Announcing An Innovative New Photoreactor From Efficiency Aggregators

As the pace of biological and pharmaceutical discovery continues to quicken, patients around the world are sure to benefit from continual improvements from these varied forms of drug discovery research. However, scientists and researchers are running into a wall that is limiting their ability to push the boundaries of science. This limitation is not due to a lack of expertise or possible research avenues – instead, it is due to the fact that the scientific tools of today are reaching their operational limit. Recognizing this trend, our team at Efficiency Aggregators has developed an innovative new photoreactor that is sure to help push the boundaries of science to new heights for years to come.

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The secret behind this impressive new photoreactor is its low-heat technology, which creates effective multiplex photoredox reactions with remarkable consistency – thus allowing for the biomolecules of living cells to be covalently labeled. At the core of this photoreactor lies a revolutionary energy-efficient heat sink, which sets a new standard for photochemistry while leveraging the environmentally-friendly, low energy nature of this new apparatus. Other notable features include:

Fully Compatible With Living Cells

We have leveraged our vast knowledge surrounding energy efficiency to create a photoreactor that can perform photocatalytic chemistry on most living cells under a multitude of experimental parameters. In fact, our new photoreactor is fully compatible with every industry-standard cell culture plate format. Best in fact, the low-heat nature of our photoreactor allows for superior preservation of biological samples while also lessening the impact of prolonged exposure thanks to its low energy consumption.

The Ability to Perform Covalent Labeling of Biomolecules

We have created a photoreactor that allows for the rapid screening of different photocatalytic labeling conditions for a diverse number of biomolecules, ranging from protein and DNA to metabolites. We have also included an impressive capacity for up to twenty-four Eppendorf tubes to ensure that researchers can get the most out of every experiment.

Support For Multiplex Photoredox Reactions

When designing our new photoreactor, our team ensured to factor in the importance of being able to perform multiplex photoredox reactions with a high-level accuracy and efficiency. This new photoreactor can function as an array reactor for parallel synthesis processes, which will in turn allow for rapidly run library photoredox synthesis procedures to be completed. Similar to the process of performing covalent labeling of biomolecules, it is vital that today’s modern photoreactor can support a large volume of sample tubes for multiplex photoredox reactions. Our team accomplished this critical task by developing our photoreactor with the ability to hold up to 24 reaction vials – which guarantees that scientists will be able to make the most of every experiment they undertake with this exciting new tool.