24 hours.
For analysis of the sensing properties, analyze the morphology of the sample with AFM. As analyzing its electrical properties, measure time-variant IV shifting curve for analyzing sensing reactivity of the samples by electrical methods; cyclic voltametric measurements.
Fig 1. CNT-COOH immobilization under the EDC-NHS process
Result
1. Morphology of MWCNT biosensor surface
of such engineered ‘nanocarriers’ becomes very important in transversing the impermeable membranes to facilitate drug delivery. At the same time, it is also required to retain the drug stability and ensure that early degradationof drugs from the nanocarriers does not take place.
Therefore, for drugs to be successfully delivered to their target, many factors such as its size, biocompatibil
화학적,물리적 성질을 보여줌
4. 효소가 나온 세포의 실제 환경을 모사
고정화 효소의 단점
물질전달저항 이 생긴다.
Biopolymer-clay nanoparticles composite system (Chitosan-laponite) for electrochemical sensing based on glucose oxidase
Qiaofang Shi, Qingbo Li, Dan Shan, Quan Fan, Huaiguo (XueCollege of Chemistry & Chemical Engineering, Ya
to the point where the dehydration occur.
Within a few minute, this process is completed.
Luminol(C8H7O3N3) powder is mixed with a liquid containing hydrogenperoxide(H2O2), a hydroxide (OH-). In order to produce a strong glow, they need a catalyst to accelerate the process. The catalyst in this case is the iron in hemoglobin . If hemoglobin and the luminol mixture come in contact, the iron