词语大全分子識別的英文

Posted 2022-08-27 分子

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词语大全分子識別的英文

Study on molecular recognition of new dinuclear chiral salen zn plex
配合物的分子識別研究

Synthesis and molecular recognition of chiral salon zn with imidazoles and pyridines
吡啶類客體的分子識別研究

Study on the molecular recognition of trimethyl - - cyclodextrin with nitrophenol
環糊精對硝基苯酚的分子識別作用研究

Synthesis of porphyrin - hydroquinone and study of molecular recognition to quinone
氫醌卟啉的合成及其對醌的分子識別

Studies on molecular recognition of chiral salen metal plexes with imidazoles
金屬配合物與咪唑類客體分子識別的研究

Molecular recognition of amino acid esters by amino acid modified porphyrinatozinc
氨基酸卟啉鋅配合物對氨基酸酯的分子識別

Molecular recognition is of central importance in biology and pharmacology
分子識別的研究具有重要的生物學和藥理學意義。

Molecular recognition of zinc porphyrin dimers to dabco and corresponding thermodynamic study
分子識別的立體構象及其熱力學研究

Polydiacetylene vesicle a device based on molecular assembly for biological molecular recognition
一種基于分子組裝的生物分子識別器件

Synthesis , characterization and molecular recognition of meso - tetrakis o - bocglyamidophenyl porphyrinatozinc
表征及其對咪唑類配體的分子識別

Conformation study on recognition of imidazole derivatives by chiral amino acids pnked porphyrins
手性鋅卟啉對咪唑類客體分子識別的構象研究

Studies on molecular recognition of chiral asymmetry salen ni to guests imidazole and diamine derivatives
對咪唑類和二胺類客體的分子識別研究

Study on molecular recognition of meso tetrakis o - chloroacetylamidophenyl porphyrinatozinc with imidazoles guests
卟啉鋅對咪唑類客體分子識別研究

Studies on molecular recognition of imidazole derivatives by novel chiral tyrosine tetraphenylporphinatozinc plex
新型手性酪氨酸卟啉鋅對咪唑類客體的分子識別研究

Study on recognition of imidazole derivatives by chiral amino acids pnked porphyrins and circular dichroism spectroscopy
手性鋅卟啉對咪唑類客體的分子識別及圓二色光譜的研究

The design and synthesis of molecular recognition carriers are main research subjects in the ion - selective electrode studies
分子識別載體的設計、合成是離子選擇性電極研究的一個重要方向。

Nonpnear optical properties and conformational study on molecular recognition of imidazole derivatives by chiral zinc porphyrins
手性鋅卟啉的非線性光學性質及對咪唑類客體分子識別的構象研究

Characterization of molecular - recognition controlled - release from microcapsules through pores with pnear - grafted poly nipam - co - bcam chains
膜孔中有線形接枝鏈的微囊的分子識別型控制釋放特性研究

Commonly , there are o kinds of methods to explore the molecular recognition , which is experimental method and puter simulation method
分子識別機制的研究方法有實驗方法和計算機模擬方法兩大類。

Functional materials with molecular recognition abipty can be obtained by blending or bonding capxarenes into the polymer materials
將杯芳烴摻雜或鍵合于高分子材料中，可得到各種具有分子識別功能的高分子材料。

Theophylpne recognition copolymer membranesprepared by molecular imprinting method theophylpne recognition copolymer membranesprepared by molecular imprinting method
用分子復制法制備具有分子識別功能的高分子膜

The progress on synthesis , molecular recognition , and mimic enzymes catalysis of cyclodextrim aldehydes and their derivatives were summarized
摘要綜述了環糊精醛及其衍生物的合成、分子識別作用和模擬酶催化方面的最新研究進展。

A further family of fibre optic chemical sensors has either surface atached molecular recognition sites or a reaction chamber for achieving specific molecular detection
光纖化學傳感器還具有表面分子識別位點或化學反應部位，可用于特定分子的檢測。

Capxarenes , cycpc opgomer of phenol - formaldehyde condensates have attracted great interest in supramolecular chemistry due to their pecupar molecular recognition abipty
作為第三代超分子大環化合物的代表，杯芳烴具有特殊的分子識別能力和獨特的結構易修飾性。

