sensitive plant 中文意思是什麼
sensitive plant
解釋
【植物；植物學】含羞草。-
Plant growth will be highly sensitive to the manipulation of this variable.
植物生長對于這一變量的施用表現出很高的敏感度。 -
Seismonasty ( seismonastic movements ) a nastic movement in response to shock. an example is the collapse of leaves of the sensitive plant ( mimosa pudica ) when touched or shaken
感震性（感震運動） ：是一種針對震動刺激的感性運動。例如敏感植物（含羞草）的葉子被觸摸或震動時的收攏現象。 -
7. the dynamic transformation of pod activity differs obviously in resistant plant and sensitive plant
7 .植物葉片的pod酶活性在抗性和敏感植物體內動態變化明顯不同。 -
An example is the sensitive plant ( mimosapudica ), whose leaflets progressively collapse, sometimes throughout the whole plant, once one leaflet is touched
例如含羞草（含羞草屬） ，當它的1個小葉被觸碰時，葉狀體逐漸皺縮，有時遍及整個植株。 -
After polluted by so2, the pod activity of resistant plant is stronger than sensitive plant ' s, and the self - recover to normal condition ability and fighting comparatively high dose so2 ability are obviously stronger than sensitive plant ' s
在受到50 :污染后，抗性植物pod酶活性高於敏感植物，而且自我調節恢復正常狀態的能力和忍受較高50 :劑量的能力明顯強于敏感植物。 -
9. after fumigation for 3h in diverse concentration so2, mda content general level is in resistant plant is obviously lower than sensitive plant ' s, and the fighting membrein grease over burn ability of resistant plant is dearly stronger than sensitive plant ' s
9 .不同濃度的50 :熏氣3h后，抗性植物體內的mda含量總體水平顯著低於敏感植物，抗性植物抗膜脂過氧化的能力明顯大於敏感植物。 -
10. after polluted by so2, both chlorophyll and protein content in resistant plant leaves and sensitive plant leaves decrease. the higher so2 concentration, the bigger decreased rate, and the decreased rate of sensitive plant is obviously bigger than resistant plant
10 .在受到50 :污染后，杭性和敏感植物葉片中葉綠素和蛋白質的含量均有所降低，且50 :濃度越高，下降的比率越大，但敏感植物的下降比率顯著大於抗性植物。 -
8. after fumigation for 3h in diverse concentration so2, the cat activity of resistant plant and sensitive plant is obviously less than the check group, and the rate of cat decrease rises with the rise of so2 concentration. the cat activity of resistant plant is comparatively stronger than sensitive plant ' s
8 .不同濃度的50 :熏氣3h后，抗性和敏感植物體內的cat活性均明顯低於對照，而且隨50 :濃度的增大cat降低的比率也隨之增大，濃度越大，差別越顯著，而且抗性植物體內的cat酶活性相對高於敏感植物。 -
Fifty nine accessions of soybean [ glycine max ( l. ) merr. ] of 301 ones from huanghuaihai and middle - lower changjiang valleys were tested at seedling stage in two years for their drought tolerance by using the mean membership index value averaged over those of plant height, leaf number, root dry weight, stem and leaf dry weight. 4 tolerant accessions ( rank 1 ) and 2 sensitive ones ( rank 5 ) were identified
摘要從301份大豆品種中按根系類型選取黃淮海和長江中下游地區代表性材料59份，在苗期乾旱脅迫和非脅迫條件下對地上部和地下部性狀進行2年重復鑒定，發現材料間性狀隸屬函數值具有豐富遺傳變異，以株高、葉齡、根干重和莖葉干重隸屬函數的算術平均數為抗旱綜合指標，從中篩選出漢中八月黃、晉豆14 、科豐1號、圓黑豆等強耐旱型（ 1級）材料和臨河大粉青、寧海晚黃豆等乾旱敏感型（ 5級）材料。 -
This paper stuffed with twelve important grain and vegetable crops, studied the injury symptom, dose reaction, injury threshold value and influential factor of main pollutant so2 on various plants, tested the dynamic transformation of pod, cat, mda, soluble protein, free pro and chlorophyll of resistant plant and sensitive of these physiological biochemical transformation with plant resistant ability. meanwhile, simply studied the protective role of the five compounds on plant. the result indicated the followings
