Co-Chairs

Prof. Guo Lei, Academy of Military Medical Sciences

PIC

Prof. Guo Lei, Academy of Military Medical Sciences

Secretariat

Prof. Dongmei Li, Beijing Narcotics Control Technology Center

Email: lidongmei_1207@163.com

Dr. Xue Jinjuan, Academy of Military Medical Sciences

Email：xuejinjuan@iccas.ac.cn
Session Theme

Discovery Driven by Method: Convergence and Challenges in Toxicological Analysis

Session Introduction

Definition: Toxicological analysis is an applied basic research discipline that employs theories, techniques, and methods from analytical science, chemistry, pharmacology, and medical science to analyze and detect complex and diverse nuclear and chemical toxicants that pose urgent threats to human health and life. This field is crucial for preventing, addressing, and mitigating urgent and practical risks and challenges.

Aim: This session is committed to encompassing the entire panel of toxicological analysis, from the development of methods, techniques, and detection reagents to the research, development, and application of instruments and apparatus. We aim to foster a global dialogue among scholars, researchers, and industry leaders, highlighting their significant contributions to the field. 

Targets: We maintain continuous attention on a broad range of toxicants, including pesticides, rodenticides, heavy metals, toxic organometallic compounds, pharmacologically excessive medications, controlled substances, biological toxins, and toxic ingredients in plants and animals, as well as toxic industrial chemicals, radio nuclides, and chemical warfare agents.

Scope: We will engage in a concentrated discussion on the multidimensional profiling of recognition in the whole safety control or emergency control process, from early warning of toxic exposure, rapid field detection, and biosensors, to laboratory-based screening, identification, and quantification, and ultimately, retrospective detection, and chemical attribution. We will focus on the key points of analytical toxicology which include toxicant transformation and distribution in vivo, as well as the discovery and clinical application of biomarkers of intoxication. We will finally obtain a full understanding from the substance basis to the demonstration of time, dosage, effect, and mechanism.

Invitation: We sincerely invite you to join us in focusing on pioneering and applied research of toxicological analysis across clinical toxicant detection, forensic science, public health, environmental and food safety, and national defense and public security. Together, we will advance the frontiers of toxicological analysis and detection, and prevention and control, guarding our nation and its people for their health and safety.