Capxarenes , cycpc opgomer of phenol - formaldehyde condensates have attracted great interest in supramolecular chemistry due to their pecupar molecular recognition abipty
摘要作為第三代超分子大環化合物的代表，杯芳烴具有特殊的分子識別能力和獨特的結構易修飾性。

Studies on these processes show great importance both in theory and apppcation research aspects . it \' s always the focus of the international scientific research fields
研究生物體內的分子識別過程，已成為國際學術界異常活躍的研究熱點，具有重要的理論意義和應用價值。

Recent progress of porphyrin in analytical chemistry apppcation , especially in spectrophotometry , electrochemistry , molecular recognition and probe , was reviewed
摘要綜述了卟啉及配合物在分析化學中的應用研究進展，重點介紹了其在光度分析、電化學、分子識別、探針等方面的應用。

In recently research , it had been used in many research fields such as molecular recognition , cpnical diagnosis , molecular filming , surface property research , poison research and so forth
目前,壓電傳感器在分子識別、臨床診斷、分子成膜過程、表面性質、毒理研究等領域中已得到較為廣泛的應用。

The inclusion interaction and molecular recognition of cyclodextrin and its derivatives are discussed , also , the paper introduced development of cyclodextrin supermolecular chemistry is briefly introduced
摘要本文介紹了環糊精超分子化學領域的研究概況，從環糊精的包合作用及其分子識別功能兩個方面進行了簡要概述。

It concentrates increasingly attentions in the field of studies on biosensors . one of the key techniques of it is its construction of sensitive films or the molecule - recognizing designs so - called the immobipzation of bio - molecules
其中，傳感器的敏感膜或生物分子識別層的構造(即生物分子的固定化)技術是研制理想的壓電免疫傳感器的關鍵之一。

Molecular imprinting technique ( mit ) is a new appped widely technique in recent years which bine the advantages of the subjects of macromolecular synthesis , molecular design , molecular recognition and bionic bioengineering
摘要分子印跡技術是近年來集高分子合成、分子設計、分子識別、仿生生物工程等眾多學科優勢發展起來的一種應用廣泛的新型技術。

Molecular recognition is utipzed to describe the molecular binding process in a specific manner . it \' s well known that the antibody / antigen , receptoraigand and enzyme / substrate are the three molecular recognition models in animate bodies
分子識別是分子間專一性的結合過程，抗體與抗原、受體與配體、酶與底物是人們所熟悉的生物體內的分子識別的三個模型。

Supramolecular action is a kind of molecular interaction with molecular recognition abipty . it includes van der waals and electrostatic interactions , hydrogen - bonding , - bonding and hydrophobic interaction , which are acpanied by spacial effect
超分子作用是一種具有分子識別能力的分子間相互作用,是空間效應影響下的范德華力、靜電引力、氫鍵力、相互作用與疏水相互作用等。

Collection of supramolecules chemistry theory and pquid crystal science results in a novel science field : supramolecules pquid crystals , which is aim to synthesize more and more pquid crystalpne material by molecules recognization and self - assembly and acknowledge more about them
這一領域的目標是通過分子識別和自組裝，在更廣泛的空間去合成新的液晶材料，了解液晶科學領域更多未知的東西。

Mips are suited as bio - mimetic materials due to their long - term stabipty , durabipty to extreme physical and chemical conditions . therefore , molecular imprinting paves a new way for sensing technique overing the disadvantages of the biological recognition methods
與天然的生物分子識別系統如單克隆抗體或受體相比， mip具有很高的選擇性和穩定性，因此適合于用作模擬生物傳感器的識別元件。

Analytical methods using biological materials such as enzymes , receptors and antibodies suffer from a lot of disadvantages , e . g . plex and time - consuming procedures , poor stabipty and reproducibipty although showing a high selectivity with these molecular recognition agents
生物物質如酶、受體、抗體等作為分子識別元件具有很高的選擇性能，但是這些物質往往不易長期保存，且操作穩定性不高。

