感桿 的英文怎麼說

中文拼音 [gǎngǎn]
感桿 英文
optical rod
  • 感 : Ⅰ動詞1 （覺得） feel; sense 2 （懷有謝意） be grateful; be obliged; appreciate 3 （感動） move; t...
  • 桿 : 桿名詞（桿子） pole; staff
  1. We gave them the opportunity to express their feelings, to affirm themselves.

    我們給了他們一個機會表達自己的感情，他們可以藉此挺一挺腰桿。
  2. Newcastle disease virus ( ndv ) strain 695, a thermostable nature avirulent strain, were replicated in embryonated chicken eggsand its rna was extracted from allantoic fluid. referred to the reported sequence of f gene, a pair of primers were designed and synthesized. f gene of ndv b95 strain was amplified by rt - pcr, the pcr products were checked by agrose gel electrophoresis and purified by agrose gel fracion method

    利用從國外引進的新城疫熱穩定性天然弱毒b _ （ 95 ）株接種spf雞胚繁殖病毒，經處理后提取病毒的基因組rna ，參考國內外發表的ndv融合蛋白基因序列，設計一對特異性引物，經反轉錄聚合酶鏈式反應（ rt - pcr ）擴增出約1700bp大小的特異性片段，將此片段回收純化后，利用t - a克隆技術將其克隆到pgem - t - easy克隆載體中，再轉化大腸桿菌jm109感受態細胞，轉化后經分子量比較、 pcr鑒定和酶切分析篩選陽性克隆。
  3. Public urged to guard against bacillary dysentery

    生署提醒市民慎防桿菌性痢疾感染
  4. Those pathogens were susceptible to ciprofloxacin and novobiocin, however resistance to penicillin c, streptomycin, bacitracin and polymyxin b was produced

    這些致病菌對環丙沙星、新生黴素等藥物有很高的敏感性，而對青霉素、鏈黴素、桿菌膚和多粘菌素已經產生耐藥性。
  5. We report eight cases of pseudomonas aeruginosa bacteremia, or sepsis, in previously healthy infants over a three - year period

    我們回顧分析三年間八例院外緣膿桿菌感染，且發生在健康兒童之研究。
  6. Pseudomonas aeruginosa bacteremia, or sepsis, often occurs in hospitals, affecting mainly children with underlying problems

    摘要綠膿桿菌引起之菌血癥或敗血癥通常是院內感染，侵犯那些有潛在疾病之住院病童。
  7. E. coli xl1 - blue cells were tansformed by psurfpga and phages were rescued by m13ko7 helper phage particles. results showed that the heterodimeric enzyme was expressed as a fusion protein that matures to an active biocatalyst connected to the coat protein of phage fd

    以構建的噬菌粒psurfpga轉化具有琥珀突變的大腸桿菌xl1 - blue ，以輔助噬菌體m13k07超感染，進行青霉素g酰化酶基因的表達和在噬菌體表面的展示。
  8. Bod biosensor for seawater using bacillus licheni formis

    地衣芽孢桿菌海水生化需氧量傳感器研究
  9. The degree of ultrastructural changes of rhabdom during light and dark adaptation of compound eye had something to do with the intensity and wavelength of environmental light in m. nipponense

    線粒體為光感受膜的合成和降解過程提供能量。日本沼蝦復眼感桿束明、暗適應時結構變化程度與外界光強度和光波長度有關。
  10. Our study results indicated : on light adaptation, the ratios of the density of the gold particles in the rhabdom to that in the cytoplasm in macrobrachium rosenbergi photoreceptor cell in high calcium solution, physiological solution and low calcium solution was 21 / 6 、 1

    結果顯示:光適應組，在高鈣溶液、生理溶液和低鈣溶液中細胞質與感桿束中膠體金密度的比值是21 / 6 、 17 / 8和13 / 14 。
  11. 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

    暗適應時，感桿束外形規則，微絨毛排列整齊，遠端色素則集中於小眼的遠端，近端缺乏小網膜細胞色素，僅有近端反光色素分佈。
  12. 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

