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A Novel Ion Channel Prediction Method Based on XGBoost Model

机译:一种基于XGBoost模型的新型离子通道预测方法

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Nowadays, ion channels are associated with many diseases, including cancer. Ion channels are pore-forming proteins in many creatures. They can help to fight infections, encode memory and learning and even enable pain signals. Based on a dataset of Ion channels released by University of Liverpool, the relationship between electric signals and ion switching can be explored. In this paper, a novel ion channel prediction method based on XGBoost model was proposed. Besides, data cleaning and feature engineering were also included. Finally, several classical methods are compared with the proposed XGBoost model in the results section. The results show the superiority of the proposed XGBoost model, which can reach 0.943 in accuracy and 0.982 in micro F1 score. The method may have a far-reaching impact on many areas related to cell health and migration.
机译:如今,离子通道与许多疾病相关,包括癌症。离子通道在许多生物中是孔形成蛋白质。他们可以帮助打击感染,编码记忆和学习,甚至能够实现疼痛信号。基于利物浦大学释放的离子通道数据集,可以探索电信号与离子切换之间的关系。本文提出了一种基于XGBoost模型的新型离子通道预测方法。此外,还包括数据清洁和功能工程。最后,将几种经典方法与结果部分中提出的XGBoost模型进行了比较。结果表明了所提出的XGBoost模型的优越性,可在微F1分数中达到0.943和0.982。该方法可以对与细胞健康和迁移有关的许多领域具有深远的影响。

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