Cherie S Tan
School

Medical College

Contact Information

cherie.tan@tju.edu.cn

92 Weijin Road, Nankai District

300072

Brief Introduction

Dr. Cherie S. Tan is an Associate Professor of Medical College at the Tianjin University. She was raised in Harbin, China, and California, US. Her undergraduate training was in analytical chemistry with Prof. Janusz Pawliszyn, a Fellow of the Royal Society of Canada, at the University of Waterloo.  After obtaining her Bachelor’s Degree in Canada, she moved back to California and spent four years working in the San Francisco Bay Area biotechnology industry. During that time, she developed her skills to become a senior Bioanalytical Scientist of DMPK department (Drug Metabolism Pharmacokinetics) at Novartis Institutes for BioMedical Research, the World's top 3 pharmaceutical company. In order to further understand the expression of cancer-related genes and developed an analytical method for fast screening of the targeted genes, she pursued her Ph.D. degree in a Nanopore Sequencing of DNA Damage group, operated by Professor Cynthia J.Burrows, a fellow of the National Academy of Sciences, and Professor Henry White, a fellow of the American Academy of Arts and Sciences. Following a postdoctoral appointment at the same group, she began her academic career as an associate professor at Tianjin University in 2019.  


Education Background
  • Doctoral degree| University of Utah| 2017
  • Bachelor’s Degree| University of Waterloo| 2008
Research Interests
  • Intelligent Biomedical Sensing;Biomarker Detection;Single-Molecule Sensing;Interfacial Sensing; DNA and RNA sequencing method development;Antigen detection;Point-to-Care Testing
Positions & Employments
  •  Tianjin University | Associate Professor 
  •  University of Utah | Post-doctoral Associate 
  •  Novartis Institutes for BioMedical Research | Scientific Associate 
  •  FroteBio | Quality Control 
Academic Achievements
Team
Precision Genomic and Proteomic Biomarkers Laboratory
The Tan group is an interdisciplinary team that applies principles grounded in electrochemistry and photochemistry to advance understanding of chemical modifications to DNA and RNA bases and sensor development for disease-related biomarkers. Systems currently investigated within the group span analytical technology, biological science, and biomedical engineering. We investigate chemical and biological sensors to discriminate cancer-related biomarkers, understand stress-induced DNA damage, and develop point-of-care testing POCT sensors.  Members of the lab include biologists, chemists, engineers, and data analysts.