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Voting Closes:

April 22, 2024 11:59 pm

About this idea
Stackable modules will allow plant producers to replicate thousands of disease free plants - not in hundreds of square feet of foreign lab space, but in 8 square feet of their own greenhouse, warehouse, or garage space - all at HALF the cost of other solutions. This is the first alternative to expensive lab-based practices dating back over 70 years.
Impact
Once this method works, Rebel Cultures will have developed the future standard of plant propagation. The production of enough plants would advance critical research, human health and equity, and environmental sustainability far beyond todayā€™s benchmark.
What I'll do with $5,000
Rebel Cultures will use the $5,000 to manufacture the first redesigned prototype unit for testing and gaining customer traction through demonstrations. Our small business has developed two prototype versions to-date, and this final unit will be the test and demo unit for our first sale-ready product. major improvements will include updated door design, advanced circuit board for cord reduction, decreased size for better density, easier controls accessibility, better overall maneuverability, and updated housing around new grow light. It will be used to replicate plants at our trial site, and serve as the model for video and on-site demonstrations for customer acquisition and growth.
Links
About Della Fetzer

Della is the founder of Rebel Cultures, a company developing the first lab-free method of disease-free young plant replication. A former plant tissue culture lab director for one of the largest perennial producers in the US, Della is also an experienced project manager, and certified process improvement specialist holding a Lean Six Sigma Black Belt certification. Her experience includes leading complex projects such as the development and deployment of custom horticulture production software that increased production efficiency by 40% and generated $450K+ in direct revenue while the tissue culture lab director. She holds a Bachelorā€™s degree in biology, and has graduate research experience resulting in a publication while studying at China Agriculture University in Beijing, China.

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