A team of mathematicians has been working on improving how special microbeads can be used to stop bacterial infestations of burn wounds. Microbeads coated with a protein used by bacteria to stick to cells seem to make the bacteria bind less to the living cells nearby. In order to magnify this effect, the mathematical team created a computational model to simulate different uses of the microbeads on different wounds.
The simulator can be used to control for a bunch of different variable, but the long term value is in developing a generalized way of simulating many more healing processes.
Here’s a U of Birmingham video about the researchers behind the study:
Study in PLOS Computational Biology: Predictive modelling of a novel anti-adhesion therapy to combat bacterial colonisation of burn wounds…
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