The 2024 Utah Valley University (UVU) iGEM Team is inspired to continue the work of
the silver medalist 2023 Team. Their efforts are focused on harmful algal blooms in
Utah Lake and other water bodies throughout the state. The 2024 team consists of 15
second to fourth-year college students, with various backgrounds in biotechnology,
bioinformatics, forensic science, microbiology, business, and two advisory professors.
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About iGEM
The iGEM Foundation is an independent, non-profit organization dedicated to advancing
synthetic biology, education, competition, and the development of an open, collaborative,
and cooperative community. The iGEM competition has been running for 20 years. More
than 400 teams from 66 different countries participated in the competition in 2023,
making it a truly international event. Over 4,300 synthetic biology projects have
been tested at iGEM and over 200 startups have launched from iGEM competitions.
The Competition
The iGEM Grand Jamboree is a four-day synthetic biology expo in Paris, France, where
students, academics, investors, industry reps, journalists, and the public gather
while student teams from around the world compete for medals and awards. The teams
in this competition design, build, and test projects using cutting-edge techniques
in synthetic biology. During the judging session at the Grand Jamboree, students are
tasked with producing a variety of materials and presenting them to the panel. This
conference is an excellent opportunity for the team to compete and network with scientists
and entrepreneurs from around the world. It also provides a substantial opportunity
for UVU to be represented on an international scale. The UVU iGEM team will be able
to use feedback from the competition to push toward publishing their research and
product. There is no comparable domestic conference in the biotechnology field like
the iGEM Grand Jamboree. There is also no other college competition that requires
students to create a biological machine.
More Information
Goal: Harmful algal blooms are commonly caused by excess nitrogen and phosphorus.
We hope to synthesize a biological machine to act like a sponge and reduce the amounts
of each in the environment, preventing these algal blooms from the start!
Last year’s project (https://2023.igem.wiki/uvu-utah/index.html)