齒狀回 的英文怎麼說

中文拼音 [chǐzhuànghuí]
齒狀回 英文
dentate gyrus
  • 齒 : Ⅰ名詞1 （牙; 牙齒） tooth 2 （物體上齒形的部分） a tooth like part of anything 3 [書面語] （年齡...
  • 狀 : Ⅰ名詞1 （形狀） form; shape 2 （情況） state; condition; situation; circumstances 3 （陳述事件或...
  • 回 : 回構詞成分。
  1. Leaves tufted ; stipes 15 - 30 cm long, densely scaly at base, glabrous above ; sterile lamina about 60 cm long and 20 cm wide, simply pinnate ; pinnae numerous, alternate or subopposite, linear - lanceolate, the largest about 12 cm long and 1 cm wide, base cordate, apex acuminate, margin finely toothed ; veins close, forking once or twice and forming areoles near the midrib ; fertile lamina similar to sterile ones, but somewhat reduced, about 8 cm long and 0. 4 cm wide, lower surface almost entirely covered with sporangia

    葉簇生；葉柄長15 - 30厘米，基部密被鱗片，向上近光滑；不育葉片長約60厘米，寬20厘米，一回羽狀；羽片多數，互生或近對生，線狀披針形，最長者長達12厘米，寬約1厘米，頂端長漸尖，基部心形，邊緣有細密鋸齒；葉脈1 - 2次分叉，近中脈形成網眼；能育葉與不育葉相似，但較小，長約8厘米，寬約0 . 4厘米，下部滿布孢子囊。
  2. Effect of effort of learning on the proliferation of neural stem cells in dentate gyrus

    學習狀態對齒狀回神經幹細胞增殖的影響
  3. Time dependent changes of nos positive neurons in dentate gyrus of rat early after lead - exposure

    低水平鉛暴露大鼠齒狀回一氧化氮合酶活性的時程變化
  4. Effect on neural stem cells in hippocampal dentate gyrus of adult rats after cortical devascularization

    去大腦皮質血管后對成年大鼠海馬齒狀回神經幹細胞的影響
  5. Mossy fiber sprouting and synapse formation in the dentate gyrus of temporal lobe epilepsy rats induced by pilocarpine

    匹羅卡品誘導顳葉癲癇大鼠齒狀回苔蘚纖維出芽及突觸重建
  6. Protective effect of hongjingtian on hippocampal area and dentate gyrus of complete cerebral ischemia - reperfusion in rats

    紅景天對全腦缺血再灌注大鼠海馬區及齒狀回的保護作用
  7. Leaves crowded near apex of the trunk, spirally arranged ; stipes dark brown, with sharp spines ; lamina large, oblong, tripinnate ; pinnae 17 - 20 pairs, alternate, longest one to 60 cm long, the basal one reduced ; rachis short - spiny ; pinnules 18 - 20 pairs, sessile or nearly so, lanceolate, to 10 cm long and 2. 5 cm wide, divided almost to the costa ; segments more or less falcate, toothed

    葉螺旋狀排列，聚生於莖端；葉柄棕色，具銳刺；葉片大，長矩圓形，三回羽狀深裂；羽片17 - 20對，互生，最大的長達60厘米，基部一對縮短，羽軸有短刺；小羽片18 - 20對，無柄或近於無柄，披針形，長達10厘米，寬2 . 5厘米，深裂幾達中脈；末回裂片多少鐮狀，有齒。
  8. Leaves tufted ; stipes stout, up to 1. 2 m long, densely covered with golden brown hairs at base ; lamina up to 2 m long and 1 m wide, tripinnatifid ; pinnae alternate, sparsely spaced ; pinnules linear - lanceolate, to 15 cm long and 1 - 2. 5 cm wide, short - stipitate ; ultimate lobes linear, more or less falcate, shallowly serrate, dark green and shining above, light green to glaucous below

    葉簇生；葉柄粗壯，長可達1 . 2米，基部亦密被金黃褐色毛；葉片長可達2米，寬達1米，三回羽狀分裂；羽片互生，疏離；小羽片線狀披針形，長達15厘米，寬1 - 2 . 5厘米，具短柄；末回裂片線形，略呈鐮狀，邊緣有淺鋸齒，上面深綠色，有光澤，下麵灰白色。
  9. It has been not reported whether the nscs can be isolated and cultured from the dentate gyrus of hippocampus of newborn rat or not so far

