Using induced dipole moment to electrostatically separate healthy and cancer cell-metal nanoparticle complexes.
A low-cost rodent physiology monitoring bed for pre-clinical experiments
A fast, east and efficient way of modulating gene expression in yeast cultures.
Design of a low cost incubator with heated radial airflow for molecular diagnostics.
Design and testing of alternative air heating and recirculation systems for low-cost instruments for molecular diagnosis and DNA engineering
We aim to accelerate our phenotyping of plant-nematode infection by prototyping new hardware for automated imaging.
Part of a challenge to build low-cost microreactors for DNA engineering, this project explores switched airflow to build a thermal cycler.
Monitoring over-fermented fruits by using WIO Terminal and Multichannel Gas Sensor, connected to Qubitro Cloud through MQTT.
2-day training effort to learn the Biomaker XOD-Arduino system and programming of touchscreens for custom bioinstrumentation.
Using EOG signals, we enable paralyzed people to use their eye movements to interact with the computer.
Measuring phenol red colour change as a surrogate for growth of cell cultures.
Low-cost platform for integrated development and implementation of PC-Arduino-touchscreen-sensor instrumentation.
Non-trivial solution to fight coronavirus, inspired by the sci-fi and the latest advances in the physics of solids.
The project is to provide a wearable monitoring system for sewage workers to monitor them while working in the sewage.
A arduino based touchless hand sanitizer, so that when a person uses the sanitizer he doesn’t fall a prey for cross-contamination.
Adding an airflow manifold to a very low cost microreactor, designed for DNA assembly, PCR and programmable biology.
Inspired by articles:ARDUINO PID TEMPERATURE CONTROL(source:nuts & volts), we use simple components module to make thermal cycler run
Development of a programmable imaging platform for a microfluidics-based conditioned learning hub for motile bacterial cells.
Development of biological tools for investigating spatial effects of signalling on cell fate and patterning
A Wi-Fi Cow Collar that measures the daily movements of a cow and determine its usual temperature, movements and feeding time.
Testing 3D printed manifolds for the AIrflow Reactor: part of a project series to build low cost devices for DNA engineering and diagnostics
A multichannel Adafruit feather form-factor wireless bio-physiological signal acquisition board.
A low-cost 3D printed high throughput pipetting tool (Plate Z) that allows controlling the height of pipetting.
This is a how-to guide on how to create your own speakers from mycelium using 3D printed molds. Deviations of this project are encouraged!
