UBC researchers team up with Chinese biotech firm to accelerate infectious disease, cancer research

UBC researchers with Microbiology and Immunology, Chemistry and the Centre for Blood Research (CBR) have partnered with an international investment company and a Chinese biotechnology firm to  accelerate the development of new treatments for a variety of diseases.

The partnership--with Sichuan BoXin LaiTe Biotechnology and its major shareholder Heracles International Investment--is the first agreement of its kind between UBC and a Chinese biomedical technology company.

The research and development program outlined in the agreement will identify and develop biomedical projects coming out of the centre, and harness the commercial and clinical validation capacity of Heracles and BoXin LaiTe to create novel medical treatments.

A committee including representatives from UBC, BoXin LaiTe and Heracles will review proposals from the three entities, evaluating them for their potential market demand in China. Approved projects will receive funding for one to five years, with the possibility of extension, and the committee will evaluate each project’s progress.

Infectious and inflammatory disease

Bob Hancock, with the Department of Microbiology and Immunology, has designed new peptides that control immunity and suppress harmful infections and inflammation. The agreement will enable Hancock to develop and test these peptides on pre-clinical models of hospital-acquired bacteria, tuberculosis, malaria, arthritis and colitis, with the ultimate goal of creating drugs that can be used as treatments in humans.

Reducing tumour growth and metastatis

Grant Mauk, Professor in the Department of Biochemistry and Molecular Biology, and Raymond Andersen, Professor in the Department of Chemistry (Faculty of Science), are testing a new approach to reducing tumour growth and metastatis. They have identified several inhibitors of enzymes that, when blocked, will break down a tumour’s defense against the body’s own immune system. The agreement will enable Dr. Mauk and Dr. Andersen to quickly validate these inhibitors in animal models, and to identify new ones by screening libraries of traditional Chinese medicinal plants.

"We believe the Chinese biotechnology sector can provide enormous intellectual and commercial support to our researchers," said Ed Conway, Professor in the Department of Medicine and Director of the Centre for Blood Research. "We hope this agreement will provide a template for more relationships with other partners in China."
 

"We believe the Chinese biotechnology sector can provide enormous intellectual and commercial support to our researchers. We hope this agreement will provide a template for more relationships with other partners in China."

Chris Balma
balma@science.ubc.ca
604.822.5082
c 604-202-5047