Attribution
1.what the team accomplished
Our goal this year is to create a kind of yeast for controlling heavy metal contamination in water. Heavy metal pollution has the characteristics of being enriched by the biological chain.Traditional treatment methods such as chemical reagent sedimentation mostly bring about great environment pollution and potential safety hazard. We aim at treating this pollution with yeast in an environmentally friendly, economical and effective manner. We found that gene PCS1 extracted from Arabidopsis thaliana can synthesize phytochelatins to chelate heavy metal ion. we use the genetic engineering techniques to take the pcs1 gene from Arabidopsis thaliana and then transfer it into the pPIC9K plasmid. The final step of the process is to transfer this plasmid into the yeast’s cell and activate the gene expression of psc1.
2. General Support
Guangdong Experiment high school & Sun-Yat Sun University
3.Project support and advice
Jin honglei ;Xujiabao
Yulong Wang ;Li Huiqin :Jia zhengke ;Yuan dongke;Zeng xiaoyin;Li Xuecheng ;Chang yanqi
4.Lab support
Sun-Yat Sun University
5. Project advisor support
Jin honglei ;Xujiabao
6.Wiki support
Yuan dongke
7. Presentation coaching
Jin honglei ;Xujiabao
8. Human Practices support
Jin honglei ;Xujiabao
9. Thanks and acknowledgements for all other people involved in helping make a successful iGEM team
Guangdong Experiment high school & Sun-Yat Sun University