 This year I made sure that I could be here because I view the faculty, the attendees as the Mount Olympus of orthopedics. It is truly a five-star assortment of assembly of thought leaders in the field. And I have to say that coming here, I have notes galore for ideas and the amount of information that's here is really impressive. I go to a lot of meetings. I'm on the presidential track for the International Corridor Repair Society, which is also one of my big attendings, societies that I go to. I also go to the Orthopedic Research Society every year. But this particular meeting is so interactive and so dynamic in its amount of information for what I do that I really feel like I would love to continue to come if I'm invited. Of course. Primarily interested in regenerative medicine. And that has really been a consistent theme in my lab. And so I do everything from stem cell differentiation and applications of cellular therapies to cell biomaterial tissue engineering concepts. And then recently our lab has fully engaged in this new paradigm-shifting technology of 3D bioprinting. 3D bioprinting can allow you to imagine anything that you can think of as a structure or as intricate as an organ, for instance, an organ like the kidney. Or even we're working now on making 3D bioprinting a lymph node, which is a series of different cell types and different layers and so forth. At the end of the day, it's all about making our patients heal faster, regenerate their parts that they need, and to reduce any kind of prolonged complications from surgery.