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Andre Maia Chagas

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DIY Lab Technique to Revolutionise Training for Neuroscientists

Press Release | University of Sussex | August 1, 2017

A team of international researchers have come up with an inexpensive way to self-manufacture lab equipment, which could revolutionise the way neuroscientists across the world are trained. In a study published in the open access journal PLOS Biology, Dr Tom Baden from Sussex Neuroscience and André Maia Chagas, from the University of Tübingen, have devised a new imaging and microscope system called “FlyPi”. The equipment needed for modern neuroscience experiments can cost tens or even hundreds of thousands of pounds, which often means only institutions in rich countries can undertake top-level research and scientific training...

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Gathering for Open Science Hardware 2017: Building a Movement

By Andre Maia Chagas, Max Liboiron, Jenny Molloy, Juan Manuel Garcia Arcos and Jeffrey Warren | March 27, 2017

Without hardware, there is no science. Instruments, reagents, computers, and lab equipment are the platforms for producing systematic knowledge. Innovations from lenses to atomic force microscopes to DNA sequencers to particle accelerators have opened up new fields of knowledge with huge potential impacts for science and society. However, participants in the Gathering for Open Science Hardware, currently taking place at the Innovation Centre, Pontificia Universidad Católica de Chile, argue that limited access to scientific tools impedes the progress and reach of science. Black-box scientific tools block creativity and customization through high mark-ups and proprietary designs, compounded by intellectual property restrictions...

 
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Tübingen neuroscientists develop inexpensive, self-manufactured lab equipment

Press Release | University of Tübingen | July 18, 2017

Laboratory equipment is one of the largest cost factors in neuroscience. However, many experiments can be performed with good results using self-assembled setups with 3-D printed components and self-programmed electronics. The inexpensive system called “FlyPi” developed by André Maia Chagas and Tom Baden allows for many standard lab processes including light and fluorescence microscopy, optogenetics, thermogenetics, and behavioural studies in small animals (e.g. round-worms, fruit flies, zebrafish larvae)...

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