Scientists have recently gained a better understanding of how to modify titanium-based organic cages for molecular recognition. This breakthrough could potentially lead to a variety of applications, from drug delivery to improved medical diagnostics.

The research team was able to modify the cages by selectively introducing functional groups into the titanium-based organic cages. This allowed them to tailor the cages to recognize a range of specific molecules. By creating a molecular recognition platform, these modified cages could potentially be used to detect specific molecules in medical diagnostics and to deliver drugs more effectively.

The research team believes that their findings could open the door to further innovations, such as using the cages to develop more efficient and less expensive medical diagnoses. They also believe that the cages could be used to create a more precise drug delivery system, which could help reduce the amount of medicine needed to treat a patient.

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source: Phys.org