University of Tennessee to team up with local medical professionals
T he University of Tennessee Health Science Center plans to build strategic cooperative relations with biomedicine companies in Chengdu, Sichuan province, and establish a long-term mechanism to ensure steady technology and personnel exchanges in the field of 3-D bio-printing.
The latest 3 -D bio-printing technology is bringing about a medical revolution that will change human life in the future, said Steven Goodman, vice-chancellor of UTHSC, the Memphis campus of the University of Tennessee, launched in 1911.
Goodman made the comments during his visit to the Chengdu High-Tech Industrial De velopment Zone from Feb 22 to 26 with six other professors from the university.
Charles Yates, a professor of pharmaceutical research, said that what he saw at the high-tech z o n e’s b i o m e d i c i n e e x h i b i t i o n hall reassured him that it was the right choice to seek partnerships in Chengdu.
The provincial capital of Southwest China’s Sichuan province has developed a solid foundation for the biomedicine industry, fostering a growing number of promising companies in the sector.
Revotek, established in September 2014, for example, announced in December last year a breakthrough in the clinical application of 3 -D bio-printing technologies. The company was the first in the world to successfully implant custom-made, 3-D bio-printed blood vessels into animals.
The achievement will provide solutions to vascular obstructions and is expected to be used in the treatment of cardiovascular diseases, according to the company.
“R e v o t e k ’s 3 - D b i o - p r i n t i n g technologies have great significance for future clinical applications. We hope to establish a friendly and cooperative relationship with them,” Goodman said.
The company is currently working on establishing an international cooperation platform. It will set up overseas branches in countries including the United States and the United Kingdom to facilitate technical exchanges and cooperation to attract more professionals.
“We h o p e t o m a k e t h e 3 - D printing of artificial blood vessels a new symbol of Chengdu, just like the giant panda, through cooperation with prestigious universities and research institutes
Revotek’s 3-D bio-printing technologies have great significance for future clinical applications. We hope to establish a friendly and cooperative relationship with them.”
Steven Goodman, vice-chancellor of UTHSC
worldwide,” a representative of Revotek said.
During the five-day visit, Revotek, the University of Tennessee and the West China Hospital of Sichuan University reached an agreement to set up a cardiovascular hospital in Chengdu. The university will also establish a campus in the city.
In addition to the training and exchange of scientific researchers, Stephania Cormier, a professor of pharmacolog y, said that they also want to train more 3 -D -printing professionals and entrepreneurs through the cooperation.
T he Sichuan provincial government has remained focused on international technological communication for years and aims to build Chengdu into a biomedicine center in western China.
In March 2016, the Chengdu high-tech zone signed an agreement with the city ’s Shuangliu district government to build an international biotech industrial park.
Planned to cover a total area of 44 sq km, the park will mainly focus on biomedicine, biomedical engineering and other healthcare industries. It is expected to accommodate over 30,000 companies by 2035, with combined output value reaching 500 billion yuan ($72.53 billion).
L ast year, the park attrac ted two research institutes that are named after two Nobel laureates: John Michael Bishop and Karl Barr y Sharpless. Bishop won the 1989 Nobel Prize in physiology or medicine, and Sharpless was awarded the Nobel Prize in chemistry in 2001.