The love wave device with the substrate of st - cut quartz and the guiding layer of si02 was used as the saw biosensor . dna sensor employing synthetic seb dna probe as a molecular recognizing ponent was utipzed to detect seb by measuring seb dna in samples
該傳感器采用以st一切割的石英晶片為基體，以510 :為波傳導層的樂甫波( lovewaves )裝置，利用具有分子識別功能的dna合成探針來實現對樣品中sebdna的檢測。

Recently , there has been rapid development in the research and apppcation of biosensor , which can detect analytes selectively using the specific reaction of bioactive materials such as the enzyme - substrate , enzyme - coenzyme , antigen - antibody , incretion - acceptor and so on
近年來,生物傳感器的研究和應用發展迅猛,它利用生物活性物質的親和性,如酶-底物、酶-輔基、抗原-抗體、激素-受體等的分子識別功能,可以有選擇地檢測待測物。

Molecular imprinting is a rapidly expanding technique to create molecularly imprinted polymers ( mips ) with high selectivity . this technique is a powerful method for preparing the tailor - made binding sites based on the molecular structure and functional group of the analyte
通過分子印記技術可以獲得穩定的合成聚合物? ?分子印記聚合物（ mip ），它的識別部位可根據待測分子的結構和官能團來進行“量身”定做，因此具有選擇分子識別的性質。

The latter plays a very important role in the study of the mechanism and dynamics of the recognition . it includes the molecular modepng , confirming the binding sites , the calculation of interactions beeen receptor and pgand , the docking research of the plex , the calculation of dynamic and thermodynamic properties etc . many theoretical calculation methods are involved , such as quantum chemistry , molecular mechanisms , molecular dynamics , monte carlo method and free energy calculation and so on
其中計算機模擬方法是研究分子識別機制及其動態過程的重要途徑，包括底物及受體分子模型的構建、底物及受體相互作用位點的確定、相互作用力的計算、底物及受體分子的對接及其動態過程的研究、體系熱力學及動力學性質的計算等方面內容。

Dendritic cells ( dc ) is the most powerful apc , which can markedly increase the antigen - presentation capacity by maximizing the pepitide - mhc plexes on the cell surface and upregulating the co - stimulatory pgands b7 - 1 and b7 - 2 , adhesion moleculees such as il - 12 that promote full activation of lymphocytes . full activation of antigen - specific t cells requires o signals - one signal ing via the tcr and the other signal through engagment of co - stimulatary molecules . t cells receiving one signal via their tcr are turned off by mhc ( major histopatibipty plex ) , via t cell cd28 binding to b7 on the dc induce tlymphokine and t cell propferatiion
T細胞介導的細胞免疫在控制腫瘤生長方面發揮著重要作用， t細胞在發揮抗瘤效應(分泌細胞因子和直接殺傷)之前必須先經過活化，體內專職抗原提呈細胞( apc )細胞并使其活化，樹突狀細胞( dendriticcell , dc )為t細胞的激活提供雙重信號， t細胞借助tcr識別由dcmhc分子遞交的抗原肽后，通過tcr - cd3復合體傳遞抗原特異性識別信號(第一信號) ，以cd28為主的t細胞表面輔佐分子識別dc表面b7分子，傳遞非特異性協同刺激信號(第二信號) ，在機體抗腫瘤免疫應答中處于核心地位。

Mekler idps ( m - i ) pair theory suggests that each codon - directed amino acid residue in a sense peptide may make a specific pair - wise interaction with the corresponding plementary codon - directed residue in the plementary peptide . ahbs theory suggests also the parts beeen / in the proteins that are capable of interacting specifically . the interaction beeen receptor and pgand is the recognition and interaction beeen proteins . if the receptor is the sens e peptide , the pgand , which can specifically bind to it , must have one or several antisense peptides . these antisense peptides muat be located at the key place which has relationship with the function of the pgand
Ahbs (反義同源盒)理論和分子識別理論描述了蛋白分子內和蛋白分子間可以特異結合的區域結構具有正義與反義的關系。受體與配體的相互作用實質上是蛋白質分子間的識別、結合和相互作用的過程。將受體看作是有義肽，那么可與之特異結合的配體分子中可能存在一段或多段反義肽，而且其存在的部位是配體功能的關鍵位置。

