綠葉大學 的英文怎麼說
中文拼音 [lǚyèdàxué]
綠葉大學
英文
greenleaf university-
Through expert s analysis, aloe contains rich natural protein, vitamin, chlorophyl and the neccessary microelements. it has effects of laxative, stomach care, detoxifcation, detumescence, acesodyne and diminish inflammation. so aloe is usually used to treat astriction, cold, cough, headach, car sickness, bronchia, gastric ulcer, liver disease, hypertension, diabetes, eczema, fleck, chilblain, scald, cancer, etc
經科學分析，它含有大量天然蛋白質、維生素、葉綠素、洛性酶和人體必需的微量元素及蘆蔡大黃素等七十多種成份，具有催瀉、健胃、通經、解毒、消腫止痛、清熱抗炎等作用，對便秘、感冒、頭痛、咳嗽、暈車、支氣管、胃瘍病、小兒厭食癥、肝病、出血癥、高血壓、糖尿病、濕疹、雀斑、凍瘡、燙傷、刀傷、癌癥等數十種疾病有療效。Dark green leafy vegetables such as broccoli, spinach, collards, turnip greens and yellow vegetables and fruits such as apricots are rich in biochemical substances that protect vision from one of the major factors in age - related macular degeneration, say richard bone, professor of physics, and john landrum, associate professor of chemistry, in the latest issue of the journal methods in enzymology
物理教授理察柏恩及化學副教授約翰蘭卓姆最近在酵素學方法期刊上發表指出，深綠色葉子的蔬菜，像花椰菜菠菜芥藍大頭菜，還有黃色的蔬菜和水果，像是杏桃，都含有一些豐富的生化物質，這些生化物質是對抗中老年視斑性退化的一個主要因素。Every lady in the audience was presented with a tasteful souvenir of the occasion in the shape of a skull and crossbones brooch, a timely and generous act which evoked a fresh outburst of emotion : and when the gallant young oxonian the bearer, by the way, of one of the most timehonoured names in albion s history placed on the finger of his blushing fiance an expensive engagement ring with emeralds set in the form of a fourleaved shamrock excitement knew no bounds
這一既合時宜慷慨的舉動重新激發了眾人的情緒。於是，這位善於向婦女獻殷勤的年輕的牛津大學畢業生順便提一下，他擁有阿爾比安229有史以來最享盛名的姓氏將一枚用幾顆綠寶石鑲成四葉白花酢漿草狀的名貴的訂婚戒指，套在他那忸怩得漲紅了臉的未婚妻手指上時，人們感到無比興奮。4. regent instruments ltd of canada 5. ict international of austrlia 6. decagon ltd of america
第11期「調制葉綠素熒光技術」講座在華南師范大學完滿結Three chloroplast transformation vectors including pds16s - cat, ptn1269 - bar and psp72 - n5 - bar - n3 were constructed, using ! 6s rrna or chln gene sequence as a homologous segment and cat or bar as a selective marker gene, respectively. foreign genes were introduced to the cells of d. salina by microprojectile bombardment method and a pilot chloroplast tran
3 .杜氏鹽藻葉綠體165出na基因的克隆和轉化載體的構建根據杜氏鹽藻的近緣藻類的葉綠體基因組序列資料，克隆了杜氏鹽藻葉綠體16srrna基因部分序列1100bp ，並利用克隆的16srrna鄭州大學2003年博士學位論文Meanwhile, this conclusion is further verified by the invariability of df spectrum at different delay time ( 1 - 9 )
同一濃度下葉綠體延遲熒光光譜波形隨延遲時華南師范大學碩士學位論文摘要間（ l一95 ）的不變性進一步證明了這一結論。The distribution of all the genera and species ( including new taxa and new data by present research ) of the world are summarized, according to the history of continental drift and the result shows that empoascini originated in the oriental region in pangaea 145maago. zoogeographical analysis of all the taxa in china shows that most of the genera and species of empoascini are distributed in the oriental region, which is identical with the geographical distribution worldwide, i. e. most taxa distribute in the tropical and subtropical zone. phylogenetic analysis of 40 chinese genera of empoascini with one outgroupikranewa is presented in this paper
在生物地理及區系方面，總結了世界已報道及本研究新發現單元共計88屬1183種在世界各大動物地理區的分佈情況，結合大陸漂移學說的有關知識，認為小綠葉蟬族應起源於東洋區，起源時間在聯合古陸時期（約145ma以前） ；分析了中國已報道及本文新發現該族共40屬263種在中國動物地理區劃的歸屬，結果表明，中國小綠葉蟬族的種類分佈以東洋區占優勢，明顯多於古北區，這與世界該族昆蟲大多分佈於熱帶、亞熱帶的結果相一致。The researchers said that may be because they contain healthy amounts of vitamin e, an antioxidant that is believed to help fight chemicals produced by the body that can damage cells
研究人員認為這可能源於綠葉菜中含有大量維生素e ，一種抗氧化劑，據信能幫助抗擊人體內產生的能破壞細胞的化學物質。Vegetables also are often eaten with healthy fats such as salad oils, which help the body absorb vitamin e and other antioxidants, said lead author martha clare morris, a researcher at chicago " s rush university medical center
研究人員認為這可能源於綠葉菜中含有大量維生素e ，一種抗氧化劑，據信能幫助抗擊人體內產生的能破壞細胞的化學物質。Shih, li - hsing ( 2007 ) “ eco - innovation and driving forces in taiwan ”, international symposium on management of technology 2007, hangzhou, china, june 1 - 3
林琨翔、施勵行（ 2007 ） 「筆記型電腦產業綠色技術之應用現況」 ， 2007永續性產品與產業管理研討會，大葉大學。In order to form a chloroplast transformation system of d. salina, we have conducted some studies including its sensitivity to antibiotics, the activity of promoter, cloning of the chloroplast genes and construction of transformation vectors, so far a pilot transformation system of the d. salina chloroplast has been completed. methods : the sensitivity of d. salina to seven antibiotics or herbicide used commonly in gene engineering was studied and the biological activity of atpa promoter from c. reinhardtii chloroplast was tested by using enhanced green fluorescent protein ( egfp ) as a reporter. primers were designed in the conservative encoding regions according to the chloroplast genomes from four algae which have close genetic relationship with d. salina, and the sequences of 16s rrna, chll and chln of d. salina chloroplast were cloned and sequenced, respectively
方法:根據杜氏鹽藻的近緣藻類的葉綠體基因組序列資料，在基因編碼區的高度保守區域設計引物，克隆了杜氏鹽藻葉綠體165識na基因、咖l基因和ch n基因，並分別以165識na基因和chln基因序列為同源片段，以cat和bar基因為篩選標記基因構建了三套杜氏鹽藻葉綠體轉化載體: 2鄭州大學2003年博士學位論文杜氏鹽藻（ d ~ iiellasalina ）葉綠體轉化研究pds165一eaf 、 ptn1269一bar和psp72一5一bar一3 ，用基因槍法轉化杜氏鹽藻，初步建立起杜氏鹽藻葉綠體轉化體系。Though the technique of nuclejc transformation in plants has been developed and used widely, some problems in genetic information have not been resolved. for example, because the nucleic genome is so big and complicated that the integration sites and copies of foreign gene can not be controlled accurately, the expression of transferred genes is inefficient as a result of gene silencing or position effect. in nucleic transformation, furthermore, the transfer of multigene is difficult, and only after the prokaryotic genes undergo modification are they expressed in high plants
植物的細胞核轉化技術已發展成熟並得到廣泛應用，但核基因組的遺傳轉化仍存在一系列至今尚未解決的問題：例如由於核基因組大，背景復雜，外源基因的整合位點和整合的拷貝數難以人為控制，造成鄭州大學2003年博士學位論文杜氏鹽藻（ dunaliellasalina ）葉綠體轉化研究外源基因表達效率低，容易出現基因失活、基因沉默、位置效應等現象;同時轉入多個基因時操作步驟過于復雜，所表達的原核基因必須經過修飾改造，環境安全難以保證等。Exogenous vc completely abolished the fluorescence increase induced by nacl or nacl + aba, but exogenous cat ( 20u / ml ) could only abolish h2o2 generation in the region of plasma membrane, and had no effects on the h2o2 generation inside the guard cells, such as the regions of chloroplasts
胞外vc （ 10mm ）可完全阻斷nacl及nacl + aba誘導的熒光增強，而胞外cat （ 20 ml ）只能抑制nacl及nacl + aba處理時保衛細胞質膜部位的熒光增強，對胞內葉綠體部位的回雨大學研霓圭揚士學伍茫文熒光增強無明顯作用。分享友人