Innovative “Factory-in-a-shoebox” could save lives:
Therapeutic protein research ongoing at CAST
The Technology Research Center (TRC) is a hidden gem at UMBC. Tucked away just outside Hilltop Circle in a converted juvenile detention center, the place is brimming with interdisciplinary research projects poised to make powerful impacts on global health care. Adil Zuber, a PhD student in the Frey Lab in UMBC’s Chemical, Biochemical, and Environmental Engineering Department, is immersed in one such project. He’s working on a device that could revolutionize access to protein-based medications in remote or war-torn locales.
Originally published October 22, 2014 at The Helix
Measuring CO2 in the ocean provides a wealth of information into the state of oceanic life and earth.
Human growth hormone and insulin are both proteins essential to the human body. In many cases, patients who lack these proteins have them supplied through injections. The construction and purity of these proteins are key because the human body is quick to identify and immunize against impure proteins it does not recognize. If this situation occurs, the efficacy of these therapeutic drugs is lost.
We’ve all winced and cried out when we have to pull of a piece of tape off ourselves. Our skin pulls and we’re left sore with angry red marks on our skin and tape residue. When this happens to a premature baby, the situation becomes not just painful, but fatal.
Glucose, the biomarker for diabetes, is monitored through various types of glucometers. If you or a loved one has ever been diagnosed with diabetes, you probably know the hassle involved in checking glucose levels. Today’s glucometers involve a painful prick of the finger and a wait to receive readings. Some may even be guilty of not checking glucose levels four times a day, the recommended amount.