Michigan Synthetic Biology Team
The Michigan Synthetic Biology Team is an entirely student run research and engineering design team in the biological sciences. We develop and execute our own research projects in the area of synthetic biology.
What We Do
Advancing Synthetic Biology Research
Our team works on cutting-edge research projects in synthetic biology, combining engineering principles with biological systems to solve real-world problems.
Who We Are
Student-Driven Research Team
The Michigan Synthetic Biology Team provides students the opportunity to gain hands on experience in conducting scientific research, running a laboratory, engineering novel biological systems, fundraising, public outreach, leadership, and working as part of a multidisciplinary team. Every year, the team competes in the International Genetically Engineered Machine (iGEM) jamboree competition in Paris.
What is Synthetic Biology?
The Intersection of Biology and Engineering
Synthetic Biology combines biology and engineering to design, construct, and test biological devices and systems. Combining these two disciplines allows us to better understand life and use that understanding to benefit society. Synthetic Biology is distinct from Genetic Engineering in that the latter only alters existing genes, whereas the former utilizes existing, modified, and man-made genes to make life perform useful functions not normally found in nature. Through synthetic biology, it may be possible to solve some of the world's most challenging problems such as energy shortage, environmental pollution, and disease. However, we must be wary of potential safety and ethical issues along the way.
What is iGEM?
International Competition in Synthetic Biology
iGEM is an international undergraduate synthetic biology competition. In 2015, iGEM consisted of 259 teams and 2700 participants from all over the world. Every year, teams research, design, construct, and test a novel biological system. Students have at their disposal bits of DNA from the iGEM Registry of Standard Biological parts to help aid them in building their biological "machine". In addition, students are encouraged to build their own parts and develop new techniques to make life easier to engineer. Teams also help to increase awareness for synthetic biology through public outreach and analyze safety concerns as a part of the project design process. Projects are wide ranging and are divided into the following categories: Environment, Food and Nutrition, Energy, Foundational Advance, Health and Medicine, Information Processing, Manufacturing, Software Tools, and New Applications. Visit the iGem website for more information.
Who can Join?
Open to All Undergraduate Students
Any undergraduate student with an interest in synthetic biology and biological engineering is welcome to join! Students will become acquainted with the theory and techniques during weekly meetings from February to the end of winter semester. We then transition to working on the year's project through the spring, summer, and following fall semester. The iGEM competition takes place in late October. To join, applications start in the middle of January!
Awards
- Gold Medal, iGEM 2022 Competition
- iGEM Team Impact Grant Recipient 2023
- Gold Medal, Global Open Genetic Engineering Competition 2023
- 2023 Nomination for Best Diagnostics Project
- 2024 Silver Medal, Nomination for Best Sustainable Impact
- "Sustaining Ann Arbor Together" Grant Recipient 2024
- Whirlpool Sustainability Grant Recipient 2024
2025 Project
Delivery of Target Cancer Therapy Using Magnetotactic Bacteria Vehicles
Coming Soon
Previous Projects
Want to learn more about our past projects? Check out our previous projects to see what we've accomplished.