2.11. Mushroom tissues
Due to their special characteristics and their classification, mushrooms deserve an independent section. Mushroom tissues are known to have a high PPO content, which makes them useful as bioreceptors in biosensors. In this direction, Yifeng (1993) used banana or mushroom tissue together with an electrochemical mediator to detect o-diphenol, obtaining higher and faster responses with the mushroom-based sensor. Topçu et al. (2004) also exploited the PPO content of mushrooms to develop a biosensor for phenol compounds, based on the immobilisation of the tissue on the top of a Clark-type oxygen electrode with gelatine and glutaraldehyde. Apart from phenol quantification, they also performed inhibition studies, which revealed its possible application as a tool for the determination of benzoic acid and thiourea in soft drinks and fruit juices.
2.11. Mushroom tissuesDue to their special characteristics and their classification, mushrooms deserve an independent section. Mushroom tissues are known to have a high PPO content, which makes them useful as bioreceptors in biosensors. In this direction, Yifeng (1993) used banana or mushroom tissue together with an electrochemical mediator to detect o-diphenol, obtaining higher and faster responses with the mushroom-based sensor. Topçu et al. (2004) also exploited the PPO content of mushrooms to develop a biosensor for phenol compounds, based on the immobilisation of the tissue on the top of a Clark-type oxygen electrode with gelatine and glutaraldehyde. Apart from phenol quantification, they also performed inhibition studies, which revealed its possible application as a tool for the determination of benzoic acid and thiourea in soft drinks and fruit juices.
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