Biosensors that are wearable on human skin or safely used inside the body are increasingly prevalent for both medical applications and everyday health monitoring. Finding the right materials to bind the sensors together and adhere them to surfaces is ...
Biosensors that are wearable on human skin or safely used inside the body are increasingly prevalent for both medical applications and everyday health monitoring. Finding the right materials to bind the sensors together and adhere them to surfaces is also an important part of making this technology better.
Scientists have commandeered simple, single-celled microorganisms - namely E. coli bacteria - and engineering them to explore the complex process of glycosylation and the functional role that protein-linked glycans play in health and disease.
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Biosensors that are wearable on human skin or safely used inside the body are increasingly prevalent for both medical applications and everyday health monitoring. Finding the right materials to bind the sensors together and adhere them to surfaces is also an important part of making this technology better.
Scientists have commandeered simple, single-celled microorganisms - namely E. coli bacteria - and engineering them to explore the complex process of glycosylation and the functional role that protein-linked glycans play in health and disease.