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Data

Welcome to Bloom B Gone, a groundbreaking initiative led by students at Utah Valley University. Our mission is to combat harmful algal blooms in Utah Lake by using genetically engineered Chlamydomonas reinhardtii to reduce nutrient loading.

Data Dashboard

pGLO

Gene_A

pCAMBIA1300

Gene_B

pET21a

Gene_C

pBR322

Gene_D

Nutrient Absorption Rates

Overview of Data

Quarter Growth

36,358

+9%

Previous Month

Q2
Q3
Monthly Growth

6,820

+9%

last year

Project Objective

Our primary aim is to genetically engineer the green algae Chlamydomonas reinhardtii to trap phosphorus and nitrogenous compounds. This, in turn, will reduce the nutrient loading in Utah Lake and help in combating harmful algal blooms.

Significance

Nutrient loading is a critical environmental concern, often leading to harmful algal blooms that deplete oxygen levels in water bodies, thus affecting aquatic life and human health. Our project addresses this urgent issue.

Our Approach

The project involves a series of lab experiments, genetic engineering, and potentially field tests to ensure the effectiveness of our solution.

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The Problem at a Glance:

The Numbers Speak: Why Our Work is Crucial

  • 18 harmful algae blooms reported in 2020
  • 65 cases of human illnesses linked to algae blooms
  • 12 animal illnesses reported
  • July 2020 had the most reported cases
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