細脈網 的英文怎麼說
中文拼音 [xìmàiwǎng]
細脈網
英文
rete mirabile-
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。Rock faces commonly show a stockwork of intersecting quartz and carbonate veins.
巖石的外表呈現交織的石英及碳酸鹽細脈組成的網格構造。As a member of this superfamily, human acidic fibroblast growth factor ( afgf or fgf1 ), expressed by a variety of cells from all three germ layers, shows great potential for clinical applications for therapy of a variety of diseases, such as parkinson ' s disease, spinal cord contusion injury, neural regeneration in reimplantation of broken - off finger, brain ischemia, renal ischemia, myocardial infarction, occlusive vascularitis, retinal ischemia, gastric ulcer and nonhealing wound and so on
人類酸性成纖維細胞生長因子( afgf , fgf - 1 )是成纖維細胞生長因子超家族成員。來自於三個胚層的多種細胞都可以表達afgf 。 afgf在治療帕金森綜合癥、急性脊柱扭曲性損傷、斷指中神經功能重建、腦缺血、腎缺血、心肌梗塞、閉塞性脈管炎、視網膜缺血、胃潰瘍及難愈合性傷口等多種臨床應用方面具有巨大潛力。At the surface of the pollen grains there are three types of aperturates, including three porates type, three colpates type and three porate - colpates type ; and four types of sculpture, namely, reticulate, striate, striate - reticulate and verrucate. the upper epidermal cells of the leaves of 12 species plants are detected with hpias - 1000 image analytic system through the treatment of binarization, and the experimental methods are proved stable. the results indicated that the waviness of the anticlinal walls ( sfc ) and the ratio of the feret ' s diameter ( slf ) of the epidermal cells of the middle lamina in the third node of leaves starting from the lowerest part of the stem have a relative constant range and could distinguish from each other. oieanolic acid, l, 5, 8 - trihydroxy - 3 - methoxyxanthone and swertiamarin are separately detected on the tlc, and the different chromatogram of various plants can be considered as characters of identification. the contents of oleanolic acid in 12 species of plants are determinated by hplc, but among the different plants and botanical organs their contents are different, and the highest content in flowers
本文對川鄂產獐牙菜屬藥用植物資源進行了野外調查、標本採集和鑒定,對12種乾燥藥材的性狀進行了描述,提供了可以鑒別的特徵。通過掃描電子顯微鏡觀察的12種本屬藥用植物的花粉粒均為單粒花粉,萌發孔有3孔型, 3溝型和3孔溝型三種類型;表面紋飾包括網狀紋,條狀?網狀紋,條狀紋和瘤狀紋四種類型。用hpias ? 1000高清晰度彩色病理圖文分析系統對葉片上表皮細胞作圖像分析,並進行方法學研究,結果表明,同種植物莖上第3節葉片中段主脈和第1側脈之間葉上表皮細胞垂周壁彎曲程度sfc值和細胞縱、橫向直徑的比值slf值,種間有顯著差異,每種都有相對恆定范圍值。Then the arterile eminted intertubular capillaries and peritubular capillaries forming rope - ladder - like pattems. then the venule were collected and became testis veins, then mass into rete venosum, finally some venule formed pampiniform plexus and others entered into varicosity. 3. changes or testicular microvascular architecture : testicular capillary vessel formed intertubular capillaries and peritubular capillaries. but donot formed rope - ladder - like patterns capillary net in postnatal 3 weeks. there were rope - ladder - like patterns capillary nets around seminiferous tubules in postnatal 3 and 12 months
微血管構築的增齡變化: 3周齡組睪丸動脈在實質內已形成了管周微動脈和管間微靜脈,但繩梯狀的毛細血管網尚未形成; 3月齡組與12月齡組微血管構築呈中文摘要現定的構烈特點,在生精小管周圍形成繩梯狀的毛細血管網: 18月與24月齡組蘋丸萎縮,微而管構築變得不很規則。The results show that : the glomerulus of the mouse consists of a lobular arteriole within the glomerulus, capillary meshwork lobules and communication branches between the lobules and the efferent arteriolar roots ; there are some sublobular microcirulatary units in lobules ; the glomerulus of chrysolophus pictus is only a tortuous vascular ball ; there are no branches anastomosed between the vascular ; the afferent arteriole is a branch, efferent arteriole is one either, but some efferent arteriole has branches
結果表明:小白鼠腎小球由小球內小葉微動脈、毛細血管網小葉及小葉間交通支和小葉輸出血管構成,小葉可分出亞單位;紅腹錦雞腎小球為一簇迂迴盤曲的血管團,血管間未見有復雜的分支和吻合;小白鼠和紅腹錦雞進球小動脈和出球小動脈均為一支,但有的出球小動脈有分支。The minor veins join with other minor veins, forming a conspicuous network. the reticulate pattern of minor veins is characteristic of most dicotyledonous plants
