[PDF] Top 20 Development of Nanostructured Glucose Biosensor

... a nanostructured glucose biosensor was developed to detect glucose in tear by using fluorescence resonance energy transfer (FRET) quenching ...to glucose and Con A is bioconjugated onto ... See full document

... the development of nanostructured enzyme based biosensor and evaluation of polyphenol ...The biosensor showed fast amperometric response to gallic acid and a standard for poly phenol analysis ... See full document

... the development of CNTs in non-particulate forms, such as CNT paste [15, 16], composite [17, 18], films and thin coating [19, 20], is considered a safe way to fabricate ...a biosensor device, while avoiding ... See full document

... atic glucose biosensor for selective and sensitive detection o f glucose was developed by the imm obilization of glucose oxidase (G O D ) onto selenium nanoparticle-m esoporous silica com ... See full document

... of glucose transport in the body ...time glucose sensing in blood and body fluids at molecular and cellular levels is vital for diagnosis of insulin shortage and hyperglycemia with regard to the role of ... See full document

... to glucose in the blood. Glucose is the primary source of energy for the ...or glucose level, is tightly regulated in the human ...blood- glucose concentration within the normal physiological ... See full document

... transfer (DET) between a redox enzyme and an electrode, which allows one to work out the complex problems associated with using expensive, toxic, unstability redox mediators [5]. In addition, an in- depth study of ... See full document

... the development of ...nonenzymatic glucose sensors were carried out at high potential under alkaline reaction conditions, which limited their direct application for glucose detection in ...to ... See full document

... electrochemical glucose biosensor was fabricated based on a CNTs-nanocomposite using our previous reported ...the glucose biosensor at optimal conditions were investigated by ... See full document

... measuring glucose is continuously under development using ...a biosensor with poly(ethylene) glycol (PEG) ...eliminate biosensor fouling in complex solutions such as physiological fluids or ... See full document

... Over the past decades, various researches for the devel- opment of biosensors have received the huge interests for biomedical and environmental applications. Sev- eral biomolecules such as protein and DNA have some ... See full document

... The glucose biosensors based on conducting polymers so far developed have major limitations such as poor shelf life, reproducibility and low linear range and they are of disposable ...reusable glucose ... See full document

... OYD and VMP performed enzyme immobilization on silicalite-modified conductometric electrodes, explored analytical characteristics of developed enzyme biosensors, and analyzed real samples of beverages with biosensors. ... See full document

... of glucose (normal range ...regulates glucose levels, however, abnormalities in blood sugar levels, hyperglycemia (high) or hypoglycemia (low) result in serious, potentially life- threatening complications ... See full document

... the development of a better working electrode in glucose biosensor compared to pristine ...of glucose biosensor due to its semiconductor and antioxidant ... See full document

... the glucose level in the body fluids are much lower than that in blood for both healthy and diabetic ...the glucose in body fluids, more sensitive methods have been developed based on fluorescence resonance ... See full document

... the development of nanotechnology, porous PB nanostructures are widely adopted in glucose biosensors, taking the place of crystalline powder samples as electrochemical mediators[13- ... See full document

... (f) glucose in deoxygenated PBS (pH 7) containing ferrocene monocarboxylic acid ...of glucose, a sharp increase in the anodic peak current was observed due to the FMCA mediated oxidation of ...of ... See full document

... In recent years, the direct electron transfer (DET) of redox enzyme electrode aroused the interest of many researchers [13]. However, GOD's redox center - FAD buried deep inside the thick protein shell to hinder the ... See full document

... Soluble derivatives of fullerenes such as C60 have shown great utility as pharmaceutical agents. Fullerene compounds may serve as antiviral agents (most notably against HIV, where they have also been investigated ... See full document