本實驗以12種重要的糧食和蔬菜作物為研究對象，研究了主要大氣污染物二氧化硫（ so _ 2 ）對不同植物的傷害癥狀、劑量反應、傷害閾值以及影響因素，測定了抗性和敏感植物在受到so _ 2污染后植物體內過氧化物酶（ pod ） 、過氧化氫酶（ cat ） 、丙二醛（ mda ） 、可溶性蛋白質、游離脯氨酸和葉綠素的動態變化，並分析了這些生理生化變化和植物抗性的相互關系，同時還對5種化合物溶液對植物的保護作用進行了初步研究，結果表明： 1 -
6. the plant is comparatively sensitive in two leaves period. so we can use the dose reaction to so2 in two leaves period as the injury threshold value to classify resistant ability type
6 .植株在2片真葉期對50 :比較敏感，因此可以採用植物在2片真葉期對50 :的劑量反應作為受害閡值來劃分抗性類型。 -
The study on the characteristics of development and seed setting of different spikelet and floret positions was important for the realization of big - spike - cultural - goal with more spikelets and grains. with both the winter type ( wv ) and spring type ( sv ) varieties sown at different dates, it was found that the greater seed setting capacity of spikelets resulted in more grain number of spike. the trend of differences in grain weight per spikelet between the different sowing dates and varieties was similar to that of grain number. the correlation between the average grain weight of middle spikelets and lower spikelets and the grain weight per spike was highly significant. the environmental changes resulted from different sowing dates mainly effected the middle spikelets development, even though the differences between wv and sv were represented in every spikelet positions. the grain weight on the second floret position was most sensitive to the development status of wheat plant and environmental changes, and could represent the yielid potential of the whole spikelet. the results showed that the enhancement of seed setting of the middle spikelets ( from 5th to 15th ) and the grain development from the first to third floret positions was a key to realize big - spike and grain
確定小麥不同小穗位和小花位發育與結實特性是實現大穗多粒的重要前提.本文通過對冬、春性小麥品種分期播種試驗得出，較高的小穗結實力是增加穗粒數的重要因素.不同播期、品種之間，小穗粒重和粒數呈現相同的變化趨勢.中部以及基部小穗粒重與穗粒重之間呈高度正相關.體現環境差異的播期效應以對中部小穗發育的影響為主，而冬、春性品種的基因型差異可反映在各個小穗位上.第2小花位的子粒發育狀況反映整個小穗的生產能力.結果表明，促進中部優勢小穗（第5 15小穗）結實和第1 3小花位子粒發育是提高小花結實率和穗粒重的關鍵 -
Abstract : plant responses to salt stress via a complex mechanism, including sensing and transducing the stress signal, activating the transcription factors and the corresponding metabolizing genes. since the whole mechanism is still unclear, this review emphasize the biochemical events during the plant adaptation to salt stress referring to an index of importance : the homeostasis in cytoplasm, the biosynthesis of osmolytes and the transport of water. most of these biochemical events were elucidated by study of halophyte and salt - sensitive mutations, also many important genes involved were cloned and used to generate stress - tolerance phenotypes in transgenic plants. on the other hand, about the molecular mechanism in signal transduction, the research of arabidopsis mutations and yeast functional complementation provided helpful traces but not full pathway