細脈和其它的細脈聯合形成一個連續的網路。細脈的網狀式樣是雙子葉植物的主要特徵。The integrated analysis and valuation of the sight character in hubin has been performed from the following aspects inclusive of landscape spacial web structure, spacial status and element detailed character with the forementioned method and graphic expression tools. 3 ) the historical evolvement of the whole landscape around the lake has been analyzed according to the system integration theory of landscape ecology. the whole characteristic of the traditional landscape around the lake has been researched from the three aspects as follows : variety of the landscape ; spacial interaction and continuation ; consistency as a whole, then the special skeleton of traditional landscape around the lake is discovered and the scientific foundation of landscape protection and control for the urban planning of traditional block is established
首先,本文對于湖濱街區的現存景觀狀況、歷史文脈、居民生活環境質量做了大量調查與評價,並對居民對于現行規劃成果的評價以及對于未來景觀發展的看法做了深入的調查;第二,根據國際上關于城市景觀特質保護的最新研究思想,結合中國文化的特點,創新性地提出了傳統景觀特質的場所文脈評價方法,採用幾何結構模擬的圖示解剖手段,從景觀空間網路結構、景觀空間形態、景觀元素細部特徵等多方面對湖濱地區的景觀特質進行了整體分析評價;第三,根據景觀生態學的系統整體性理論,分析了整個環湖地區景觀歷史演變發展,並且從景觀多樣性、空間滲透、延續性與整體一致性三方面研究了環湖地區傳統景觀的整體特徵,找到了環湖地區傳統景觀的獨特脈絡,為傳統街區的更新規劃找到了景觀保護與控制管理的科學依據。The move means of tumour of retinal mother cell has two kinds of ways, it is course optic nerve, enter the space below spider film to spread inside skull, perhaps enter retinal center, abide sequence of thought provides move of body whole body ; it is to encroach additionally choroid, enter eye socket through blood - vessel, or by blood, lymphatic move arrives systemic organ
視網膜母細胞瘤的轉移方式有兩種途徑,一是經過視神經,進入蜘蛛膜下空隙向顱內蔓延,或者進入視網膜中心,循脈絡管到身體全身轉移;另外是侵犯脈絡膜,經過血管進入眼窩,或者經由血液、淋巴轉移到全身的器官。Experimental results confirmed this assumption : during the interstimulus interval ( isi ) ranged from 33 to 83 ms, with the isi luminance approximated to the mean luminance of the stimulus grating, a novel okn elicited by the intermittent display of stationary gratings was observed and recorded. it can be labeled as " intermittent - display - grating induced okn " ( idg - okn ). in the second part, considering that the biphasic visual impulse resp onse is the feature of the magnocellular ( m - cell ) pathway, and the m - type ganglion cells are damaged in the primary open - angle glaucoma ( poag ), we presumed that idg - okn of poag could differ strikingly from that of normal subjects
結果顯示,當間歇刺激間隔( interstimulusinterval , isi )在33 83ms范圍內, isi期間亮度近似為刺激光柵平均亮度,我們觀察並記錄到這種新型的靜止光柵誘發的oknintermittent - display - gratinginducedokn ( idg - okn ) ( magnocellular )路特性,而且原發性開角青光眼( primaryopen - angleglaucoma , poag )是m型視網膜神經節細胞受損,因此我們推測,基於雙相視覺脈沖反應的idg - okn在poag病人與正常人比較中很可能出現顯著差2間歇刺激,對11隻poag眼和14隻正常眼進行對比眼動實驗。Exercise could lead to remodeling of icn, of which normal exercise load might lead to proportional increase of cardiac and icn, adapting oneself ot transmit of contractility between myocardial bundles and cardiac muscle cell ( cmc ) under conditions of myocardial hypertrophy ; and exercise overload might lead to increase of a large number of different collagen among myocardial bundles, cmc, arteriole and capillary, that could lead to increase of stiffness and descent of systolic and diastolic function of heart
運動可引起心肌間質膠原網路結構的重塑,一般運動負荷可使心肌與間質膠原網路同步增長,以適應心肌細胞肥大收縮力增加從而保證肌束間及心肌細胞間力的傳遞;運動超負荷可使心肌束間、心肌細胞間以及小動脈和毛細血管間不同類型膠原大量蓄積增生,導致心臟的僵硬度增加,舒縮功能降低。And the realization of the dsps ' s hardware and software, fft arithmetic, harmonic analysis, the testing in lacking phase and engendering the pulse for sampling solved by cpld are analyzed in detail. it ' s in the end of the paper that the method on minishing the errors is discussed
在這個基礎上論述了一種基於dsp和cpld的電網參數監測裝置的硬體結構以及參數的計算,並詳細分析了dsp的硬體、軟體實現, fft演算法的實現,諧波分析和cpld解決的缺相檢測、采樣脈沖產生等問題,論文的最後論述了減小誤差的方法。分享友人