Understanding the mechanisms associated with chemical catalysis is vital for not only the rational improvement of their capabilities, but also for the advancement of the fundamental knowledge affiliated with the systems in question. These new insights can help predict new reactivities towards more challenging substrates which will allow for easier...
Bioresponsive imaging probes act as beacons to allow detection, tracking, and study of otherwise invisible actors in biological systems. Understanding how these underlying systems function in their native context is essential to identifying dysfunction and generating effective remedies. Magnetic Resonance techniques are particularly interesting for this application because of the...