Project

lab-on-a-particle CRISPR detection

Accurate and early disease detection is key to improving healthcare, but current diagnostic tests often lack precision, leading to delays, false alarms, and higher healthcare costs. Our innovative solution offers the main benefit of substantially improving diagnostic accuracy at the earliest stages, using advanced nanotechnology and CRISPR to develop ultra-sensitive tests that detect trace levels of disease markers. These tests are designed to integrate seamlessly with existing hospital equipment, making them easy to adopt across various applications.
This project will assess the commercial potential of our technology. We’ll analyze the market to find where our diagnostics deliver the most value. We’ll refine the technology with clinical and industry experts and validate it through testing. We’ll also set quality standards, secure patents, and build partnerships to scale manufacturing.
Our technology has the potential to transform healthcare, reduce costs, and improve patient outcomes across diverse medical fields by enabling faster, more reliable disease detection.

Project team

Nienke van Dongen

Project Number

BIOB24069

Year granted

2024

Status

Ongoing

Applicant

University of Twente

Funding

€ 200.000

Sector/Industry

Health & Pharma

SDG's

Good health and well-being (SDG 3)
Industry, innovation and infrastructure (SDG 9)
Responsible consumption and production (SDG 12)

Thematic Cluster

TC4: Diagnostics and Services

Level

Level 1
Molecuul

2024

Year granted

University of Twente

Applicant

€ 200.000

Project funded

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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.

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ProteoT

Moleculen

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