貯藏營養 的英文怎麼說

中文拼音 [zàngyíngyǎng]
貯藏營養 英文
store aliment
  • 貯 : 動詞（儲存; 積存） store; save; hoard; lay aside
  • 藏 : storing placedepositorydeposit
  • 營 : Ⅰ動詞1 （謀求） seek 2 （經營; 管理） operate; run; manage Ⅱ名詞1 （軍隊駐扎的地方） camp; barrac...
  • 養 : Ⅰ動詞1 （供養） support; provide for 2 （飼養; 培植） raise; keep; grow 3 （生育） give birth to ...
  • 貯藏 : store up; lay by; lay in deposit; depot; reposit
  • 營養 : nutrition; nourishment; pabulum; tropho-; troph-; -trophy; -trophic; -trophin
  1. When he breakfasted or dined all the resources of the club - its kitchens and pantries, its buttery and dairy - aided to crowd his table with their most succulent stores ; he was served by the gravest waiters, in dress coats, and shoes with swan - skin soles, who proffered the viands in special porcelain, and on the finest linen ; club decanters, of a lost mould, contained his sherry, his port, and his cinnamon - spiced claret ; while his beverages were refreshingly cooled with ice, brought at great cost from the american lakes. if to live in this style is to be eccentric, it must be confessed that there is something good in eccentricity. the mansion in saville row, though not sumptuous, was exceedingly comfortable

    不論是晚餐午餐，俱樂部的廚房菜肴貯藏櫃食品供應處鮮魚供應處和牛奶房總要給他送來味道鮮美營養豐富的食品那些身穿黑禮服腳登厚絨軟底鞋態度莊重的侍者，總要給他端上一套別致的器皿，放在薩克斯出產的花紋漂亮的桌布上俱樂部保存的那些式樣古樸的水晶杯，也總要為他裝滿西班牙白葡萄酒葡萄牙紅葡萄酒或是摻著香桂皮香蕨和肉桂的粉紅葡萄酒為了保持飲料清涼可口，最後還給他送來俱樂部花了很大費用從美洲的湖泊里運來的冰塊。
  2. The results showed that under copper and cadmium stresses sulfur and organic fertilizer fertilization increased the amounts of re - transported storage matter and nitrogen and the rate of transported storage matter and nitrogen in the leaves, leaf sheaths, glumes and spike stalks of wheat and the total amounts of re - transported storage matter and nitrogen and the total rates of transported storage matter and nitrogen in winter wheat before flowering compared with their own controls and the fertilizations with high sulfur and organic fertilizer rates did not presented a remarkable regular effect

    結果表明，與各自對照相比，銅、鎘脅迫下低施硫和有機肥的處理增加了小麥葉片、莖鞘、穎殼穗軸等營養器官花前貯藏物質、氮素的再運轉量和運轉率以及營養器官花前貯藏物質、氮素的總再運轉量和總運轉率，高施硫和有機肥的銅、鎘處理則規律性不明顯。
  3. From 24th august of 2001 to 8th april of 2002, gala ( malus cv. gala ) and golden ( m. cv. golden delicious ), stored with three different models of cold storage, air condition and ultro - lower oxygen, were kindly provided in different sale time by inter - profession technique center of fruit and vegetable of france. the fruits were cut into three parts of the skin, pulp and core according to the human edible habit. the apple polyphenolics in the skin and pulp were determined by thiolysis hplc and unthiolysis hplc in institut national de la recherche agronomique, laboratoire de recherches cidricoles

    為建立能全面測定蘋果果實多酚的hplc方法，同時為蘋果營養標簽的制定提供不同銷售時期蘋果多酚含量的依據，指導貯藏方式和時期的選擇，明確的消費信息，自2001年8月24日至2002年5月15日，由法國果蔬跨行業技術中心提供普通冷藏、氣調和超低氧方式下，不同銷售時期的嘎拉（ malus ， cv . gala ）和金冠（ m . cv . goldendelicious ）為試材，根據蘋果食用習慣將果實分為果皮、果肉和果心二部分，利用硫解hplc和非硫解hplc定量分析世界主栽品種金冠和嘎拉果皮和果肉多酚物質含量，並對不同貯藏方式下和同一貯藏方式下的不同商業貯藏時期多酚物質含量作了比較。
  4. Food materials may be stored in a special tissue derived from the nucellus, called the perisperm.

    營養物質可以貯藏於由珠心產生的一種特殊組織，叫外胚乳。
  5. The direct seeding experiments of different pteris vittata genotypes showed that there was significant difference in germination and emergence traits among pteris vittata genotypes collected from different areas in china, with germinating time ranging from 12 - 40 days, duration from germination to emergence varying between 13 - 46 days. as the seeds of pteris vittata are very small, with little stored nutrition, the genotypes, which are quick in germination and emergence, are suitable for direct seeding in the field

    不同基因型的蜈蚣草的直接播種試驗研究表明，來自我國不同地區的蜈蚣草基因型在萌發特性有顯著差異，萌發時間變動在12 - 40d之間，萌發到成苗時間變化在13 - 46d 。因為蜈蚣草種子小，貯藏的營養物質少，故具有快速萌發和成苗特性的基因型易於田間直接育苗。
  6. The change of ferrous oxidation rate of ferrous glycinate in fortified flour was studied by storage test and the oxidation stability of ferrous glycinate was significantly better than that of ferrous sulfate

