum; retina
• "细胞"英文翻译    cell; sytes; bioplast; cella ...
• "视网膜细胞" 英文翻译 :    cellula retinalis; cellular retinalis; retina cell; retinal cells
• "枧网膜细胞" 英文翻译 :    retinal cell
• "成视网膜细胞" 英文翻译 :    retinoblast
• "视网膜细胞瘤" 英文翻译 :    retinocystoma; retinocytoma
• "成视网膜细胞瘤" 英文翻译 :    retinoblastima; retinoblastoma
• "成视网膜细胞瘤的" 英文翻译 :    rb; retinoblastoma
• "偏位视网膜细胞" 英文翻译 :    eccentric retinal cell
• "成视网膜细胞瘤蛋白质" 英文翻译 :    retinoblastoma protein (prb)
• "成视网膜细胞瘤易感基因" 英文翻译 :    retinoblastoma susceptibility gene
• "遗传性成视网膜细胞瘤" 英文翻译 :    hereditary retinoblastoma; hrb
• "膜细胞" 英文翻译 :    theca cell
• "成视网膜细胞瘤, 视网膜神经胶质瘤" 英文翻译 :    retinoblastoma
• "被膜细胞" 英文翻译 :    amphicyte; capsule cell
• "成滑膜细胞" 英文翻译 :    synovioblast
• "成羊膜细胞" 英文翻译 :    amnioblast amniogenic cell
• "次虹膜细胞" 英文翻译 :    secondary iris cells
• "腹膜细胞" 英文翻译 :    peritoneal cell
• "骨膜细胞" 英文翻译 :    cells lining bone surfaces
• "骨内膜细胞" 英文翻译 :    bone lining cell; endosteal cell
• "管膜细胞" 英文翻译 :    ependymal cell
• "虹膜细胞" 英文翻译 :    iris cells
• "滑膜细胞" 英文翻译 :    synovial cell
• "角膜细胞" 英文翻译 :    corneal cell; keratocyte; residential cell

• Many nerve endings both in retinular cells and proximal reflecting pigment cells indicated that the nervous system participated in the regulation of the intrinsic circadian rhythmicity
  同时在小网膜细胞和近端反光色素细胞中发现有神经末梢分布，表明神经系统也参与这种节律性调控。
• The result show the ommatida that form the compound eye in penaeus monodon fabriciu were composed of cornea , four cone cells , eight retinular cells and some pigment cells
  结果发现：组成复眼的小眼表形为长方形，从远端到近端分别由角膜、二个角膜生成细胞、四个晶锥及八个小网膜细胞构成。
• During dark adaptation , the rhabdomal figures are regular , the distal pigment granules and proximal pigment granules are concentrated in the distal of crystalline tract and the proximal rhabdom respectively , and while retinular pigment granules are lacked in proximal of ommatidium
  暗适应时，感杆束外形规则，微绒毛排列整齐，远端色素则集中于小眼的远端，近端缺乏小网膜细胞色素，仅有近端反光色素分布。
• The lysosome system and the other cells amongst retinular cells carry out the breakdown of microvilli . the former includes coated vesicles , lysosome , lamellar bodies and oil droplets ; and the latter include the hemocytes , proximal reflecting pigment cells and nerve glial cells
  微绒毛降解过程通过自身的溶酶体系统(包括被膜小泡、溶酶体、板膜体和脂滴)和小网膜细胞之外的其它细胞(如血细胞、近端反光色素细胞和神经胶质细胞)共同完成。
• There is no thumb - shaped area on the back of the compound eye . the results under transmission electron microscope show that the fine structure of the compound eye in portunus tritubereulatus is different from that in metapenaeus ensis . the former has eleven retinular cells which composed the compound eye
  两部分的小网膜细胞在结构上基本相同，都含有线粒体、多囊体、内质网、色素颗粒等，但是上部的小网膜细胞没有扳膜体，而且胞质比较致密，膜下储泡囊的空腔较小，里面有膜状结构。
• An ommatidium is composed of cornea , two corneagenous cells , four cone cells , eight retinular cells , rhabdom , distal pigment cells , distal and proximal reflecting pigment cells , in blue , red and in full bright light conditions , compound eyes exhibit obvious characters the disarrangement of microvilli in the rhabdom , the increased number of lamellar bodies , distal and proximal pigment granules covering the crystalline cone and rhabdom to prevent hard light damaging the ommatidia
  现将我们的研究结果报道如下：日本沼虾复眼属于反射型重叠像眼，每一小眼由角膜，成角膜细胞( 2个) ，晶锥细胞( 4个) ，小网膜细胞( 8个)及其形成的感杆束和远端色素细胞、远端反光色素细胞、近端反光色素细胞组成。小眼角膜长方形，小眼密度为512个mm ~ 2 。
• We used four different wavelength light including red light ( 750nm ) , yellow light ( 580nm ) , green light ( 560nm ) , blue light ( 400nm ) to stimulate four different groups compound eyes . then the ultrastructures of the compound eyes of each group were observed under electron microscope . the results showed the fine structure of the photoreceptor , the diameter of rhabdom , the dimension of perirhabdom vacuole , the number of pinocytotic vesicle below the microsvilli , the location of pigment granules , the emergence of lamellar bodies and lysosomes in cytoplasm , were different in different light adaptation
  二、不同光照条件下复眼超微结构的变化三疣梭子蟹经过12h暗适应后，在不同波长的红光( 750nm ) ，黄光( 580nm ) ，绿光( 560nm ) ，蓝光( 400nm )照射下，其光感受器的小网膜细胞和感杆束的形态和超微结构呈现较大的区别，感杆束的形态、细胞内的胞器随不同波长光的适应而发生变化，在红光下感杆束直径最大，微绒毛排列整齐，在蓝光下感杆束直径最小，微绒毛最凌乱。