Prof Marquez's goal as a scientist and businessman is to come up with solutions that leave the lab and make a difference in people鈥檚 lives.
Listen on聽听触听听触听听触听
In this episode
02:13聽We developed a molecule that鈥檚 able to increase wound healing very quickly on diabetic models. What it does is increases the speed of (wound) closure. This is very important for people with diabetes, for example.
04:30聽If the solution is so expensive that no one can afford it, you know, or it is so expensive that only wealthy people can afford it, I think that is not a good solution.
05:18聽Every step gets you closer to the market, and it's not necessarily about trying to commercialize and trying to make money, it's actually about coming up with something that leaves the lab and does get into people's lives.
06:03聽We developed a way that we can revert that antibiotic resistance. So the antibiotics we have before, we can actually use them again because we can revert the resistance and make the worms susceptible to them.
08:15聽If everything works once, right, the first time, you learn a little bit. But if you fail, and you understand聽飞丑测听you failed, that allows you to troubleshoot all the issues and it turns into a much bigger success later on.
08:51听We have found a way to sterilize possums without killing them. It's a humane way and it's environmentally friendly and selective.
10:24聽You need to make sure that there's a need (for your product idea) and make sure that you have a good solution.
12:22聽Not all scientists wear lab coats.
12:48聽I think we were all scientists as kids, you were always curious, you always wanted to learn why these things happen. As a scientist you never stop asking that.
Rudi Marquez
笔谤辞蹿别蝉蝉辞谤听Rudi Marquez聽is an entrepreneur, experienced higher education leader, and Head of UC鈥檚聽School of Physical and Chemical Sciences.
He is also a co-founder and co-director of Tissue Repair Technologies (TRT) 鈥 a company aimed at developing new technologies to enhance wound healing.聽 Rudi鈥檚 research interests are at the interface between synthetic organic chemistry, medicinal chemistry, and molecular and cell biology; with an emphasis on diabetes, parasitology and water quality.
Molly Magid
Molly Magid聽is an MSc student at UC. A recent graduate of Brown University, Molly is working on research in conservation genomics with Associate Professor Tammy Steeves from the School of Biological Sciences. Molly is passionate about finding ways to communicate science to the public in a clear, novel, and engaging ways. Most recently, Molly worked as the lead student producer on the podcast聽,听which answers listener's questions about sustainability using relevant science research.
