中国
循环(流体动力学)
传输(电信)
联想(心理学)
环境卫生
人口学
医学
病毒学
地理
心理学
物理
社会学
心理治疗师
考古
工程类
电气工程
热力学
作者
Ronghua Jin,Tian Qin,Pei Li,Jiale Yuan,Hui Li,Ying Liu,Min Wang,Jianguo Xu,Yamin Sun
标识
DOI:10.1016/j.jinf.2025.106475
摘要
This study found that changes in susceptible populations and transmission settings due to an increased prevalence of HAdV species B were the key factors driving the elevated HAdV activity in China starting in October 2023.
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