I always recommend to begin with a question. A good way to advance is to let your passion drive you. Think of a specific question you have in biology and run with it. Immerse yourself in that field. Email authors of papers, attend lectures and events, talk to other folks interested, share your data, and build your lab around that question. The rest will unravel and come together as it should.
Sebastian S. Cocioba
Sebastian S. Cocioba
CEO & Founder
New York Botanics, LLC
Blog: ATinyGreenCell.com
It really depends on the aim of your DIYBio group. What works well in our context is to create programs that have a societal impact, such as antibiotics or human enhancement. Also by offering educational programs that go beyond the basics and require some additional commitment from the participants helps in establishing a more vibrant community. In our BioHack Academy there is a strong emphasis on the development of new projects, so of which end up in galleries others become products or publications. It is really diverse, because biology so diverse. Setting a theme already helps a lot: nutrition, health, etc--
On Saturday, December 3, 2016 at 5:22:49 PM UTC+1, 210jrd wrote:OK, we have built our lab, fairly well equipped (lots of ebay and purchases from China and India!) and done some basic PCR and electrophoresis testing and even done a small class in Transformation/recombination and a "crime" class with Electrophoresis.My question to DIYBio groups in general is where do we go to plan out future development of a DIYBio group and keep interest of members with practical ongoing projects (Basically non-commercial) so that we don't just sit looking at this lovely equipment and have meetings discussing aspects of microbiology?The information on ongoing paths of DIYBio seems sparse at present and I for one would love to see more ideas coming in of a practical nature that will not break the bank. I do not wish to continually grow coloured e coli in Petri dishes.Many of us do not have the luxury of a MSc or PhD team leader and must advance in small steps but some advice from those moving ahead would be great. Garage based DIYBio has got to the stage where most equipment (other than sequencers) is now easily obtained. Chemicals and microbes are a cost factor but ideas for the future pathways of DIYBio are seemingly either vague or lacking. Input welcome and if you can disdainfully prove me wrong,with evidence, I will happily admit this topic to have been a waste of time. John D
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