    摘要通過貯藏試驗，研究了甘氨酸螯合鐵在營養強化麵粉中亞鐵氧化率的變化，甘氨酸螯合鐵的氧化穩定性明顯好於硫酸亞鐵。
  7. To examine the distribution of vegetative storage proteins in woody plants, we sampled at random 70 tree species of tropical hardwoods in 64 genera of 18 families and 30 tree species and 1 variety of temperate deciduous hardwoods in 28 genera of 15 families. we further investigated more systematically the distribution, ultrastructure of vegetative storage proteins in rosaceae ( 17 species and 3 varieties in 12 genera ), leguminosae ( 10 species and 1 variety in 9 genera ) and meliaceae ( 16 species and 2 varieties in 12 genera ), identified many vegetative storage proteins and tested their irnmuno - relatedness in meliaceae and in other families

    在此基礎上，較廣泛地研究了營養貯藏蛋白質在18科64屬70種熱帶樹木和15科28屬30種2變種溫帶落葉樹木中的分佈，較系統地研究了營養貯藏蛋白質在薔薇科（ 12屬17種3變種） 、豆科（ 9屬10種1變種）和楝科（ 12屬16種2變種）中的分佈、超微結構及其分離鑒定和糠科樹木營養貯藏蛋白質的免疫相關性。
  8. The secondary phloem parenchyma cells and secondary phloem ray parenchyma cells were the preferential sites for protein storage to the xylem parenchyma cells whereas a large amount of vegetative storage proteins was present in xylem, especially in the primary xylem and the inner secondary xylem of the extended stems

    營養貯藏蛋白質優先在次生韌皮部的韌皮薄壁細胞和韌皮射線薄壁細胞中積累，在新梢伸長生長停止后，新梢基部莖的木質部中也積累了相當數量的營養貯藏蛋白質，主要分佈在初生木質部和內側次生木質部的各種生活的薄壁細胞中。
  9. Vegetative storage proteins in the new shoots of poplar were identified by means of light and electron microscopy

    摘要採用光學顯微鏡和電子顯微鏡技術，對楊樹新梢中的營養貯藏蛋白質進行了細胞學鑒定。
  10. This understand of stored nitrogen compounds restricted seriously the progress in the investigation of vegetative storage proteins. in the dissertation, we studied more extensively the cytology, biochemical properties and biological roles of vegetative storage proteins in swietenia macrophylla and in hevea brasiliensis by light - and electron microscopy, sds - page, page, immuno - blotting, indirect immunohistochemical localization and colloidal gold labelling and cdna clone techniques

    採用光鏡和電鏡技術、 page 、 sds - page和免疫印跡技術、電泳凝膠過碘酸? schiff試劑染色、間接免疫熒光和電鏡免疫細胞化學定位技術以及cdna克隆技術，較深入地研究了大葉桃花心木和巴西橡膠樹的營養貯藏蛋白質的細胞學、生物化學性質和生物學功能。
  11. To date, little is known about the cytology, biochemical properties and biological roles of vegetative storage proteins in woody plants

    至今，對樹木營養貯藏蛋白質的細胞學、生物化學性質和生物學功能了解得還很不夠。
  12. As a result, people have to draw on the experience of seed storage proteins to understand the vegetative storage proteins and always equate their importance with that of seed storage proteins

    對樹木營養貯藏蛋白質的認識借鑒種子，往往把營養貯藏蛋白質的重要性與種子中的貯藏蛋白質相類比。
  13. At the late of 1980s, available evidence indicated that there presented a kind of proteins specific for nitrogen storage in vegetative organs of woody plants, and, thus, the proteins were defined as vegetative storage proteins

    二十世紀八十年代後期，樹木氮貯藏研究獲得了重大進展：在樹木的營養器官中發現一類專門的貯藏蛋白質，稱之為營養貯藏蛋白質。
  14. Both temperate and tropical woody plants were characterized by the early accumulation of vegetative storage proteins in new shoots, which may have a primary role in the regulation of nitrogen metabolism and the growth and development of woody plants in an annual growth cycle

    新梢較早地積累營養貯藏蛋白質是熱帶樹木和溫帶樹木的一個共同特點，對于樹木的氮代謝和樹木當年的生長發育可能具有重要的調控作用。
  15. The accumulation of vegetative storage proteins in new shoots occurred firstly in the base parts of extending stems, and spread from the bottom to the top parts of extended stems with the most abundant vegetative storage proteins in the bottom parts

    在新梢伸長生長時期，新梢莖的基部已積累了營養貯藏蛋白質，在伸長生長剛停止，中上部的葉片近成熟時，整個新梢的莖都有營養貯藏蛋白質的積累，其中，以新梢基部的莖最為豐富。
  16. In addition, the pith of root and stem is flourishing for prosperous growth period and declining period, the vascular tissue storing the nutrient and providing the nourishment for the biennial plant in next year from abnormal secondary growth is developing in pith, unusual structure eg. epidermis and vice - epidermis, bubble form cell, short pipe numerators and wreath grid types leaf etc. in each organ of pugionium comutum ( l. ) gaertn. had been formed to adapt to dry environment, so the characteristics on appearance and anatomies in pugionium cornutum ( l ) gaertn. has closely of relation with its anti - drought and its adapting to desert environment

    此外，葉片旺盛生長期、衰退期根莖具發達的髓，髓內有異常次生生長形成的維管組織，貯藏養分，為沙芥次年形成二年生植株提供營養，沙芥各器官在解剖結構方面都形成了特化結構如具表皮及副表皮、泡狀細胞、短的導管分子及環柵型葉等以適應乾旱的環境，因此沙芥各器官的形態及解剖特點與其抗旱、適應沙漠環境有密切的關系。
  17. Anatomical studies on the vegetative organs and the stored root of different years of phytolacca acinosa

    商陸營養器官及不同生長齡貯藏根的解剖結構研究
  18. Grain is a better food, nutritionally; it is also easier to store and transports.

    穀物是一種營養比較好的食物，也比較容易貯藏和運輸。
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