We're developing a prototype for a cheap and easy-to-use probe with a potential application in detection and monitoring of cancerous tissue.
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This is an outreach project aiming to promote the use of aeroponic growing systems.
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Low cost programmable incubator for growing mycelium textile, controlling temperature and humidity to standardize growing recipes.
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Rodent behavioural test equipment is key for biological research yet expensive - our team is developing a low-cost alternative
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A raspberry pi based cereal phenotyping device.
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First example of a low-cost dissolved oxygen sensor that will allow the implementation of fed-batch DIY bioreactors.
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This is a Raspberry Pi Zero-based time-lapse photo / video camera to monitor plant-pollinator interactions in the field.
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We aim to build a cheap and DIY-friendly air filtration unit and air quality sensor.
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A low-cost SLM driver board would drastically increase the proliferation of advanced microscopy and holographic displays.
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DNA-Dave is striving to be the best tool to teach kids molecular biology concepts.
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Establishing the capacity to tackle some of East-Africa's most devastating crop pathogens through partnership and collaboration.
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Resources for genetically-engineering bacteria to construct microbial communities with defined ecological and structural relationships.
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Use microdroplets to mimic the compartmentation of metabolism in multicellular systems.
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Diabetes diagnosis and management using Android over Bluetooth and NFC.
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Interdisciplinary team investigating biological structures and physical mechanisms of electron transfer between microorganisms.
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New stress priming treatment in green alga for hyperaccumulation of biodiesel precursors.
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Learn how to build an incubator, grow your own dinoflagellates and build a multi-computer 3D imaging system.
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Let's build an affordable and open-source dynamic light scattering device for nanoparticles sizing!
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We aim to develop and characterize low-cost DIY microscopes that brewers can use to count yeast and check its viability for production.
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This project aims to identify purification methods that can later be scaled up to develop cost-optimised protocols for distributed production of research enzymes.
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