Hongxia Zhao
School

School of Pharmaceutical Science and Technology, Medical College

Professional Title

Associate professor

Administrative Appointments

Associate Prof. & Assistant of Prof. Qingzhi Gao

Discipline

Medicinal chemistry

Contact Information

13820095081

zhaohongxia@tju.edu.cn

Room B102, Building 24, Weijin Road Campus, Tianjin University

Brief Introduction

Hongxia Zhao, Associate Professor. Her research focuses on the interdisciplinary fields of supramolecular chemistry, medicinal chemistry and green pesticides. Research interests cover the construction and biological applications of macrocyclic arene supramolecular systems, the development of fluorescent calixarene theranostic agents targeting the Warburg effect, the design of drug molecules with high bioavailability for central nervous system, as well as the design, synthesis and bioactivity evaluation of green pesticide molecules. She has presided over the Youth Project of National Natural Science Foundation of China, Youth Project of Tianjin Natural Science Foundation and many university research projects. As one of the course directors of the national first-class course Basic Chemistry Experiment, she undertakes undergraduate experimental teaching. She also serves as Undergraduate Admissions Secretary for Hubei Province, responsible for undergraduate admissions promotion and consultation. She guides students to participate in competitions including experimental skill contests and Pharmaceutical Forum, winning national and provincial awards.

Education Background
  • Doctoral degree| NanKai University| Physical Organic Chemistry| 2013
  • Master’s Degree| NanKai University| Organic Chemistry| 2010
  • Bachelor’s Degree| NanKai University| Chemistry| 2006
Research Interests
  • Design and synthesis of green pesticide molecules: Design, synthesize and evaluate bioactivity of agroactive small molecules. Screen low-toxic, high-efficiency and eco-friendly pesticide candidates and investigate structure-activity relationships.
  • Fluorescent molecules & macrocycle-fluorophore interactions: Design and synthesize fluorescent molecules or fluorophore-modified macrocycle. Explore their interactions and photophysical properties, fabricate fluorescent materials for molecular recognition, biosensing & disease detection
  • Functionalization of macrocycle: Modify calixarenes, pillararenes and other macrocyclic skeletons to tune cavity microenvironment. Study host-guest recognition and assembly, construct controllable supramolecular systems for molecular recognition and guest binding.
Positions & Employments
  • 2022.12-2023.12

     Constructor University, Bremen, Germany | Visiting Scholar 
  • 2022.6-Now

    School of Pharmaceutical Science and Technology | Tianjin University | Associate Professor 
  • 2013.11-2022.5

    School of Pharmaceutical Science and Technology | Tianjin University | Lecturer 
Academic Achievements