Photoswitchable Supramolecular Cage Allows For Selective Steroid Purification
- Feb 4, 2024
- 1 min read
Updated: Oct 16, 2024
Recent work from the Nitschke group, published in JACS, has been highlighted by Chemistry World magazine. The research led by Dr. Amit Ghosh and supervised by Prof. Jonathan Nitschke has resulted in the development of a new, light-driven method for progesterone purification from a mixture of similar steroidal structures. This project marks an exciting step forward in the pursuit of greener alternatives to the conventionally employed separation techniques, and the group are eager to maximise the potential of this strategy.
The authors of this work recently spoke with Victoria Atkinson of Chemistry World and the full interview can be read here:
I enjoyed reading this article because it is clear, concise, and informative. The topic is discussed in a way that feels approachable and easy to understand. instagram reels download is increasingly popular, and articles like this can be valuable resources for interested readers.
I remember those long nights in the university lab, where even the simplest reactions seemed to have a mind of their own. During that time, I often thought, maybe I need someone to take my exam just so I could focus on the experiments themselves. Reading about the photoswitchable supramolecular cage brought that feeling back it’s fascinating how precision and control in chemistry can mirror the focus we all strive for under academic pressure.