We aim to develop a tool to monitor the progress of beer fermentation in real-time and non-invasively.
Read MoreBuilding an Arduino-based GPS tracker and helpful XOD tools.
Read MoreSmall home-grow chamber capable of sensing moisture, temperature, humidity and light. Optimised to automate water, humidity and CO2 levels.
Read MoreA fast, east and efficient way of modulating gene expression in yeast cultures.
Read MoreRead data from an absolute orientation sensor without writing any code!
Read MoreAutomated colour transmission and reflection measurement system for quantifying results of measurements with a colour change.
Read MoreMore complex microcontroller projects often require a menu-driven interface. This library for XOD can help autogenerate them from a diagram.
Read MoreWe are a small, merry band of newbie Biomakers and amateur homebrewers and have started a project to monitor the progression of our fine brews in real time.
Read MoreLow-cost whole-cell biosensors for environmental and medical surveillance.
Read MoreAn open microbial bioreactor for growing cultures of about 1L.
Read MoreThis simple agarose device allows live imaging of the embryo models (gastruloids) self-organised in vitro.
Read MoreDetecting pH and lactic acid from vaginal discharge can help diagnose gynecological conditions.
Read MoreOur “LyseeFlask” is a one-pot solution for lysis of bacterial cells and immobilized metal ion chromatography.
Read MoreThermally insulated box that maintains sensitive samples like vaccines and cells at the desired temperature via battery or 12V sources.
Read MoreOur device, the Oscillostat, continuously evolves bacteria while oscillating between selective pressures to mimic fluctuating environments.
Read MoreDeveloping some entry level training material to start use electronics and XOD. Aimed in particular at life scientists.
Read MoreWe are converting a cloth rail into a self-maintaining plant growing system! It monitors and takes care of plants for their perfect growing.
Read MoreA second camera for fluorescence imaging from two directions; automated illumination between acquisitions and 3D-printed sample holders.
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