化学
凝血酶
纳米技术
凝血酶生成
内科学
血小板
材料科学
医学
作者
Yonghuan Chen,Xinru Yue,Yongtao Tang,Qi Zhu,Weihua Yu,Meng-Fan Luo,Yu Huang,Liping Wen,Fengyu Li
标识
DOI:10.1021/acs.analchem.4c02983
摘要
The process of "reading" and "writing" in biomemory involves the transmission of electrical signals between neurons, with ligand-gated ion channels assuming a key role. The solid-state nanochannels exhibit certain similarities with neurons. Information transmission can be achieved by controlling the flow of ions within nanochannels, rendering them potentially suitable for simulating neuron behavior. Herein, thrombin (Thr) was chosen as the target protein, and a functionalized nanochannel sensing system was successfully constructed using DNA aptamers, enabling a highly sensitive Thr response with a detection limit of 0.221 fM. Simultaneously, based on
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