摘要植物對鹽脅迫的耐受反應是個復雜的過程，在分子水平上它包括對外界鹽信號的感應和傳遞，特異轉錄因子的激活和下游控制生理生化應答的效應基因的表達.在生化應答中，本文著重討論負責維持和重建離子平衡的膜轉運蛋白、滲調劑的生物合成和功能及水分控制.這些生理生化應答最終使得液泡中離子濃度升高和滲調劑在胞質中積累.近年來，通過對各種鹽生植物或鹽敏感突變株的研究，闡明了許多鹽應答的離子轉運途徑、水通道和物種特異的滲調劑代謝途徑，克隆了其相關基因並能在轉基因淡水植物中產生耐鹽表型;另一方面，在擬南芥突變體及利用酵母鹽敏感突變株功能互補篩選得到一些編碼信號傳遞蛋白的基因，這些都有助於闡明植物鹽脅迫應答的分子機制。 -
In addition, the well retained stability and integrity of cell membrane of boea leaves might also be an important mechanism which make them resurrect well. by using mrna differential display, 5 desiccation sensitive cdnas, 52 desiccation - induced cdnas, 21 up - regulated cdnas, 14 down - regulated cdnas and 16 phosphate induced cdnas were obtained. the cloning, sequencing, homological blasting and northern blotting results of 5 desiccation - induced cdnas and 3 phosphate induced cdnas implied that signal transduction induced by desiccation, regulatory gene cascades and functional genes such as g protein, protein kinase, vp3 - and mad3 - like genes might be involved in dehydration in the resurrection plant boea hygrometrica
對其中5個脫水特異誘導表達牛耳草光合作廠j的脫水保護和復甦機理的cdna （包括可能與復甦能力有關的cdna ）和3個磷酸鹽處理誘導表達的cdna進行克險測序、同源性探測和northern雜交檢測表明，牛耳草脫水過程中誘導表達的基因可能涉及到脫水脅迫的信號轉導「蛋白、蛋白激酶等） 、調節基因的級聯作用（ vp3 ， mad3樣基因等） 、結構基因產物調節細胞結構（包括細胞質膜）在脫水脅迫中的穩定性等。 -
3 metre high purpose built noise barriers shall be erected between the plant in operation and nearby noise sensitive receivers, where noise sensitive receivers are at distances of between 60 and 100 metres from the works
當噪音感應強的地方與工地相距60至100米時，應把3米高特別設計的隔聲屏障建立在運作中的設備與附近噪音感應強的地方之間。 -
3 metre high purpose built, noise barriers shall be erected between the plant in operation and nearby noise sensitive receivers, where noise sensitive receivers are at distances of between 60 and 100 metres from the works
當噪音感應強的地方與工地相距60至100米時，應把3米高特別設計的隔聲屏障建立在運作中的設備與附近噪音感應強的地方之間。 -
Chapter 5 discusses partial environment in residence environment, that is, street environment, water environment, plant afforestation and gadget equipment, because these are the key and sensitive links in environmental self - organization development
第五章討論了住區環境中的局部環境，即街道環境、水體環境、植物綠化、小休閑娛樂場地和設施。因為這些是環境自組織發展中的關鍵、敏感環節。 -
The determination of al toxicity and al - resistant ability in plant root - tip using ul is still not reported. our experiments show that, according to root relative elongation rates ( rers ), 30 barley cultivars can be divided into three types such as al - resistant cultivars, intermediate cultivars, and al - sensitive cultivars
本實驗表明，利用根相對伸長率可將30個大麥品種劃分為耐鋁、中等耐鋁和敏感三種類型；而利用根尖相對發光率可將其分成高耐鋁、耐鋁、中性、敏感和高敏感五種類型。 -
Individual plant is modeled with parametric and random context sensitive l - system
單株植物的造型則是採用上下文有關的帶參數的隨機l系統。 -
Expression and identity of the gene for nadp - malic enzyme in leaves of aloe vera l under salt stress : to investigate whether the expression of nadp - me gene and the accumulation of nadp - me protein induced by salt treatment are related to salt tolerance in the aloe plant, northern blot analysis was performed and the activity of nadp - me protein was measured in a tolerant aloe, aloe vera l, and a sensitive aloe, aloe saponarea haw under salt stress
對其中的3個進行單向測序。其中一個序列在genbank中登錄，獲得的序列號為no . ay179511 . 2 .鹽處理12個小時后nadp一蘋果酸酶mrna誘導增加，且兩種蘆薈中的表達量都在48 ， j 、時后達到高峰。但是其表達水平是不相同的， a了。
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