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Giant molecular cells built

13.07.2017

Kevin Byrne and colleagues at Trinity College Dublin and the AMBER Research Center have created cages for molecules that can dramatically increase the efficiency of chemical reactions and could be used as sensors or drug delivery agents in the future.

A variety of molecules can be placed in molecular cells. A teaspoon of molecular cell powder has more internal surface area and capacity than a football field.

This huge internal surface area both helps to enhance the chemical activity of the substance and has a huge potential for energy conversion. The cellular structure of the cell allows you to put different molecules into it, separating them from each other. For example, a drug can be placed in one of the cells, and it will be delivered to the required organ, where a special molecule will start the process of its release.

"In fact, we have created a molecular sponge in which different molecules can be stored until they fall into the conditions necessary for their activation," explained chemistry professor Wolfgang Schmitt, who led the research team.

The scientists also hope to create a molecule that converts energy using only light, similar to the process of photosynthesis in plants.

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The IP64 waterproof and dustproof plastic housing protects the electronic parts of these power supplies from dust and moisture, which makes them suitable for use in various adverse conditions: for outdoor installation or in rooms with a high content of dust or moisture in the air. The efficiency of power supplies of the ELN-60 series reaches 88%, the devices can operate in a wide temperature range of -20...60°C, they do not require external airflow.

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