    能否從新生大鼠海馬齒狀回分離、培養神經幹細胞，國內外尚未見報道。
  10. Half animals were perfused with paraformaldehyte following normal serum after test innnediatly, then removed the brain and fixed for 24 hours with paraformaldehyte, paraffin sections were prepared at 3um, histochemical staining for counting ce11 pro1iferating ratio and in situ hybridization for calculating integra1 scores of stem cell factor inrn positive signals

    結果如下： 1增殖細胞的觀察經72h的快眼動睡眠剝奪，實驗組大鼠海馬齒狀回區brdu與p皿a （ proliferatingcellneuclearantigen ， pma ）陽性標記細胞數顯著增加。
  11. Leaves 1 - 2 - ternate or pinnate, ovate - triangular or triangular - ovate, 6 - 10 cm long, 2. 5 - 4 cm wide, margin irregular coarsely toothed ; petioles c. 10 cm long, sheathed

    葉1至2回三出式分裂或羽狀深裂，卵狀三角形或三角狀卵形，長6 - 10厘米，寬2 . 5 - 4厘米，邊緣具不規則粗鋸齒；葉柄長約10厘米，具鞘。
  12. The lcf behavior of a recrystallized zircaloy - 4 plate at room temperature and 400 show that alloy has better lcf property at rt than at 400, and cyclic hardening at 400 which could be attributed to the dynamic strain aging effects. it is noticeable that the hydrided plate has the same cyclic behavior as the above unhydrided sample at room temperature

    在400下，合金錶現出與常溫下不同的循環特性，其循環穩定滯后回線出現鋸齒狀波形，且在整個疲勞過摘要程中呈現出一致循環硬化的現象，這主要是因為合金在400下發生動態應變時效效應的結果。
  13. The dentate gyrus of hippocanpus which takes on near1y relation with spatial learning and memory, has amazing specia1ity in that subgranu1e zone persist having neuronal precursors, can pro1iferate and differentiate, produce new neurons

    海馬齒狀回，是與空間學習與記憶密切相關的腦區，在齒狀回持續保存有神經元祖細胞，並能分裂增殖，產生新的神經元。
  14. Using mice, the researchers showed for the first time that tbi reduces the levels of a protein called potassium - chloride co - transporter 2 ( kcc2 ) within a portion of the brain called the dentate gyrus

    通過耗子實驗，研究者第一次發現創傷性腦損傷導致齒狀回氯化鉀協同轉運酶水平降低。
  15. Exercise generated blood flow to the dentate gyrus of the people, and the more fit a person got, the more blood flow the mri detected, the researchers found

    研究人員們發現，鍛煉使血流生成流到鍛煉者的齒狀回，一個人越健康，核磁共振成像檢測到的血流越多。
  16. Identification of neural stem cells from dentate gyrus of hippocampus in newborn rats and influences of melatonin on differentiation of neural stem cells

    新生大鼠海馬齒狀回神經幹細胞的鑒定及褪黑激素對其分化的影響
  17. Start directly from the actual shape of gear tooth, taking the similarity theory as a base, and by means of sampling calculation of boundary element and analysis of three elements regression, the simplified formulae for calculation of tooth root stress were established

    摘要直接從輪齒的實際形狀出發，以相似理論為基礎，通過邊界元采樣計算和三元回歸分析，建立齒根應力計算的簡化公式。
  18. But the understanding of effects of gm - csf on nscs is still poor. experimental precedure 1 immunohistochemistry was applied to detect nestin - positive cells in dentate gyrus of hippocampus of rats at the first day after birth

    狀回神經卜細胞鑒走、分化及6翎比砍、乃的農達方法1本實驗採用免疫組化技術觀察出生id的大鼠海馬齒狀回nostin表達。
  19. Tongue needle and all round embellish of out of round, into dentate, have white tongue embryo, how be to return a responsibility ? ? ?

    舌頭尖和四周不圓潤，成鋸齒狀，有白色舌胎，是怎麼回事？ ？ ？ ？
  20. Continuous passage of neurospheres was used to isolate, culture nscs from dentate gyrus of hippocampus of newborn rats and to observe the self - renewal of neurospheres, which were immunostained with nestin

    採用神經球連續形成法從新生大鼠海馬齒狀回分離、培養神經幹細胞，通過連續傳代培養觀察其自我更新能力。
分享友人
分享到 Line

分享到臉書