The hot 618 campaign has begun! Bailu invites you to have a party.
Not only have ATCC's chief scientists presented us with a series of new 2D and 3D cell models, and their important applications in basic research and drug development. Moreover, structural biology experts have helped us solve the related problems in the field of proteins through the study of protein complexes related to nerve signaling. There are GE senior technical experts in-depth analysis of laser imaging, molecular activity detection, cell surface fluorescence detection and other related technologies and experimental skills.
Places are limited, come and register!
Participation information
Meeting Time: 13:00-17:40, June 19, 2019
Venue: Shanghai Hall, 8th Floor, Asia International Hotel
Address: No. 326 Huanshi East Road, Yuexiu District, Guangzhou City, Guangdong Province
Meeting schedule
Registration method
Please call the registration hotline: 020-8349-3857 or contact the sales staff of Guangzhou Bai Road (Guangzhou Branch of Zhongyuan Company) to complete the registration
Note: No conference fee will be charged for this meeting.
After the meeting, we prepared a five-star buffet dinner at Genting Pavilion 360-degree Rotating Restaurant, inviting you to enjoy the night view of Yangcheng.
At the same time, each audience will receive a beautiful gift, and have a chance to win big prizes. A lot of surprises, come sign up!
ATCC-New 2D and 3D cell models
Cell models are an important tool to advance our understanding of cell biology, molecular signaling pathways, and the discovery of new therapeutic approaches. The etiology of diseases caused by genetic abnormalities, as well as the evaluation of potential treatments, are often done through relevant in vitro models. In this lecture, Dr. Tian will present a series of new 2D and 3D cell models that are conducive to basic research and drug development, with a focus on new models for human cancer research and related 3D organoids, as well as new cancer cell models created using CRISPR/cas9 gene editing technology, biofluorescent reporter cells, biofluorescent reporter cells, and more. hTERT immortalized cell lines, induced pluripotent stem cells, and primary cells. The application of novel cell models for cancer, toxicology in basic and preclinical studies, and the use of nucleic acids and exosomes in diagnostics will also be discussed.
Dr. Fang Tian, Chief scientist at ATCC and head of the ATCC Cell BioPreservation Center, received her Ph.D. from the Shanghai Institute of Pharmacology, Chinese Academy of Sciences, and later did postdoctoral research at the Hillman Cancer Institute at the University of Pittsburgh Medical Center. He was a research fellow at Harvard Medical School, Massachusetts General Hospital. Dr. Tian is a member of the United States Technical Advisory Group of the Technical Committee of the International Organization for Standardization (ISO) and also serves as the program Chair of the annual meeting of the International Biotechnology Association.
Dr. Tian Fang
ATCC Chief scientist
Dr. Wei Liu, graduated from Hong Kong University of Science and Technology, majored in Biochemistry, is cuhhently a B-level researcher of Hong Kong University of Science and Technology Medical Center, Peking University Health Science Center, doctoral supervisor, Shenzhen Peacock Project B talent, and director of Guangdong Biochemistry and Molecular Biology Society. His research direction is structural biology research of protein complexes related to nerve signal transduction. As the first author and cohhesponding author, he published several papers in journals such as Cell, eLife, JBC, Structure, Biochemistry, BBRC, etc. The article published in Cell magazine in 2011 was selected as the cover article of the cuhhent issue.
Dr. Liu Wei
Peking University, Shenzhen, Hong Kong University of Science and Technology
B-class researcher at the Medical Center
Topic: Decoding the molecular mechanisms of SAM domain-specific interactions of EPH receptors ⸺ to provide tools for converting downstream signaling pathways controlled by EPH receptors
Ouyang Man, graduated from the Department of Biochemistry and Molecular Biology, Jinan University. His research interests are the development and mechanism of anti-tumor targeted drugs. He has been engaged in laser imaging, molecular activity detection, cell surface fluorescence detection and other related technical fields for many years. Cuhhently, GE Life Sciences Molecular Bioimaging Products Specialist.
Ouyang Man
GE Life Sciences Molecular Biology
Imaging product specialist
Topic: Western blot method, common problems and application analysis
