The OpenStructures blog. - Blog. Biohackers. The politics of open science. Alessandro Delfanti, Biohackers.
The politics of open science . London: Pluto Press , 2013 Biohackers explores fundamental changes occuring in the circulation and ownership of scientific information. Alessandro Delfanti argues that the combination of the ethos of 20th century science, the hacker movement and the free software movement is producing an open science culture which redefines the relationship between researchers, scientific institutions and commercial companies. Biohackers looks at the emergence of the citizen biology community ‘DIYbio’, the shift to open access by the American biologist Craig Venter and the rebellion of the Italian virologist Ilaria Capua against WHO data-sharing policies.
Alive. DIYbio. Biología DIY - Bionodo. DIY Bio Europe - Community of European DIY Biologists. Young Engineer of the Year builds his own genetics lab – video. Fred Turner, Young Engineer of the Year 2013, describes how he built his own PCR machine and other equipment for a home gene-sequencing lab.
As he explains, new PCR machines (for amplifying tiny quantities of DNA) cost more than £2,000, so he set himself the task of designing and assembling one from scratch. His first research project aims to pinpoint the gene that has led to his mother and brother having ginger hair, while he doesn't. The 2013/14 National Science and Engineering Competition is now open for entries.
Synthetic Biology Map. BioHacking Leads to 3D BioPrinting? A report on TechCrunch describes the work of two bio companies, Genome Compiler and Cambrian Genomics.
They are developing hardware and software to design and print (the DNA) of new life forms. The idea is to provide software (that's Genome Compiler's part) that allows a designer to combine different gene sequences together into a new DNA string that has desired characteristics. Body Hacking : “Je me modifie, donc je suis” Chinese scientists uses 3D printer to print ear. Jul.9, 2012 In Nanjing Baoyan Automation Co., Ltd.
China, Dr. How 3D Printing The Human Body Works [Infographic] Blog du Fab Lab Artilect (Toulouse) “Design For Hack” in Medicine. Medical aid is a good story.
We’ve all seen articles about well-meaning groups donating X-ray machines and incubators to needy clinics in the developing world. What we don’t see are those same devices when they fail as little as six months later — or even dead on arrival — because they weren’t designed to operate in these environments. About 90% of medical technology that reaches poor countries is hand-me-down equipment designed for first-world facilities.
Creating Transient Cell Membrane Pores Using a Standard Inkjet Printer. A description of the methods used to convert an HP DeskJet 500 printer into a bioprinter.
The printer is capable of processing living cells, which causes transient pores in the membrane. These pores can be utilized to incorporate small molecules, including fluorescent G-actin, into the printed cells. OpenPCR - the $599 Personal PCR Machine / Thermal Cycler. GenSpace NYC. BioCurious. 'Printing' human organs with 3D bio-printer. Open Space for Biology and Biotechnologies. Les bio-bidouilleurs s’enracinent. Better bioprinting with stem cells. Schematic of the EB formation process using bioprinting approach.
Droplets of cell-medium suspension were bioprinted onto the lid of a Petri dish. (Credit: Biomicrofluidics) Researchers at Harvard Medical School’s Bio-Acoustic Mems in Medicine Laboratory have developed a new automated bioprinting approach using stem cell embroids (aggregates of cells derived from embryonic stem cells). Blog » Blog Archive » Screen Your Genome Under $512, Open Sourcing Biology With OpenPCR. Screen Your Genome Under $512, Open Sourcing Biology With OpenPCR Davide Gomba — July 7th, 2011 Most of people working in the field of biological or scientific research should greet the open hardware applications we are witnessing in this age of Garage Science.
From the Phduino to the DIY Oscilloscopes, through STM (Scanning-Tunneling Electron Microscope), Arduino is getting used to prototype tools that used to be more expensive and possibly unavailable some years ago. OpenPCR is an amazing project aimed to bring the genome analysis to a desktot experience. 3-D printers may someday allow labs to create replacment human organs. But the goo is made of living cells, and the machine is “printing” a new body part.
These machines — they’re called three-dimensional printers — work very much like ordinary desktop printers. But instead of just putting down ink on paper, they stack up layers of living material to make 3-D shapes. The technology has been around for almost two decades, providing a shortcut for dentists, jewelers, machinists and even chocolatiers who want to make custom pieces without having to create molds. In the early 2000s, scientists and doctors saw the potential to use this technology to construct living tissue, maybe even human organs.