Project

Biotechnology netherlands

Plant Beams

Food security is a growing problem. The world population keeps growing, and climate change increases the risks for crop yields, threatening the global food supply. We want to revolutionise plant transformation and gene-editing by enabling direct and efficient transformation of any plant meristematic tissue via precise solvent delivery.
We plan to reduce the time and cost of generating gene-edited crops and to generate affordable, high-throughput devices that enable the fast and efficient transformation of crops, including high-throughput scaling up with robotic actuation, hence posing this delivery method as a true platform technology enabler. Within the Biotech Booster program, we explore different options for the business model and refine parameters for feasibility and automation.

Project team

Tom van Berg, David Fernandez Rivas, Daria Bugakova

Project Number

BIOB24050

Year granted

2024

Status

Ongoing

Applicant

University of Twente

Funding

€ 200.000

Sector/Industry

Agri- & Horticulture

SDG's

Zero hunger (SDG 2)
Good health and well-being (SDG 3)
Clean water and sanitation (SDG 6)
Climate action (SDG 13)

Thematic Cluster

TC2: Agriculture & Food

Level

Level 1
Molecuul

2024

Year granted

University of Twente

Applicant

€ 200.000

Project funded
IBB

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Citaat

Biotech Booster helps us through funding and by providing us with a network to validate where we can make the best impact with our new analysis device.

Biotechnology netherlands

Carlos de Lannoy

Constellate

Citaat

What we look forward to most is leveraging the extraordinary network of Biotech Booster that we need to get foot in the market, get know-how, and understanding the competitive field which is necessary for setting up successful operations.

Biotechnology netherlands

Pim Schaasberg & Martin Pabst

ProteoT

Moleculen

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