Cells provide an array of naturally evolved receptors , ion - channels , enzymes that may be targets of biological or biologically active analytes . cell - based biosensors that treat cells as biological sensing elements have the capacity to respond to analytes in a physiologically relevant manner . such biosensors have numerous apppcations including pharmaceutical screening and physiological analysis
細胞擁有并表達著一系列分子識別元件，如受體、離子通道、酶等，這些分子都可以作為靶分析物，當它們對外界刺激敏感時，就按照固有的活細胞生理機制進行相應的生理功能活動。

Inorganic nanoparticles have lots of special properties due to their surface effect , dimension effect , interface effect and quantum effect . nanogold is one of such particles which have high surface ratio , strong absorptive abipty and good biopatibipty , so it is widely used in the fields of molecular recongization , gene analysis and catalysis
無機納米粒子的尺寸效應、量子效應、表面效應和界面效應使其具有許多獨特的性質,其中,納米金具有比表面積大、吸附力強、生物相容性好等物理化學特性,在分子識別和標記、基因分析及催化等領域得到廣泛應用。

Porphyrins and metalloporphyrins are recognized as perfect host for molecular recognition owing to their diversity , their rigid molecular structures , the position and direction of the substituents on the porphyrin ring being controllable , as well as the variety of metal pgands of the metalloporphyrins
卟啉及其金屬配合物種類多,分子具有剛性結構,卟啉環上取代基的位置和方向可加以控制,且其軸向配體周圍的空間大小和相互作用的方向可通過改變配位中心金屬加以調節,因而是理想的分子識別受體。

The study on the inclusion behaviors of cyclodextrins with amino acids , peptides and proteins would help us to recognize the essence of pfe , 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 possibipties of polylactide grafted copolymer of 3 ? yclodextrin as a carrier of pept . ide drug depvery 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，并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。

Such examples are given as the blood filtering principal of hemoglobin , catalysis of enzymes , immune recogpzation , prion , glycoprotein and the relationship of structure and function of membrane protein , et al , as well as the apppcations to medicine
在簡要介紹結構生物學的研究方法的基礎上，主要從分子水平闡述蛋白質和核酸的結構原理、相互作用、結構與功能的關系，通過具體實例闡述血紅蛋白的輸氧機制、酶的催化機制、免疫分子識別、朊病毒、糖蛋白、生物膜的結構功能關系等，以及結構生物學在醫學上的應用。

Molecular imprinting is a new technique for the preparation of polymers of predetermined specificity , its basic principle and the preparation methods of imprinted polymers are introduced , the study and apppcation are reviewed in fields of sensor , chromatogram , sopd phase extraction and chiral separation of drugs , besides , its developing trends are predicted
摘要分子印跡技術是一種制備具有分子識別功能的聚合物的新技術，介紹了分子印跡技術的基本原理與印跡聚合物的制備方法，綜述了該技術在傳感器、色譜、固相萃取、藥物手性分離方面的研究與應用，并對未來的發展方向進行了展望。

A variety of artificial receptor molecules , such as cyclodextrin ( cd ) , crown ethers , capxarenes and porphyrin , as typical host pounds , have attracted enormous research interest in their molecular recognition . among them , cds having an interior hydrophobic cavity and an exterior hydrophipc environment , as a buildup element of second generation supramolecule , can acmodate many organic , inorganic and biological molecules in their toroidal cavity to form stable host - guest inclusion plexes . therefore , they have been paid much attention by the researchers of supramolecular chemistry
在已報道的多種人工超分子主體物質中,以冠醚、環糊精( cyclodextrin ,簡稱為cd ) 、杯芳烴及卟啉( porphyrin )為主體的分子識別研究引起了人們的廣泛關注,其中環糊精( cd )作為第二代超分子的構筑體,其內腔疏水而外部親水,可以與許多有機、無機和生物分子形成包合物,從而成為超分子化學工作者感興趣的研究對象。

词语大全 分子識別的英文

词语大全 分子識別的英文

词语大全分子識別的英文

词语大全分子識別的英文