Microbes can produce food, fuel and medicine – here’s how maths can make them even more useful

Latest Research Chemicals news. Humans have harness the power of microbes for centuries. For example using yeast to make bread, beer, yogurt and wine via fermentation. These living organisms are useful to us because they perform chemical reactions as part of their everyday life

Scientists have investigated how humans can use new biological systems that do not occur in nature. For instance, bacteria can be genetically modified to act as “bio-sensors”, and light up in the presence of certain compounds, such as oil or even pathogens.

We can also engineer species to work with other microbes, which could lead to entirely new biological systems with enhanced capabilities. Over the past 10 years, the use of these microbial consortia (or co-populations) have become more common. By associating different bio-engineered microbes with one another, the new community can perform different tasks. ALSO and even outperform those possible with a single species.

For example, if one of the two species produces acetate (which is toxic) when consuming glucose to perform a certain task (such as production of a valuable compound), a second species bioengineered “to eat” the acetate could be introduced to detoxify the environment. Latest Research Chemicals news

Controlling microbes with maths

Advanced numerical techniques help us to understand and predict the behaviour of biological systems, and there are many mathematical tools that allow us, for instance, to study the behaviour of systems described by a model, including their stability and response to external influences. In doing so, it is possible to enforce a desired behaviour in the microbes and thus optimise the biological process.

Bacteria, for example, love glucose – the more glucose there is in their environment, the more they grow. Therefore, scientists can develop algorithms that tune the amount of glucose. to adjust the concentration or the behaviour of these bacteria, according to what biologists need. It is also possible to stimulate microbes using light or specific chemical compounds.

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