Tags: University of California Los Angeles, Medical Device Technology, Ozcan Nano/Bio Photonics Lab, crowdsourcing, Microscopy, Lab-on-a-chip Technology, Southwest, Los Angeles, UCLA, innovative solution, Biotechnology Vendor Showcase, BVS
There's a reason why top university medical centers garner the prestige (and the funding) that they do: research labs + medical school + hospital = optimization of all three units, with ripe opportunities for collaboration, sharing of resources, and recruiting the best medical scientists. So there's always reason to cheer when a major university med center like Ohio State builds new facilities, whether they're clinical or research, because both will support the institution's overall mission and budget. In the case of Ohio State's new James Cancer Center and Solove Research Institute, both patients seeking treatment and scientists doing basic and applied cancer research will benefit from the state-of-the-art building that is rising on the Columbus medical campus right now, with its opening due in 2014. The complex will house the cancer center on 12 stories; the other 8 will comprise the critical care hospital, mechanical equipment and an as yet undetermined floor.
Tags: Midwest, Ohio State University, Ohio, biomedical research, Biomedical expansion, Medical Device Technology, Biomedical Equipment, cancer research, New research facilities, new construction, Cancer Center, scientific instruments
Imagine a machine not-unrelated to the inkjet printer on your desk being able to create living organs, tissue and joints for transplant. It’s called bioprinting, and while it’s not going to happen tomorrow, research at major labs across the country indicates it is definitely the future. One of those labs is run by Dr. Ibrahim Ozbolat at the University of Iowa, who teaches in the Department of Mechanical and Industrial Engineering and does research with the Center for Computer-Aided Design's Biomanufacturing Laboratory. In an article published in the January 2012 issue of Mechanical Engineering Magazine (MEM) entitled “Printed Life,” Dr. Ozbolat’s research on microfluidic vessel-like containers to house the printed cells and the fascinating world of 3-D bioprinting are explored in depth. [Photo of Dr. Ozbolat courtesy of University of Iowa]
No more coolers for hearts on their way from donor to recipient. UCLA Medical has recently successfully transplanted a warm, beating heart into 61-year-old man with cardiomyopathy. The surgery was part of a clinical trial program that UCLA and other research hospitals in the United States are enrolled in to study the benefits of a new transport system for warm organs from Massachusetts company TransMedics. The warm box technology is known as their Organ Care System (OCS), and it keeps the heart beating and operational throughout transport, rather than freezing it. Specifically, the TransMedics system has these key functions, according to company specs: