色譜技術 的英文怎麼說
中文拼音 [shǎipǔjìshù]
色譜技術
英文
chromatographic technique-
Camptotheca acuminata is a tree unique to china, producing terpenoid indole alkaloid ( tia ) 10 - hydroxycamptothecin ( hcpt ) and camptothecin ( cpt ), which possess strong anti - cancer bioactivity. the dynamics of hcpt and cpt during seed maturation, seed germination, post - germinative development and daily growth were measured by hplc ( high performance liquid chromatography )
應用高效液相色譜技術對我國特有樹種? ?喜樹（ camptothecaacuminata ）在種子形成、成熟、萌發、幼苗生長及高溫脅迫過程中喜樹堿和10 -羥基喜樹堿的代謝動態進行了詳盡的研究。To assess the medicinal value of cultural anisodus tanguticus, the contents of four bioactive tropane alkaloids, anisodine, anisodamine, scopolamine and atropine, in cultural and wild materials were determined by the hplc method. the results showed that content of each alkaloid in the aboveground parts of cultural and wild samples was lower than that in roots, and this explained why it was not the whole plant but the root that was used as medicinal materials. the content of each alkaloid in the roots of one - year cultural material was lower than that in the two - year plants. the discrepancy of the total of four alkaloids between one - year and wild plants is not significant. moreover, the total of four alkaloids, and the contents of anisodine, scopolamine, and atropine in two - year plants were higher than those in wild plant. thus there is medicinal value in the cultivated a. tanguticus as well as wild a. tanguticus, especially in the two - year cultural a. tanguticus
為了評估人工栽培山莨菪的藥用價值，採用高效液相色譜技術對人工栽培和野生山莨菪的地上部分和根中具有生物活性的4種托烷類生物堿:樟柳堿、山莨菪堿、東莨菪堿和阿托品的含量進行了測定.結果表明無論是人工栽培還是野生植物，地上部分中4種生物堿含量均遠低於根，這解釋了人們為什麼用山莨菪的根而不是整株入藥.在栽培植物的根中，一年生山莨菪中各生物堿含量均小於二年生山莨菪，其根中4種生物堿總量與野生根相比差異不是很明顯;二年生山莨菪根中， 4種生物堿總量以及樟柳堿、東莨菪堿和阿托品含量均比野生的高.這說明人工栽培的山莨菪，尤其是二年生山莨菪，同野生山莨菪一樣具有一定的藥用價值Ion - exchange chromatography a type of chromatography in which the compounds are separated according to their acidity
離子交換色譜法：是一種根據混合物酸度將其分離的色譜技術。To understand the characteristics of carbohydrate storage of perennial grasses, we analyzed the content and seasonal dynamics of carbohydrate components in below ground organs of l. chinensis and s. grandis using high performance liquid chromatography
為了研究草原植物碳水化合物貯藏特性，採用高效液相色譜技術對羊草和大針茅的貯藏性碳水化合物的種類組成及季節變化進行了測定。The chemical information of 17 samples of 2 kinds of plants was obtained with high performance liquid chromatographic method and classification based on their chemical information was made through hierarchical cluster
利用高效液相色譜技術提供了2個麻黃屬藥材品種17個樣品的內在成分信息，結合聚類分析技術，對麻黃屬植物進行了分類及鑒定。The biological characteristics and toxicity of russula subnigricans hongo was studied for the first time from ecology and morphologic characteristics and histology, the orthogonal experiment of the optimum culture condition, the analysis of components, apoptosis of the cells from little white rat liver and kidney induced by extract of russula subnigricans hongo, to the histopathologic changes observation of little white rat liver and kidney through ecological observation, light microscopy and scanning electron microscopy, reversed - phase high performance liquid chromatography, agarose gel electrophoresis, transmission electron micioscopy. the result showed as below : based on ecological observation of russula subnigricans hongo, its ecological environment was investigated in order to simulate its ecological environment when they are cultivated
利用菌種分離技術、光鏡技術、電鏡技術、高效液相色譜技術、毒理實驗技術、電泳方法等對亞稀褶黑菇（ russulasubnigricanshongo ）的生物學特性和毒性機理進行了研究，主要包括以下內容：亞稀褶黑菇的生態學和組織學研究、菌種分離培養、掃描電鏡觀察、成分分析、粗毒液誘導小自鼠肝腎細胞凋亡，小白鼠中毒后肝腎細胞透射電鏡觀察，研究結果如下： 1Pulmonary delivery of traditional chinese medicines
高速逆流色譜技術在藥物研究開發中的應用In this review, the developments of application of conventional high performance liquid chromatography, capillary methods, ultra performance liquid chromatography are described
本文評述了傳統高效液相色譜技術、毛細管技術和超高效液相色譜等技術在代謝組學的應用。List of analytical techniques used in the inspection of products include : chromatography hplc, tlc, gc, ic
色譜技術高效液相色譜技術薄層層析氣相色譜Purification a trypsin inhibitor from lobster sauce produced in yongchuan and hypoglycemic action of research
方法採用水蒸氣蒸餾法提取不同產地魚腥草的揮發油;用毛細管氣相色譜技術測定指紋圖譜High performance liquid chromatographic ( hplc ) technique has been employed in metabonomics studies recently
高效液相色譜技術逐漸廣泛應用於代謝組學的研究中。Gas chromatography analysis, one - step synthesis process of - mfrom ethylene epoxide and hydrogen sulfide was studied. the products were well isolated through gc, and this method was repeatable
摘要探討了以硫化氫、環氧乙烷為原料，一步法合成- m的方法，並主要對其氣相色譜分析進行了研究，通過氣相色譜技術得到了良好的分離效果，並且該法有較好的重復性。The inositol in preblend fish feed was detected by ion chromatorgraphy, and the method was simple, rapid and precision
摘要採用離子色譜技術快速測定魚預混飼料中肌醇含量。該方法具有試樣制備簡單，分析干擾少，速度快，結果?確等特點。Zhang tianyou, professor, is a internationally well - known scholar in the field of separation technology who takes the lead in countercurrent chromatography and has won more than a dozen of arious scientific and technical prizes, one inention patent in the u. s., and a few patents in china, and published three joint books oerseas and a few books at home on special subjects
張天佑，教授，國際分離科學領知名學者，逆流色譜技術學科帶頭人，獲各種科技獎勵十多項，美國發明專利一項，中國專利多項，在國外合作發表專著三部，在國內發表專著多部。Zhang tianyou, professor, is a internationally well - known scholar in the field of separation technology who takes the lead in countercurrent chromatography and has won more than a dozen of various scientific and technical prizes, one invention patent in the u. s., and a few patents in china, and published three joint books overseas and a few books at home on special subjects
張天佑，教授，國際分離科學領知名學者，逆流色譜技術學科帶頭人，獲各種科技獎勵十多項，美國發明專利一項，中國專利多項，在國外合作發表專著三部，在國內發表專著多部。Advanced in chromatography and its application
色譜技術進展與應用Technique and advance of comprehensive two - dimensional gas chromatography
全二維氣相色譜技術及其進展Strategy of quality control for traditional chinese medicines and chromatographic technology
中藥質量控制的研究策略和色譜技術Application of complex gas chromatography in the analysis of composition of compound town gas
復合氣相色譜技術對城市混合燃氣組成分析的應用The applications of waters spe, hplc and lc ms technology on residue analysis in food and agro - products
液相色譜技術及液質聯用技術在食品及農產品殘留檢測中的應用分享友人