酶敏電極 的英文怎麼說
中文拼音 [mǐndiànjí]
酶敏電極
英文
enzyme substrate electrode-
In addition, the biosensor could be used for the detection of benzoic acid. the choline oxidase electrode based on polyaniline / polyacrylonitrile composite film showed sensitive and stable bioelectrochemical response to choline, which was influenced by ph, working potential and temperature
研究發現，基於聚苯胺/聚丙烯腈復合膜的膽堿氧化酶電極對膽堿具有靈敏和穩定的生物電化學響應，被測溶液的ph值、工作電位、使用溫度等對酶電極的響應有一定的影響。An amperometric glucose biosensor was developed based on immobilization of glucose oxidase ( god ) on the electrochemically polymerized polytyramine ( pty ) film and the overoxidised polypyrrole ( oppy ) film on carbon paste electrode ( cpe )
鍍鉑碳糊電極的鉑黑沉積層的微孔結構使電極具有較大的有效表面積，增加了固定的酶量與對h2o2的催化活性，使電極的靈敏度提高。In this paper, the nanoparticles were used in the fabrication of biosensors. this thesis concerns two research sections : first, a one - step method for fabrication of horseradish peroxidase ( hrp ) biosensor with au nanoparticle ( aunp ) has been developed. the aunp and hrp were simultaneously embedded in silica sol - gel network on gold electrode surface in the presence of cysteine
用溶膠凝膠（ sol - gel ）包裹納米金粒子（ aunp ）和辣根過氧化酶（ hrp ） ，結合納米技術、溶膠凝膠和自組裝技術，既保持了納米粒子對電極的增敏作用，又大大延長了電極的使用壽命。The biosensor is composed of an ammonia electrode and a phenylalanine ammonia - lyase ( pal ) coated hydrophobic gas - permeable membrane that separates the sample from the electrode internal solution. pal catalyzes phenylalanine to ammonia, which result the potential change of the electrode
將苯丙氨酸解氨酶固定化到氨氣敏電極的透氣膜上，制備成酶電極，苯丙氨酸解氨酶催化苯丙氨酸產生氨氣，引起氨電極電位的變化。In this paper, the conditions of the preparation of polypyrrole / glucose oxidase electrode and the characteristic of the polypyrrole gas sensor was discussed
論文對基於絲網印刷電極的聚吡咯氣敏傳感器的氣敏特性和聚吡咯在固定葡萄糖氧化酶制備葡萄糖氧化酶電極中做了初步的研究和探討。Modifying biosensor with multi - walled carbon nanotube ( mwnt ) could raise the sensitivity and enlarge sensitive range of the sensor. mwnt were thought to enhance this response in the two sides
納米碳管有很大的比表面積，具有相當好的生物催化特性。實驗結果表明納米碳管修飾生物酶傳感器能大幅度提高生物酶電極的敏感性和敏感范圍。Naphthol green b, which is low cost and easy obtained, has been shown to be an efficient mediator, promoting electron transfer from glucose oxidase to graphite electrode. the naphthol green b has low formal potential, which can reduce the overvoltage of the h2o2 oxidation to eliminate electrochemical interference. rapid response, oxygen independence and high sensitivity are shown by the naphthol green b mediated biosensor
將萘酚綠b作為電子媒介體與葡萄糖氧化酶一起固定於電極，研製出性能優良的新型葡萄糖生物傳感器，其電子傳遞快速，響應時間短，不受氧氣濃度的影響，檢測電位低，抗干擾能力強，靈敏度高。A highly sensitive enzyme electrode by glucose oxidase immobilized within ag sol
顆粒的高靈敏度葡萄糖氧化酶電極的研製分享友人