About us

Nature is full of molecules that are mirror images of each other but that are not equally used. This is because , DNA and RNA are composed of D-sugars, while proteins are made up mainly of L-amino acids. Much like how putting your gloves on the wrong hands can be extremely uncomfortable, this seemingly small change in structure—known as chirality—can make a huge difference in how a molecule functions and reacts with other molecules.

Drawing inspiration from enzymes—nature's most efficient catalysts—we are designing new catalytic processes to make possible the creation of novel molecular architectures that have thus far eluded synthesis through current methods. Our quest extends beyond conventional boundaries as we also delve into the realm of Chemical Biology, in which we harness these unique molecules to modulate and control biological processes.

Central to our mission is the relentless pursuit of a deeper and more complete understanding of the complex mechanisms behind each reaction by using state-of-the-art analytical methods including spectral analysis, computational chemistry, and comparative quantitative analysis. By illuminating the intricate details of how molecules transform during a reaction, we are not only advancing fundamental knowledge but also exploring interdisciplinary chemical science.