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== Biohacking / DIYBio at LHS ==
== Biohacking / DIYBio at LHS ==



Revision as of 22:28, 7 August 2012

Biohacking / DIYBio at LHS

We are the biohacking group at the London Hackspace, mostly beginners to biology attracted the potential of DIYbio and synthetic biology, with a couple of professional biologists as well, so get involved! Over the past year we've been developing our research equipment, optimising techniques and running some research projects of our own.

Our latest results

We're currently working on genetic testing, identifying specific genes using PCR and electrophoresis. We've been working mainly on sex typing with amelogenin, and have just started working on plant species testing.

Events

Bugs and Sara ran an Introduction to Biohacking workshop, giving a crash course in molecular biology and a great overview of what biohackers around the world are getting up to. The talks were recorded and are now on YouTube: [Intro to mol. biol], [Groups around the world].

We also gave condensed versions of these talks at the Science Museum's Dana Centre, which seems to have netted us a few new members. Awesome.

Projects

Older / on-hold projects

Other genetic tests to try

[List_of_Mendelian_traits_in_humans]

[MC1R]

[Rhd]

[Mendelian_Inheritance_in_Man]

What was in those brownies, anyway?

Expenses

Kitty: -£27.19 (as of July 25) (Yes, negative)

Spent on:

  • Pressure cooker: £28.95 (May 02)
  • Cabinet: £65.94 (July 25)

Membership

We encourage you to become a member of the biohacking group. Biohacking is more expensive than the typical hackspace activity, and with your membership we can pay for chemicals, primers, and any random equipment we may need. Our members.

To become a member, set up a standing order to the London Hackspace with the reference "biohacking". You need to become a hackspace member before you can see the direct debit details. Look here for more information. If you want to become a Biohacking member without joining the space (you really should join the hackspace! It's great), get in contact with Nicholas.

The suggested donation is £2 a week.

Shopping list

As of June 27, 2012, we need:

  • Ladder, ideally 50-2000 bp (or two ladders spanning different distances) (Our current ladder works but isn't great)
  • Agarose (nearly run out)
  • Taq master mix (to replace that probably ruined by the freezer being turned off)
  • Positive control (Our current positive control is suspect)

Standard chemicals and reagents we use

DNA extraction:

  • Chelex 100
  • 70% isopropanol (rubbing alcohol) - widely and cheaply available

PCR:

  • Taq ReadyMix. Click on bulletin for useful info about procedure for using it.
  • Purified water (non-sterile).

Electrophoresis:

  • 1KB DNA ladder. Current ladder is aliquoted with loading dye from a 50 ug sample of concentration 0.2 ug / ul
  • Ethidium bromide stock solution - 2 ul ethidium bromide solution to 40 ml water

Lab Notebook Entries

Resources

Education

Community

Equipment

PCR primer design

Suppliers

Cf. Suppliers.

  • Sigma-Aldrich - Good for custom primers
  • Cole-Parmer
  • Farnell
  • NBSBio - Good for ladders and cheap agarose (only low concentration) [NB: Be sure to navigate to http://www.nbsbio.co.uk NOT http://nbsbio.co.uk, or their payment system doesn't work. Weird.]
  • New England Biolabs Good for TAQ
  • VWR] - Big supplier of chemicals, glassware and various lab stuff. Sounds very positive about selling to the hackspace. Bugs is in the process of setting up an account with them.
  • Invitrogen Don't seem to want to sell to us

Contact

If you want to chat about biohacking, post to the Biohacking Mailing List or contact one of us directly :).

Pledges

Assorted biohacking pledges can be found here. Current Pledges:

  • Gene detection experiment kit

Proposed code of conduct

See here: http://wiki.hackspace.org.uk/wiki/Biohacking/Code_of_Conduct

FAQ

News

Electrophoresis box

We've made one. Measurements for the outer box, in mm:

   Width: 102.45 to 102.9 (not a perfect glue job)
   Height to top (container): 31.8
   Height to top holes (for electrodes): 22.16
   Depth: about 171
   Thickness (of the perspex): about 3.2

Measurements for the inner box (which we ended up using, roughly):

   Width: 100
   Height to top: 20
   Depth: 100

So that is two panels measuring 100 x 20 (for the sides), and one panel measuring 100 x 100 (for the bottom).