drug carrier 中文意思是什麼
drug carrier
解釋
藥物載體-
Calcium phosphate cements : an ideal drug carrier for the musculoskeletal system
骨骼系統理想的藥物載體 -
Compound fluorouracil injection is a chemotherapy drug with various characteristics of carrier, targeting and increase immunity. the targeting system is able to directly deliver the liposome - coated drug to the lesion then kill cancer cells without side effects
微脂體針劑是一種具有載體、靶向和提升免疫力等多功能的化學療法用藥，此靶向特性能直接將包覆化療藥物的微脂體針對病灶直接殺死癌細胞而不傷害正常細胞，再者，它也會增加身體免疫力並且無副作用。 -
The nanoporous silicon membrane can be used as drug carrier, immuniosolating biocapsules, nanoporous silicon micromirror and biosensors in medical field
在醫學上的納米多孔硅膜可作為藥物載體、免疫隔離生物膠囊、納米硅微鏡和納米多孔硅生物傳感器。 -
It is found that starch microgel has microporous network structure and environmental responsiveness, moreover, its volume phase transition temperature ( tc ) is around 37, which are researched by the characterization of tem, dls, light refraction and other techniques. so, starch microgel with those advantages can be expected to use as a targeting drug carrier
藉助透射電鏡、動態光散射、光折射等技術的表徵，發現所制備的澱粉微凝膠具有微孔網路結構和環境敏感性，而且相體積轉變溫度（ t _ c ）約37 ，所制澱粉微凝膠的這些優越性可望作為靶向藥物載體。 -
Starch can not be digested in the upper gastrointestinal but can be microbially decomposed in colon by suitable modifications which control starch digestibility, thus it can be used as carrier for oral colon - specific drug delivery system
通過合理改性來調控澱粉的消化性能，使其具有不被上消化道消化、但能夠被結腸微生物酵解的特性，則可用作口服結腸靶向藥物控釋載體。 -
The research of nano - drug - loaded carrier has made fast progress as potential drug delivery systems
摘要納米藥物載體在近年研究已取得飛躍的發展。 -
Such a result suggested that polylactide - garfted copolymer of - cyclodextrin would be a carrier of drug delivery system for peptides and proteins with high loading capacity
因此， p一環糊精及其聚乳酸接枝共聚物有望用作膚類藥物釋放體系的載體，並可能達到較高的載藥量。 -
Furthermore, as novel synthetic approach, the irradiation copolymerization was also employed to prepare new materials as functional drug carrier with controlled release
對輻射接枝共聚合制備功能藥物載體研究進行了簡要介紹。 -
Drug can be wrapped up in the center of ball and anhydrous drug, can be wrapped up in the membrane layers of liposome. thereby, liposome can be the carrier of hydrophilic and anhydrous objects
可包在球心之溶液，油溶性物質可夾在球皮膜層內 -
This article provides a review of starch structure, digestibility and its influencing factors and the application outlook of starch - based carrier for oral colon - specific drug delivery system
綜述了澱粉的結構、消化特性、影響澱粉消化特性的因素及其在口服結腸靶向藥物控釋載體中的應用前景。 -
The study on the inclusion behaviors of cyclodextrins with amino acids, peptides and proteins would help us to recognize the essence of life, the conception of self - assembly, molecular recognition and so on in the supramolecular chemistry. in our laboratory, supramolecular inclusion behaviors of polylactide - grafted copolymer of 3 ? yclodextrin with peptides and proteins were investigated so as to evaluated the possibilities of polylactide grafted copolymer of 3 ? yclodextrin as a carrier of pept. ide drug delivery system
氨基酸是構成蛋白質的基本單元，通過對環糊精與氨基酸以及多肽之間包絡識別行為的研究，對于認識生命現象的本質、理解超分子中的自組裝、分子識別等概念具有十分重要的意義，並為進一步研究和認識環糊精高聚物與蛋白質之間的包絡行為奠定基礎。 -
Study progress in releasing mechanism of chitosan - based drug carrier
殼聚糖作為藥物載體的緩釋機理的研究進展 -
This paper reviews research development of solid lipid nanoparticle as drug carrier, including its components, preparation and surfacial modification, as well as its physico - chemical characteristics, drug incorporation and drug release
本文綜述了固體脂質納米粒作為藥物載體的研究進展，包括固體脂質納米粒的組分選擇、制備方法、表面修飾，並且對物化性質分析、給藥途徑以及載藥和釋放進行了討論。 -
Preparation and characterization of hydroxyapatite collagen poly - l - lactic acid three - dimensional porous reservoir type drug carrier for controlled release
聚乳酸三維多孔儲存式藥物控釋載體的制備及其表徵 -
The sn with controllable size and size distribution can be obtained by adjusting preparation parameters. so, it is expected to use the sn as targeted drug carrier
通過控制r值和澱粉液濃度可以制備粒徑及粒度分佈可控的澱粉納米粒，從而使澱粉納米粒可望開發為靶向藥物載體。 -
The applications of microspheres to the areas of bio - separation, dna diagnosis, drug carrier and so on are also introduced
同時對親和乳膠微球在生化識別分離、 dna免疫診斷、藥物載體等生物醫藥領域的應用作了介紹，並指出該領域的研究重點和發展前景。
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