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Hiatus
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I was hoping to avoid this by maybe writing some future-posts to appear during the holidays, but time just ran out on me. So I'll be goi...
7 comments:
Plastic from bacteria
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I'm on holiday at the moment, so today's post is another section from my long essay last year, about the potential uses of biorefine...
3 comments:
Bacterial evolution: negative to positive?
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The most commonly used distinction in bacterial populations is that of Gram negative and Gram positive bacteria. They are named after the me...
9 comments:
Lab Rat guide to Fourier Transformations
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Protein crystallography is one of those mysterious things that I always feel I should know more about. It starts with protein crystals, fair...
5 comments:
Mitochondrial Networks
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Having taken a brief look at some plastids last week , I thought I should probably balance things out by writing about mitochondria; the en...
3 comments:
Biofilms and Bioshields
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Existing as a bacteria is tough, especially on your own. For a pathogenic strain it's even worse, not only do they face the challenges o...
6 comments:
Endosymbiosis - a big tangled mess of algae
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Next term I'm taking a short course on plastid evolution (e.g chloroplasts), as it was the choice that came closest to my beloved bacter...
7 comments:
Second Generation Biofuels
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As part of my course last year, I wrote an extended long essay concerning the use of bacteria in biorefineries. As I've had a very lazy ...
3 comments:
Motility of Cancer Cells
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Cancer is a disease of multicellular organisms. In order to become multicellular, a certain amount of control needs to be exerted over each ...
4 comments:
Trends in bacterial signalling pathways
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Bacterial (and archaeal) signalling systems are remarkably similar to eukaryotic ones. As well as the typical and well described two-compone...
2 comments:
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