【Shenzhen】Bioscience - Human Genome

When the Human Genome Project began, it took more than 2,000 scientists 13 years and $3.8 billion to map the first human genome in 2003 using first-generation sequencing technology. Today, fourth-generation sequencing technology takes only a few hours. At the same time, various gene editing tools are being developed and gene editing is becoming more and more common.

This program will take students on an exploration of the National Gene Bank, learning about experiments in gene sequencing technology and understanding the bioethics of gene technology.

In the XLAB gene editing experiment, I went through the entire process, from experimental design and operation to data analysis. The most rewarding part for me was the experimental operation. Through steps like PCR amplification, enzyme digestion, and ligation, I operated and witnessed the recombination of DNA. This experience not only deepened my understanding of the principles of gene editing but also provided me with a more intuitive understanding of biomedical engineering. The data analysis section also honed my logical thinking and data analysis skills.
These gains have positively influenced my choice of studying biomedical engineering abroad. Firstly, I have gained a deeper understanding of biomedical engineering, which will help me choose a primary direction that aligns with my interests and career aspirations. Secondly, cultivating experimental operation and data analysis skills will be essential in my future academic and professional career. Finally, this experimental experience has also enhanced my ability to solve practical problems, which will help me better adapt to the learning and living environment during my studies abroad.
—— Shanghai Datong High School, Student Zhang
The biggest surprise was the experimental courses I had never been exposed to. The cellulose hydrolysis experiment was particularly rewarding, as I learned many research methods and how to handle unexpected experimental results. XLAB significantly benefits my future studies abroad because it expands my horizons and deepens my specialized knowledge and understanding.
—— Ulink College of Shanghai, Student Li
Of all the experiments, the one that brought me the most significant gains was the PCR experiment. I had heard about PCR before but had never actually performed it. Each step of the experiment enhanced my understanding of its principles, and the hands-on process further increased my interest in biological sciences. Although I was already interested in biology, I needed to decide which field to pursue. This experience helped me clarify my future goals and gave me some ideas for independent learning and exploration.
—— Shenzhen College Of International Education, Student Deng
The most valuable gain was mastering and understanding the use of different instruments while extracting and detecting DNA. For instance, through repeated practice and using the pipette, I became proficient by the program's end. Additionally, I had the opportunity to interact closely with and learn the principles behind various precise instruments, such as the gel imaging system and PCR machine. Overall, this XLAB experience provided ample opportunities for hands-on practice, which was a precious experience for me.
—— Canadian International School of Hong Kong, Student Sun