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Tiny gels!
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This is quite possibly the smallest gel I have ever run: To put this in perspective, usual gel-running machines are big clunky plastic thin...
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Biological Engineering. Now in Colour!
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As I covered in this post , one of the main aims of synthetic biology is to produce modular building blocks for biology, to design and buil...
8 comments:
Creating Biobricks
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One of the main features of synthetic biology is that it should work very much like Lego . Genes are acquired from a standard registry, and...
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This time it's personal...
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Well...today was going to be the day the we started the 'wet-work' of the project, the actual laboratory procedure rather than the ...
Bacterial Photography
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One of the things I'll be doing in my project over the next few weeks is designing a synthetic microbiological system; inserting differ...
Genetic engineering - video
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As I mentioned in the last post, I'm currently doing a two-week course in synthetic biology. Along with scientists and engineered there ...
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Playing with wires
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As I write, I am busy on another computer programing an Arduino board to make little lights flash on and off. Thee guy next to me has made ...
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Carnival Time!
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The latest Scientia Pro Publica blog carnival is up over at mauka to makai . It's a collection of sciencey -blog posts, with a mix of...
Resistance without genetics - persistance in bacterial populations
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Most work on bacterial resistance to antibiotics tends to start with genetics. If a bacteria is able to survive a certain antibiotic, it is ...
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On the classification of blobs
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The first forays into microscopy revealed a whole world of blobs, tiny microscopic organisms that were invisible to the naked eye. These wen...
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