许媛媛

Professor Supervisor of Doctorate Candidates

Electrochemical detection of SARS-CoV-2 based on copper nanoflower-triggered in situ growth of electroactive polymers

Release time:2024-01-02Hits:

Impact Factor:

3.7
Impact Factor:

3.7
Affiliation of Author(s):

动物医学院
Affiliation of Author(s):

动物医学院
Journal:

ANALYST
Journal:

ANALYST
Co-author:

Lu Ji,Zhou Xiaotian,Li Yi,Yu Min,Fu Siyuan,Qu Zhiling,Li Yanling,Miao Jinfeng,Xu Yuanyuan
Co-author:

Lu Ji,Zhou Xiaotian,Li Yi,Yu Min,Fu Siyuan,Qu Zhiling,Li Yanling,Miao Jinfeng,Xu Yuanyuan
Correspondence Author:

XYY
Correspondence Author:

XYY
Document Code:

2c9e868c8bc8d794018bd0c1e3707dad
Document Code:

2c9e868c8bc8d794018bd0c1e3707dad
Volume:

148
Volume:

148
Issue:

15
Issue:

15
Page Number:

3659-3665
Page Number:

3659-3665
Translation or Not:

no
Translation or Not:

no
Date of Publication:

2023-07-26
Date of Publication:

2023-07-26