    現將我們的研究結果報道如下：日本沼蝦復眼屬于反射型重疊像眼，每一小眼由角膜，成角膜細胞（ 2個） ，晶錐細胞（ 4個） ，小網膜細胞（ 8個）及其形成的感桿束和遠端色素細胞、遠端反光色素細胞、近端反光色素細胞組成。小眼角膜長方形，小眼密度為512個mm ~ 2 。
  13. The results showed that 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 light and dark adaptation

    結果顯示在感桿束的直徑、膜下瀦泡囊的體積、微纖毛基部的胞飲泡數量、色素顆粒的位置以及有無脂滴、板膜體和溶酶體等細胞器方面，光適應和暗適應的光感受器有著明顯的差異。
  14. 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、不同光照條件下復眼超微結構的變化三疣梭子蟹經過12h暗適應后，在不同波長的紅光（ 750nm ） ，黃光（ 580nm ） ，綠光（ 560nm ） ，藍光（ 400nm ）照射下，其光感受器的小網膜細胞和感桿束的形態和超微結構呈現較大的區別，感桿束的形態、細胞內的胞器隨不同波長光的適應而發生變化，在紅光下感桿束直徑最大，微絨毛排列整齊，在藍光下感桿束直徑最小，微絨毛最凌亂。
  15. In this paper, the ultrastructures of compound eyes in blue and red light conditions were firstly studied with the transmission electron microscope in macrobrachium nipponense. the changes of ultrastructural features of rhabdom and cells around were well observed, and were compared thoroughly with the features in full bright light and dark conditions. the functions and significances of related cells structures were discussed during the breakdown and rebuilding of the photoreceptor membrane

    本文利用透射電鏡技術，首次對紅、藍光照條件下日本沼蝦復眼結構，重點是小眼感桿束及其周圍細胞超微結構變化作了詳盡的觀察和研究，並與全光照和全暗條件下的結構特徵進行全面比較，探討相關細胞結構在光感受膜的降解和重新合成過程中的作用和意義。
  16. With the increasing light adaptive time, the length of rhabdom trended to be longer and proximal pigment trended to spread more widely, but the variation was smaller in full bright light and short wave ( blue ) light conditions than that in long wave ( red ) light condition

    藍光照條件下感桿束直徑和長度變化與全光照相似，但近端色素的伸展幅度以藍光下條件最大，紅光次之，均大於全（色）光照條件。復眼結構對短波光（藍光）的敏感性高於長波光（紅光） 。
  17. During light adaptat ion the arrangement of microvillus in the rhabdom was in disorder, and the diameter of rhabdom was reduced. at the same adaptation the area of the perirhabdomal vacuole was reduced and the number of the multi vesicular body was increased. besides that the d i str i but i on and the amount of the p i gment granule, the lamellar body were influenced by light adaptation

    光適應時感桿束的微纖毛的平均直徑膨大，排列零亂，感桿束的平均直徑減小；膜下儲泡囊平均直徑減小；小網膜的細胞質中胞飲泡和小囊泡數量較多；多囊體的平均直徑減小，數量較少；板膜體較少，色素顆粒多，分佈於細胞的各個層面。
  18. Though the photoreceptor was in a steady adaptation, its ultrastructure of the rhabdom was smaller at noon than that in night. the changes of the ultrastructures, such as visicule and lamellar body in the cytoplasm, were large than the structures at dawn and at dusk

    在同一種適應狀態中，中午和夜晚時的小網膜感桿束的體積較小，相應的細胞器結構如胞質中的空泡、板膜體等與黎明和傍晚時的結構相比變化較大。
  19. Both breakdown and resynthesis of microvilli in rhabdom are long - lasting sustained processes in m. nipponense

    日本沼蝦復眼感桿束微絨毛的合成和降解是持續更替過程。
  20. Analysis of variance showed there were obvious effects on the diameter and the length of rhabdom, and the distribution of proximal pigment in different light conditions

    方差檢驗表明不同光照條件對感桿束的直徑、長度和近端色素的分佈均有顯著影響。
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