【2023 Summer】Green Fluorescent Protein Modification Research Project 爱博物
【Project Introduction】
Over the past decade, life sciences have been developing at a speed surpassing Moore's Law. The
ongoing pandemic caused by an unknown viral pneumonia has given us an opportunity to
reexamine life itself. In times of crisis, it is even more important for children to learn to respect
nature and cherish life.
▲In 2008, Japanese scientist Osamu Shimomura, American scientist Martin Chalfie, and Roger
Y.Tsien, a cousin of Qian Xuesen, won the Nobel Prize in Chemistry for the discovery and
modification of green fluorescent protein.
It is not hard to predict that in the next 5 to 10 years, the pace of development in life sciences will
accelerate even further. Therefore, the boundaries of our understanding of life sciences will
determine the future of humanity. As the frontier and growth point of life sciences, molecular
biology will gain tremendous upward momentum with public attention and support.
The mentor team at IBOWU · JSR Academy has launched a series of research projects on cutting
-edge life sciences, combining their unique offline experimental courses to allow students to more
conveniently and intuitively appreciate the charm of life sciences.
▲Fluorescent engineered bacteria modified by students themselves
This "Green Fluorescent Protein Modification Research Project" will adopt a new teaching model
that combines instructional sessions with experimental sessions. Under the guidance of a team of
frontline research experts, students will learn the basic theoretical knowledge of molecular
biology and the process of modifying the GFP gene in engineered bacteria. This project will open
the door for students to engage in real laboratory research operations, pursue further studies in
life sciences—especially synthetic biology—and lay a solid foundation for future participation in
the International Genetically Engineered Machine (iGEM) competition.
▲Artwork created by students using modified fluorescent engineered bacteria
【Course Time】August 23–28, 2023
【Recommended Grades】Grades 5–7
【Planned Enrollment】12–15 students
【Experimental Course Location】China · Qingdao National Marine Gene Bank
The National Marine Gene Bank is a comprehensive gene bank integrating marine biological
resource collection and marine life digitization. It is the only such national marine gene bank
currently under construction in the world. The software and hardware capabilities of its synthesis
and editing platform are at the most advanced international level.
▲Experimental Platform of the National Marine Gene Bank
【Mentor Team】
The mentor team is led by young scientists from the JSR Academic Committee and consists of a
professional research team. All mentors for this project are from the National Marine Gene Bank
and the Qingdao BGI Research Institute. Their research areas cover synthetic biology, molecular
biology, bioinformatics, and more.
For details, please contact the IBOWU course advisor:
Course Advisors:
Teacher Zhang: 13910908618 (also WeChat ID)
Teacher Zha: 13910312020 (also WeChat ID)
About IBOWU · JSR Academy
JSR Academy™ is China’s first youth science academy initiated by non-governmental forces. It
was launched by IBOWU, a well-known platform for youth scientific research and academic
programs in China, with the aim of providing high-quality scientific practice platforms for Chinese
youth.
IBOWU has received investments from BGI Group and TAL Education Group’s industry fund. With
strong scientific and capital backing, JSR Academy has gathered dozens of multidisciplinary
frontline scientists and partnered with dozens of university and research laboratory resources
across China, the United States, Denmark, Norway, Singapore, Australia, and other countries. It is
committed to providing students with advanced STEM academic programs and elite training
plans, striving to cultivate the scientific spirit of Chinese youth and reserve talent for China and
the global scientific community.
