Colorimetric detection of H2O2 with Fe3O4@Chi nanozyme modified µPADs using artificial intelligence

Advances and perspectives of nanozymes in respiratory diseases

“…105 H 2 O 2 , one of the most common ROS in living organisms, has already been widely tested in nanozyme-based systems. [106][107][108][109][110][111][112] Since H 2 S disrupts the peroxidase-like or catalytic activities of nanozymes, some work proposed ''turn off'' sensors for trace detection of H 2 S. [113][114][115] Nanozyme-based assays can also be applied for the detection of a wide range of metal ions or anions. 116,117 The catalytic activity (peroxidase or oxidase-like activity) of nanozymes is significantly altered in the presence of ions such as Hg 2+ (Fig.…”

Beyin Bilgisayarlı Tomografi Görüntülerinde Yapay Zeka Tabanlı Beyin Damar Hastalıkları Tespiti

“…Recent advances in computer processing lead more AI methodologies for big data processing. In that context, deep learning, a branch AI that is capable of extracting features automatically for the classification, regression, segmentation and prediction, has been employed in many applications, including image processing (Gölcez, Kiliç, & Şen, 2021;Volkan Kılıç, Mercan, Tetik, Kap, & Horzum, 2022), video processing (Aydın, Çaylı, Kılıç, & Onan, 2022), speech recognition (Volkan Kılıç, Barnard, Wang, & Kittler, 2013), medical image analysis Kökten & Kılıç, 2021;Şen et al, 2022), computer vision (Volkan Kılıç, 2021, face recognition , advanced vehicle driving assist (Betül, Çaylı, Kılıç, & Onan, 2022), audio analysis (Keskin, Çaylı, Moral, Kılıç, & Onan, 2021), object detection (Liu et al, 2020) and natural language processing (Fetiler, Çaylı, Moral, Kılıç, & Onan, 2021). In addition, deep learning architectures include CNNs , Recurrent Neural Networks (Mercan, Doğan, & Kılıç, 2020;Palaz, Doğan, & Kılıç, 2021), transformers (Sun et al, 2022), and autoencoders (Sewak, Sahay, & Rathore, 2020).…”

Peroxidase-like Cu–Fe bimetal oxide mesoporous nanospheres identified for the efficient recognition of toxic o-aminophenol and bioactive glutathione

“…18,19 Since the pioneering work reported by Prof. Yan, et al, 20 a series of Cu and Fe oxide-based nanoparticles have been prepared with different particle sizes, morphologies, crystal surfaces and specific areas. [21][22][23][24][25] Some of them possess promising enzyme-like catalytic activity and have been applied for environmental monitoring as they offer excellent signal amplification. [26][27][28] For example, Chen, et al, 29 reported a CuO-Ce 2 O 3 /gamma-Al 2 O 3 catalyst for the electrocatalytic degradation of o-AP in wastewater with quick and high removal efficiency under mild conditions.…”