Categories
BashTheBug on the Zooniverse News

BashTheBug at the Science Museum

A group of us from Modernising Medical Microbiology headed off to the Science Museum in London this afternoon to talk about antibiotic resistance with, well, anyone at one of their Lates events. This one was called “The Next Big Thing” and was co-sponsored by the Royal Society. Our stand, which was called “Resistance is Futile!”, was a mixture of games (try copying a DNA sequence … using a dance mat) and information (we have a couple of Oxford Nanopore MinION 3rd generation DNA sequencers in our pockets).

Categories
BashTheBug on the Zooniverse News

Results of the beta-testing

Thanks to all the Zooniverse.org beta testers who have tried out our BashTheBug project these last six days. In that short period of time 629 volunteers made a staggering total of 30,262 classifications. We’ve also got feedback on how easy or hard the task was from 164 volunteers.
We are currently making some change to the task, including the help text and the tutorial and hope to launch in April 2017.

If you’d like to be informed when BashTheBug launches, follow us on Twitter or leave your email address at the bottom of this page.

Categories
BashTheBug on the Zooniverse News

The Artwork

The beautiful background photographs of the bacteria growing in petri dishes are the result of an art project, Gut Flora, that is a collaboration between Nicola Fawcett, MMM, and Chris Wood, Oxford Medical Illustration (Attribution-NonCommercial-ShareAlike 4.0 International – CC BY-NC-SA 4.0). The BashTheBug typeface and logo were designed by David Hawkins.

 

Categories
BashTheBug on the Zooniverse News

The Aim

BashTheBug is an online project studying, with the help of the public, antibiotic resistance in Tuberculosis (TB). It will be launched  on the well-known and successful citizen science platform, Zooniverse.org, in April 2017.

Categories
News Talks

Tackling and tracking TB through DNA analysis

Video explaining how you can diagnose tuberculosis by examining the genome of the pathogen.