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应助: 0 (幼儿园)
金币: 70
帖子: 33
在线: 4.8小时
虫号: 28420110
注册: 2022-02-21
专业: 力学

[交流] 西交利物浦大学联合培养博士招聘微纳米技术方向

全自动、快速微流控纸基生物传感器的研究与开发
Paper-based microfluidic devices for point-of-care disease diagnosis

培养方式：西交利物浦大学 + 微纳自动化系统与装备技术研究所（苏州）联合培养
培养地点：苏州
博士导师: Dr Pengfei Song(西交利物浦大学); Dr Kai Hoettges(英国利物浦大学)。采用产教研深度融合的联合导师机制。
博士学位授予单位：英国利物浦大学
培养资助：全额奖学金（抵扣学费折合80000元/年）；博士培养期间，额外提供约3000元/月生活补助。
入学要求：
学术要求：
申请者需为工程学科，如机械工程、电气和电子工程、材料科学和工程以及生物医学工程等相关领域。
英语语言成绩要求：
雅思6.5分（单项不低于5.5分）或同等水平托福、PTE成绩。

Project Description
Microfluidic paper-based analytical devices (μPADs) represent a powerful platform technology for point-of-care (POC) diagnostics. This project aims to fill a key technological gap in the field of paper-based microfluidics, which is the lack of automated paper-based diagnostic platforms for carrying out multi-step immunoassays in a rapid and automated fashion with low assay cost and high sensitivity. A paper-based microfluidic diagnostic platform will be developed and applied to rapid detection of COVID-19 and influenza antigen markers in a sample-in-answer-out (SIAO) manner. The specific aims include: i) to design and test a μPAD with automatically controlled paper valves for conducting automatic multi-step enzyme-linked immunosorbent assays (ELISAs); ii) to develop a colorimetric reader for hosting the μPAD, controlling the paper valves, and reading out the colorimetric ELISA signals; and iii) to assess the clinical performance of the paper-based platform using patient samples. The proposed diagnostic platform features low cost, ease of operation, high sensitivity, excellent specificity, and short assay time, which will significantly benefit the health of the Chinese society during the current COVID-19 pandemic and in the post-pandemic era.

西浦学术导师 XJTLU principal supervisor
Doctor Pengfei Song：
Dr. Pengfei Song (XJTLU) and Dr. Kai Hoettges (UoL) are well-recognized by publishing papers on PNAS, Nature Commutations, Biosensors and Bioelectronics, Microsystems & Nanoengineering (a Nature Partner Journal).
Pengfei also received several awards, to name a few: the Best Paper Award in Microfluidics Symposium at ASME 2014 International Mechanical Engineering Congress & Exposition, the Best Conference Paper Award Finalist and the Best Automation Paper Award Finalist at IEEE 2015 International Conference on Robotics and Automation (ICRA' 2015), and the Editor’s Pick Article Award and the Best Paper Award Finalist from AIP’s Biomicrofluidics.

投递简历或项目课题相关问题请联系导师：
Dr Pengfei Song（西交利物浦大学, XJTLU principal supervisor）
Email: Pengfei.song@xjtlu.edu.cn

博士申请相关问题请咨询研究生院：
邮箱：DoctoralStudies@xjtlu.edu.cn
电话：0512-81889001转3

申请材料：
博士研究课题申请书
中、英文完整成绩单
中、英文学位证明
学信网学历认证/境外学历认证
英语语言成绩证明
英文个人陈述
两封推荐信

更多博士项目：https://www.xjtlu.edu.cn/zh/stud ... tion/phd-programmes

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